{"data":{"id":"713812","string_id":"hEQn6Hny","status":"1","parent_id":"708581","slug":"hEQn6Hny","order":"8","name":"Export","type":"1","cover":"","cover_alt":"","desc":null,"website":"","contact":"","seo_title":"","seo_keyword":"","seo_desc":"","author":"","published_time":"0","add_time":"1769652268","update_time":"1770341676","corp_auth_id":"0","verify_code_auth_id":"0","editor_type":"1","tags":[],"parent_name":"User Manual","parent_type":"1","parent_slug":"zQDLZhX4","child":[{"id":"716291","string_id":"WIeiZbHR","status":"1","parent_id":"713812","slug":"7-1-Device-hierarchy","order":"12","name":"Device hierarchy","type":"2","cover":"","cover_alt":"","desc":null,"website":"","contact":"","seo_title":"","seo_keyword":"","seo_desc":"","share_switch":"0","share_code":"","author":"","published_time":"1770023125","add_time":"1770022481","update_time":"1773824196","corp_auth_id":"0","verify_code_auth_id":"0","editor_type":"3","file_type":"","auth_id":"[\"716291\", \"713812\", \"708581\"]","content":{"content_id":"716291","content":"

$\"\"$ <\/p>\n

Click the \"Device hierarchy<\/span>\" button in the toolbar to enter this function.<\/p>\n

View Device hierarchy<\/span><\/h2>\n
After clicking the \"Find<\/span>\" button on a certain device, the model's perspective will automatically locate the device. For an undivided array, clicking the \"Find<\/span>\" button will bring up the following dialog box, where you can choose \"Find All<\/span>\" or \"Specify code<\/span>\".<\/p>\n
Using the \"Find All<\/span>\" function, the software can select all undivided arrays. By using the \"Specify code<\/span>\" function, you can input the array tag for searching.<\/p>\n
Clicking the \"delete<\/span>\" button after a device will delete the device.<\/p>\n
Click the \"Export<\/span>\" button to choose to export BOM, Device hierarchy, area information table, and power block information table.<\/p>\n
$\"\"$ <\/p>\n
Export device hierarchy information table<\/span><\/h2>\n
Export BOM<\/span><\/h3>\n
<\/p>\n
Export device hierarchy<\/span><\/h3>\n
<\/span><\/p>\n
Export PV zones data<\/span><\/h3>\n
<\/p>\n
Export Power block data<\/span><\/h3>\n
<\/p>","pure_content":"Click the \"Device hierarchy\" button in the toolbar to enter this function.\nView Device hierarchy\nAfter clicking the \"Find\" button on a certain device, the model's perspective will automatically locate the device. For an undivided array, clicking the \"Find\" button will bring up the following dialog box, where you can choose \"Find All\" or \"Specify code\".\nUsing the \"Find All\" function, the software can select all undivided arrays. By using the \"Specify code\" function, you can input the array tag for searching.\nClicking the \"delete\" button after a device will delete the device.\nClick the \"Export\" button to choose to export BOM, Device hierarchy, area information table, and power block information table.\n\nExport device hierarchy information table\nExport BOM\n\nExport device hierarchy\n\nExport PV zones data\n\nExport Power block data","is_draft":"0","editor_type":"3","file_path":"","add_time":"1770022481","update_time":"1773824196"},"pure_content":"Click the \"Device hierarchy\" button in the toolbar to enter this function.\nView Device hierarchy\nAfter clicking the \"Find\" button on a certain device, the model's perspective will automatically locat"},{"id":"716297","string_id":"dh86yND2","status":"1","parent_id":"713812","slug":"7-2-Array-Statistical-Analysis","order":"11","name":"Array Statistical Analysis","type":"2","cover":"","cover_alt":"","desc":null,"website":"","contact":"","seo_title":"","seo_keyword":"","seo_desc":"","share_switch":"0","share_code":"","author":"","published_time":"1770023125","add_time":"1770022494","update_time":"1773643063","corp_auth_id":"0","verify_code_auth_id":"0","editor_type":"3","file_type":"","auth_id":"[\"716297\", \"713812\", \"708581\"]","content":{"content_id":"716297","content":"
$\"\"$ <\/p>\n
Array statistical analysis is divided into four types:<\/p>\n
<\/p>\n
Each type supports three analyze type: \"All arrays<\/span>\", \"Selected PV zones<\/span>\" and \"Selected arrays<\/span>\". If only analyze some arrays, use SU select tools to select them, then re-enter this function and select \"Selected arrays\" type.<\/span><\/p>\n
<\/p>\n
For the differences between nominal tilt\/azimuth\/base slope, and real tilt\/azimuth, please refer to PVsyst software -3D modeling interface - Orientation analysis tool (educational).<\/span><\/p>\n
<\/p>\n
According to Real tilt and azimuth<\/span><\/h2>\n
<\/p>\n
Select \"Real tilt\/azimuth<\/span>\" to enter the Tilt\/Azimuth real value count interface, as shown in the above figure, the interface will display the degree and ratio of the array's Tilt\/Azimuth real value and the distribution of the real azimuth.<\/p>\n
After click the \"Show details<\/span>\" button, the software will render the array in cyan and display its Tilt\/Azimuth real value on each array. Click \"Close details<\/span>\" again to to close the displayed mark information.<\/p>\n
<\/p>\n
Calculator module<\/strong><\/span><\/h3>\n
Click the \"Calculator<\/span>\" button to enter the calculator module:<\/p>\n
\n
By nominal value<\/span>: Enter the Nom. tilt, azimuth and base slope of the array, click calculate, and the software calculates its real tilt, azimuth and the total year radiation on array surface;<\/li>\n
By real value<\/span>: Enter the real tilt and azimuth of the array. After click calculate, the software calculates the year total radiation received by the array surface.<\/li>\n<\/ul>\n
<\/p>\n
Find module<\/strong><\/span><\/h3>\n
The software supports find the array that meets the real tilt and real azimuth input value within range or out of range. The standard range of azimuth is -180 to 180 °, and the due south is 0 °. When it is necessary to find the array facing north, enter 135~225 °, and the software auto recognizes 135~180 ° and -135 °~-180 °. Only those within the range of real tilt and azimuth range at the same time will be judged as \"within range\".<\/p>\n
After the find operation done is completed, the software will auto select the array that meets the search condition, and the border of such array will be blue.<\/p>\n
$\"\u56fe\u72471\"$ <\/p>\n
Count module<\/strong><\/span><\/h3>\n
Click the \"Count\" button, and the software will tip the user to select the count type:<\/p>\n
<\/p>\n
Statistics by orientation<\/span><\/h4>\n
After select \"Statistics by orientation<\/span>\" type, the user needs to enter \"Grouping tolerance<\/span>\" and select the version corresponding to PVsyst.<\/p>\n
<\/p>\n
The grouping here is similar to the orientation management function in the PVsyst 3D modeling interface. The software will prompt how many groups to divide based on the grouping accuracy entered by the user, and then export them to Excel.<\/p>\n
<\/p>\n
When the grouping accuracy here is consistent with that of PVsyst, the number of arrays (string numbers) exported for each group can be used as a reference for system settings in PVsyst:<\/p>\n
<\/p>\n
<\/p>\n
Statistics by Real tilt\/azimuth<\/span><\/h4>\n
After select the type of \"Statistics by Real tilt\/azimuth<\/span>\", the software will enter the Array statistics settings interface.<\/p>\n
In this interface, the user needs to Setting \"Step of real tilt<\/span>\", \"Step of real azimuth<\/span>\" and \"The start azimuth<\/span>\". After setting is done, click the \"Save param<\/span>\" button to save the parameters for count. After done the \"Save param<\/span>\", the user can click the \"Calculate<\/span>\" button to count the qty. of arrays and other parameters.<\/p>\n
The software can count the g_tilt (excluding shading loss) if the shading loss calculation done.<\/p>\n
<\/p>\n
After click Calculate, there may be some rows without count results. The user can click \"Delete rows without arrays<\/span>\" button to delete all rows with zero quantity, or click \"Delete<\/span>\" button to delete a row.<\/p>\n
<\/p>\n
The user can click the \"Select<\/span>\" button, and then select the array within the within range of the displayed parameters. You can also click the \"Insert<\/span>\" button to insert a blank row, and customize the real tilt and real azimuth in the blank rows.<\/p>\n
The user can click \"Export<\/span>\" button to export the count results in this interface.<\/p>\n
<\/p>\n
According to Nominal tilt\/azimuth\/base slope<\/span><\/h2>\n
<\/p>\n
Select \"Nominal tilt & azimuth\/base slope<\/span>\" to enter the nominal tilt\/azimuth\/base slope count interface, as shown in the above figure, which will display the degree and ratio of the array's nominal tilt\/azimuth\/base slope and the distribution map of the base slope.<\/p>\n
After click the \"Show details<\/span>\" button, the software will render the array in cyan and display its Tilt\/Azimuth real value on each array. Click \"Close details<\/span>\" again to close the displayed mark information.<\/p>\n
<\/p>\n
Under this function, the software is mainly divided into two modules: the calculator module, the find module and the count module.<\/p>\n
Find module<\/span><\/h3>\n
The range is ≥ and ≤. Only when all checked conditions on the interface meet, will it be judged as \"within Range\".<\/p>\n
The standard range of azimuth and terrain slope is -180 to 180 °, and the due south is 0 °. When it is necessary to find the array facing north, enter 135~225 °, and the software auto recognizes 135~180 ° and -135 °~-180 °.<\/p>\n
Count module<\/span><\/h3>\n
After the user clicks the \"Count<\/span>\" button in the interface, the software will pop up the below dialog box.<\/p>\n
<\/p>\n
The user should check the type of table to be export, and if necessary, setting and export each type of table. The following is an example of \"Count arrays by terrain slope and aspect<\/span>\" in No. 4. Click \"Set\" to enter the settings interface.<\/p>\n
<\/p>\n
In this interface, the user can click the \"Export<\/span>\" button. The count result will be export to excel table.<\/p>\n
<\/p>\n
Array Types<\/span><\/h2>\n
<\/p>\n
The user can click the \"Find<\/span>\" button, and then the software will select the array of this type.<\/p>\n
<\/p>\n
Array pitch<\/span><\/h2>\n
This function is used to calculate and display the Pitch\/Clear pitch of the array.<\/p>\n
<\/p>\n
After calculation done, the software will render the array in cyan, and display the Pitch\/Clear Pitch of the array on the array. When the mouse move to an array, the line segments used in calculate of the array Pitch\/Clear Pitch will be displayed (displayed in yellow).<\/p>\n
<\/p>\n
Right click to select the corresponding function.<\/p>\n
<\/p>\n
\"Switch to inner spacing<\/span>\": the software displays pitch by defaults, and click to switch to clear pitch. The software will display the currently displayed pitch type in the lower left corner of the screen.<\/p>\n
<\/p>\n
\"Modify the maximal pitch<\/span>\": Modify the maximum north-south pitch displayed. For example, if the set value is 10.0m, then if the pitch of the array is greater than the set value, \">10.0\" will be displayed on the array.<\/p>\n
\"Find arrays<\/span>\": after click this item, the following input box will pop up. The user can enter the corresponding parameters as required. After click \"OK\", the software will auto select arrays that meets the search condition.<\/p>\n
<\/p>\n
\"Export data<\/span>\": Click to enter the settings interface.<\/p>\n
<\/p>\n
Click the \"Export<\/span>\" button. The count result will be export to excel table.<\/p>\n
<\/p>","pure_content":"Array statistical analysis is divided into four types:\n\nEach type supports three analyze type: \"All arrays\", \"Selected PV zones\" and \"Selected arrays\". If only analyze some arrays, use SU select tools to select them, then re-enter this function and select \"Selected arrays\" type.\n\nFor the differences between nominal tilt\/azimuth\/base slope, and real tilt\/azimuth, please refer to PVsyst software -3D modeling interface - Orientation analysis tool (educational).\n\nAccording to Real tilt and azimuth\n\nSelect \"Real tilt\/azimuth\" to enter the Tilt\/Azimuth real value count interface, as shown in the above figure, the interface will display the degree and ratio of the array's Tilt\/Azimuth real value and the distribution of the real azimuth.\nAfter click the \"Show details\" button, the software will render the array in cyan and display its Tilt\/Azimuth real value on each array. Click \"Close details\" again to to close the displayed mark information.\n\nCalculator module\nClick the \"Calculator\" button to enter the calculator module:\n\nBy nominal value: Enter the Nom. tilt, azimuth and base slope of the array, click calculate, and the software calculates its real tilt, azimuth and the total year radiation on array surface;\nBy real value: Enter the real tilt and azimuth of the array. After click calculate, the software calculates the year total radiation received by the array surface.\n\n\nFind module\nThe software supports find the array that meets the real tilt and real azimuth input value within range or out of range. The standard range of azimuth is -180 to 180 \u00b0, and the due south is 0 \u00b0. When it is necessary to find the array facing north, enter 135~225 \u00b0, and the software auto recognizes 135~180 \u00b0 and -135 \u00b0~-180 \u00b0. Only those within the range of real tilt and azimuth range at the same time will be judged as \"within range\".\nAfter the find operation done is completed, the software will auto select the array that meets the search condition, and the border of such array will be blue.\n\nCount module\nClick the \"Count\" button, and the software will tip the user to select the count type:\n\nStatistics by orientation\nAfter select \"Statistics by orientation\" type, the user needs to enter \"Grouping tolerance\" and select the version corresponding to PVsyst.\n\nThe grouping here is similar to the orientation management function in the PVsyst 3D modeling interface. The software will prompt how many groups to divide based on the grouping accuracy entered by the user, and then export them to Excel.\n\nWhen the grouping accuracy here is consistent with that of PVsyst, the number of arrays (string numbers) exported for each group can be used as a reference for system settings in PVsyst:\n\n\nStatistics by Real tilt\/azimuth\nAfter select the type of \"Statistics by Real tilt\/azimuth\", the software will enter the Array statistics settings interface.\nIn this interface, the user needs to Setting \"Step of real tilt\", \"Step of real azimuth\" and \"The start azimuth\". After setting is done, click the \"Save param\" button to save the parameters for count. After done the \"Save param\", the user can click the \"Calculate\" button to count the qty. of arrays and other parameters.\nThe software can count the g_tilt (excluding shading loss) if the shading loss calculation done.\n\nAfter click Calculate, there may be some rows without count results. The user can click \"Delete rows without arrays\" button to delete all rows with zero quantity, or click \"Delete\" button to delete a row.\n\nThe user can click the \"Select\" button, and then select the array within the within range of the displayed parameters. You can also click the \"Insert\" button to insert a blank row, and customize the real tilt and real azimuth in the blank rows.\nThe user can click \"Export\" button to export the count results in this interface.\n\nAccording to Nominal tilt\/azimuth\/base slope\n\nSelect \"Nominal tilt & azimuth\/base slope\" to enter the nominal tilt\/azimuth\/base slope count interface, as shown in the above figure, which will display the degree and ratio of the array's nominal tilt\/azimuth\/base slope and the distribution map of the base slope.\nAfter click the \"Show details\" button, the software will render the array in cyan and display its Tilt\/Azimuth real value on each array. Click \"Close details\" again to close the displayed mark information.\n\nUnder this function, the software is mainly divided into two modules: the calculator module, the find module and the count module.\nFind module\nThe range is \u2265 and \u2264. Only when all checked conditions on the interface meet, will it be judged as \"within Range\".\nThe standard range of azimuth and terrain slope is -180 to 180 \u00b0, and the due south is 0 \u00b0. When it is necessary to find the array facing north, enter 135~225 \u00b0, and the software auto recognizes 135~180 \u00b0 and -135 \u00b0~-180 \u00b0.\nCount module\nAfter the user clicks the \"Count\" button in the interface, the software will pop up the below dialog box.\n\nThe user should check the type of table to be export, and if necessary, setting and export each type of table. The following is an example of \"Count arrays by terrain slope and aspect\" in No. 4. Click \"Set\" to enter the settings interface.\n\nIn this interface, the user can click the \"Export\" button. The count result will be export to excel table.\n\nArray Types\n\nThe user can click the \"Find\" button, and then the software will select the array of this type.\n\nArray pitch\nThis function is used to calculate and display the Pitch\/Clear pitch of the array.\n\nAfter calculation done, the software will render the array in cyan, and display the Pitch\/Clear Pitch of the array on the array. When the mouse move to an array, the line segments used in calculate of the array Pitch\/Clear Pitch will be displayed (displayed in yellow).\n\nRight click to select the corresponding function.\n\n\"Switch to inner spacing\": the software displays pitch by defaults, and click to switch to clear pitch. The software will display the currently displayed pitch type in the lower left corner of the screen.\n\n\"Modify the maximal pitch\": Modify the maximum north-south pitch displayed. For example, if the set value is 10.0m, then if the pitch of the array is greater than the set value, \">10.0\" will be displayed on the array.\n\"Find arrays\": after click this item, the following input box will pop up. The user can enter the corresponding parameters as required. After click \"OK\", the software will auto select arrays that meets the search condition.\n\n\"Export data\": Click to enter the settings interface.\n\nClick the \"Export\" button. The count result will be export to excel table.","is_draft":"0","editor_type":"3","file_path":"","add_time":"1770022494","update_time":"1771986348"},"pure_content":"Array statistical analysis is divided into four types:\n\nEach type supports three analyze type: \"All arrays\", \"Selected PV zones\" and \"Selected arrays\". If only analyze some arrays, use SU select tool"},{"id":"716292","string_id":"mbMkNm1r","status":"1","parent_id":"713812","slug":"7-3-Export-pile-coordinates","order":"10","name":"Post coordinates","type":"2","cover":"","cover_alt":"","desc":null,"website":"","contact":"","seo_title":"","seo_keyword":"","seo_desc":"","share_switch":"0","share_code":"","author":"","published_time":"1770023125","add_time":"1770022482","update_time":"1774399258","corp_auth_id":"0","verify_code_auth_id":"0","editor_type":"3","file_type":"","auth_id":"[\"716292\", \"713812\", \"708581\"]","content":{"content_id":"716292","content":"
$\"\"$ <\/p>\n
Click the \"Export post coordinates<\/span>\" button in the toolbar to enter the \"Post coordinate<\/span>\" interface.<\/p>\n
<\/p>\n
Create pile<\/span><\/h2>\n
As shown in the figure below, when no array is selected, the indicator light on the right indicates the status of pile position creation for all arrays. Create all=>green<\/span>, partially created=>yellow<\/span>, not created=>red<\/span>, When selecting a array, it indicates the creation status of the pile positions for that array.<\/p>\n
It is necessary to create and set up each used array one by one.<\/p>\n
To ensure performance, the length of the displayed columns for each type of array is fixed and may pass through the ground. When calculating the length, it will be calculated according to the actual setting.<\/p>\n
$\"\"$ <\/p>\n
Post type<\/span><\/h3>\n
\"Single post<\/span>\" or \"Double post<\/span>\" are supported.<\/p>\n
$\"\"$ <\/p>\n
E-W Distance D1<\/span><\/h3>\n
When selecting \"On array surface<\/span>\", it is the distance on the array surface; When selecting \"On horiz. \u200bsurface<\/span>\", it is the projection distance of the horizontal plane.<\/p>\n
$\"\"$ <\/p>\n
Front-Rear Distance D2<\/span><\/h3>\n
Note that \"Front-Rear Distance D2<\/span>\" by default refers to the distance on the surface of the arrays (as shown in the figure below).When selecting \"On horiz. \u200bsurface<\/span>\", the corresponding \"Front-Rear Distance D2<\/span>\" on the arrays plane is equal to the input value\/cos (nominal tilt).<\/p>\n
$\"\"$ <\/p>\n
Pile and post<\/span><\/h3>\n
\"<\/strong>Post length fixed<\/span>\" or \"Pile above ground fixed<\/span>\" are supported.<\/span><\/p>\n
Export post coordinates<\/span><\/h2>\n
Check the \"Only create point<\/span>\" option. At this time, only the position points of the posts on the array will be generated, and the solid post models will not be created.<\/p>\n
Click \"Export central point<\/span>\" to export only the center coordinates of each array.<\/p>\n
Click the \"Export<\/span>\" button at the bottom of the interface to export the pile coordinates of the entire project.<\/p>\n
When exporting, check whether each type of array has created posts (or Only create point) . If not, the software will prompt the users: Pile position not fully created.<\/p>\n
$\"\"$ <\/p>\n
Find pile<\/span><\/h2>\n
When selecting \"Post length fixed\"<\/span><\/h4>\n
When selecting \"Post length fixed<\/span>\", the pile length can be filtered. C<\/span>lick the \"Find<\/span>\" button, and a pop-up interface will appear to select the array that needs to be filtered.<\/p>\n
After confirmation, select the pile length parameters that need to be filtered on the interface, and click filter.<\/p>\n
After filtering, click on the interface to display annotations to view detailed pile length information.<\/p>\n
$\"\"$ <\/p>\n
When selecting \"Pile above ground fixed\"<\/span><\/h4>\n
When selecting \"Pile above ground fixed<\/span>\", the column length can be filtered.<\/p>\n
\"Rear pile length<\/span>\" and \"Max rear pile length difference<\/span>\": Any pile in the rear row with an exposed length outside the set range or a pile length difference exceeding the set value will be selected.<\/p>\n
\"Front pile length<\/span>\" and \"Max front pile length difference<\/span>\": Any pile in the front row with a length exposed to the ground outside the set range or a pile length difference exceeding the set value will be selected.<\/p>\n
\"Max pile length difference<\/span>\": the difference between the longest pile and the shortest pile (both referring to the length exposed to the ground) in a array.<\/p>\n
$\"\"$ <\/p>","pure_content":"Click the \"Export post coordinates\" button in the toolbar to enter the \"Post coordinate\" interface.\n\nCreate pile\nAs shown in the figure below, when no array is selected, the indicator light on the right indicates the status of pile position creation for all arrays.\u00a0Create all=>green, partially created=>yellow, not created=>red, When selecting a array, it indicates the creation status of the pile positions for that array.\nIt is necessary to create and set up each used array one by one.\nTo ensure performance, the length of the displayed columns for each type of array is fixed and may pass through the ground. When calculating the length, it will be calculated according to the actual setting.\n\nPost type\n\"Single post\" or \"Double\u00a0post\" are supported.\n\nE-W Distance D1\nWhen selecting \"On array surface\", it is the distance on the array surface; When selecting \"On horiz. \u200bsurface\", it is the projection distance of the horizontal plane.\n\nFront-Rear Distance D2\nNote that \"Front-Rear Distance D2\" by default refers to the distance on the surface of the arrays (as shown in the figure below).When selecting \"On horiz. \u200bsurface\", the corresponding \"Front-Rear Distance D2\" on the arrays plane is equal to the input value\/cos (nominal tilt).\n\nPile and post\n\"Post length fixed\" or \"Pile above ground fixed\" are supported.\nExport post coordinates\nCheck the \"Only create point\" option. At this time, only the position points of the posts on the array will be generated, and the solid post models will not be created.\nClick \"Export central point\" to export only the center coordinates of each array.\nClick the \"Export\" button at the bottom of the interface to export the pile coordinates of the entire project.\nWhen exporting, check whether each type of array has created posts (or Only create point) . If not, the software will prompt the users: Pile position not fully created.\n\nFind pile\nWhen selecting \"Post length fixed\"\nWhen selecting \"Post length fixed\", the pile length can be filtered. Click the \"Find\" button, and a pop-up interface will appear to select the array that needs to be filtered.\nAfter confirmation, select the pile length parameters that need to be filtered on the interface, and click filter.\nAfter filtering, click on the interface to display annotations to view detailed pile length information.\n\nWhen selecting \"Pile above ground fixed\"\nWhen selecting \"Pile above ground fixed\", the column length can be filtered.\n\"Rear pile length\" and \"Max rear pile length difference\": Any pile in the rear row with an exposed length outside the set range or a pile length difference exceeding the set value will be selected.\n\"Front pile length\" and \"Max front pile length difference\": Any pile in the front row with a length exposed to the ground outside the set range or a pile length difference exceeding the set value will be selected.\n\"Max pile length difference\": the difference between the longest pile and the shortest pile (both referring to the length exposed to the ground) in a array.","is_draft":"0","editor_type":"3","file_path":"","add_time":"1770022482","update_time":"1774399258"},"pure_content":"Click the \"Export post coordinates\" button in the toolbar to enter the \"Post coordinate\" interface.\n\nCreate pile\nAs shown in the figure below, when no array is selected, the indicator light on the ri"},{"id":"716294","string_id":"JYLkNgIq","status":"1","parent_id":"713812","slug":"7-4-Adjust-pole","order":"9","name":"Adjust pole","type":"2","cover":"","cover_alt":"","desc":null,"website":"","contact":"","seo_title":"","seo_keyword":"","seo_desc":"","share_switch":"0","share_code":"","author":"","published_time":"1770023125","add_time":"1770022487","update_time":"1772073697","corp_auth_id":"0","verify_code_auth_id":"0","editor_type":"3","file_type":"","auth_id":"[\"716294\", \"713812\", \"708581\"]","content":{"content_id":"716294","content":"
$\"\"$ <\/p>\n
This function can automatically or manually adjust the height of the posts of the array, adjust the base slope of the array, reduce the height difference between adjacent arrays in a row, and is also suitable for projects of fixed tilted plane and N-S axis horizontal tracking plane (only applicable to single pile).<\/p>\n
<\/p>\n
Click the \"Adjust pole<\/span>\" button in the toolbar to enter the \"Adjust pole\" interface.<\/p>\n
<\/p>\n
In the \"Adjust pole\" function, there are a total of 10 functions, namely \"Automatically adjust each row<\/span>\", \"Adjust a selected array<\/span>\", \"Adjust base slope of selected arrays<\/span>\", \"Elevate selected arrays<\/span>\", \"Selection of height difference between adjacent arrays in one row<\/span>\", \"Selection of height difference between adjacent rows<\/span>\", \"Draw the front view of the selected arrays<\/span>\", \"Automatically adjust each row (except a selected array)<\/span>\", \"Import piles's position and arrays's base slope (Single-axis tracker)<\/span>\", and \"Get template for importing position and slope<\/span>\".<\/p>\n
Draw the front view of the selected arrays<\/span><\/h2>\n
Before using this function, users need to use the \"Select\" tool built-in in the SU software to select the arrays to be drawn.<\/p>\n
Click the \"Draw the front view of the selected arrays<\/span>\" button, and the software will automatically copy the data of the selected array to the clipboard. Then, use the \"draw_array_section<\/span>\" command in CAD to generate the corresponding graphics from the data in the clipboard. (If the command does not appear after entering it, please update the CAD plugin to the latest version)<\/p>\n
$\"\u56fe\u72472\"$ <\/p>\n
The graphics generated in CAD are divided into two parts: on the left side, a sectional view is drawn by row without considering the relative position relationship between rows. On the right is the actual cross-sectional view of the selected arrays (when there are multiple rows, there may be significant overlap, and two rows can be selected for drawing).<\/p>\n
Selection of height difference between adjacent arrays in one row<\/span><\/h2>\n
Before using this function, users need to use the \"Select\" tool built into the SU software to select multiple arrays to be filtered.<\/p>\n
Click the \"Selection of height difference between adjacent arrays in one row<\/span>\" button to enter the parameter setting interface.<\/p>\n
<\/p>\n
\"Height difference<\/span>\": The height difference between the central axes of two adjacent arrays in the same row. After clicking \"OK\", the software will select the arrays that do not meet the set value.<\/p>\n
$\"\u56fe\u72471\"$ <\/p>\n
Selection of height difference between adjacent rows<\/span><\/h2>\n
Before using this function, users need to use the \"Select\" tool built into the SU software to select multiple arrays to be filtered. Note that the selected arrays at this time should be a front and rear multi row arrays.<\/p>\n
Click the \"Selection of height difference between adjacent rows<\/span>\" button to enter the parameter setting interface.<\/p>\n
<\/p>\n
\"Height difference<\/span>\": The height difference between two adjacent arrays in the front and rear rows. As shown in the figure below, after clicking \"OK\", the software will compare the set value with the maximum value of \"Height Difference 1\" and \"Height Difference 2\", and select the arrays that is greater than the set value.<\/p>\n
$\"\u56fe\u72475\"$ <\/p>\n
\"Max. pitch<\/span>\": The horizontal distance between two adjacent arrays in the front and rear rows.<\/p>\n
Adjust a selected array<\/span><\/h2>\n
Before using this function, users need to use the \"Select\" tool built into the SU software to select a single array to be adjusted.<\/p>\n
Click the \"Adjust a selected array<\/span>\" button to enter the parameter setting interface, where the displayed values are the actual parameters of the currently selected array.<\/p>\n
<\/p>\n
\"Height of array center<\/span>\": The height of the center point of the array from the ground.<\/p>\n
\"Height of north pile<\/span>\":This parameter does not include post height.<\/p>\n
\"Basic slope<\/span>\": Generally speaking, it refers to the angle between the long side of the array and the horizontal plane.<\/p>\n
<\/p>\n
When using this function, the software will keep the x and y coordinates of the selected center point of the array unchanged. The z-coordinate of the adjusted center of the array will be confirmed by inputting the values of \"Height of array center<\/span>\" or \"Height of north pile<\/span>\", and the position of the adjusted array will be determined by \"Basic slope<\/span>\".<\/p>\n
Elevate selected arrays<\/span><\/h2>\n
Before using this function, users need to use the \"Select\" tool built into the SU software to select multiple arrays to be adjusted.<\/p>\n
Click the \"Elevate selected arrays\" button to enter the parameter setting interface.<\/p>\n
<\/p>\n
\"Lifting height<\/span>\": Keep the x-coordinate and y-coordinate of the selected array center point unchanged. When the input is a positive value, the selected array elevates the input height along the z-axis; When the input is negative, the selected array reduce the height of the input along the z-axis.<\/p>\n
Adjust base slope of selected arrays<\/span><\/h2>\n
Before using this function, users need to use the \"Select\" tool built into the SU software to select multiple arrays to be adjusted.<\/p>\n
Click the \"Adjust base slope of selected arrays\" button to enter the parameter setting interface.<\/p>\n
<\/p>\n
Automatically adjust each row<\/span><\/h2>\n
Before using this function, users need to use the \"Select\" tool built-in in the SU software to select multiple arrays to be adjusted. Multiple rows and posts of the arrays can be adjusted together.<\/p>\n
Click the \"Automatically adjust each row\" button to enter the parameter settings interface.<\/p>\n
<\/p>\n
Limitation threshold<\/span><\/h3>\n
\"Min. pile height<\/span>\" and \"Max. pile height<\/span>\": Users can fill in the value of post height according to the actual situation. Note that this parameter only refers to the post height and does not consider the height of the pile exposed to the ground.<\/p>\n
The fixed tilet plane formula is \"Max. slope ratio of adjacent arrays<\/span>\", and the horizontal tracking plane is \"Height difference between adjacent arrays<\/span>\".<\/p>\n
\"Max. slope ratio of adjacent arrays<\/span>\" is shown in the following figure, which is the ratio of the height difference between two adjacent arrays in the same row to the horizontal spacing.<\/p>\n
$\"\u56fe\u72474\"$ <\/p>\n
\"Lower limit of adjustable range of base slope<\/span>\" and \"Upper limit of adjustable range of base slope<\/span>\": Users can fill in the limit value of the basic slope according to the actual situation.<\/p>\n
\"Min. ground clearance of arrays<\/span>\": Similar to the concept of \"Ground clearance<\/span>\" in the \"Array layout<\/span>\", the ground clearance height verification method can be modified in the \"User settings<\/span>\".<\/p>\n
Adjust target<\/span><\/h3>\n
\"Selection for multiple schemes<\/span>\": there are two options: \"The shortest total pile<\/span>\" and \"The shortest longest pile<\/span>\" (Minimize the longest pile in each row across all design alternatives).<\/p>\n
Adjust the step value<\/span><\/h3>\n
\"Height step value<\/span>\" and \"Angle step value<\/span>\": Refers to the step value of adjusting the height of the arrays above the ground and the step value of the base slope each time.<\/p>\n
After entering the parameters, click the \"OK\" button, and the software will use the adjustment step value to adjust the parameters within the limit threshold range, so that the adjusted arrays ultimately meets the adjustment target.<\/p>\n
Automatically adjust each row (except a selected array)<\/span><\/h2>\n
Before using this function, users need to use the \"Select\" tool built-in in the SU software to select multiple arrays to be adjusted. Only arrays in the same row can be selected for adjustment.<\/p>\n
Click the \"Automatically adjust each row (except a selected array)<\/span>\" button to enter the parameter setting interface. Its usage are the same as \"Automatically adjust each row<\/span>\".<\/p>\n
<\/p>\n
\"Fixed array (from north to south)<\/span> \": After selecting a fixed array, the software will not make any adjustments to it.<\/p>\n
Import piles's position and arrays's base slope (Single-axis tracker)<\/span><\/h2>\n
The users can click \"Import piles's position and arrays's base slope (Single-axis tracker)<\/span>\" button and selects the \"import_pile_ns_h-tracker<\/span>\" file in the folder. After entering the relevant parameters, the file can be imported into the model.<\/p>\n
This function is only applicable to horizontal tracking plane projects.<\/strong><\/p>","pure_content":"This function can automatically or manually adjust the height of the posts of the array, adjust the base slope of the array, reduce the height difference between adjacent arrays in a row, and is also suitable for projects of fixed tilted plane and N-S axis horizontal tracking plane (only applicable to single pile).\n\nClick the \"Adjust pole\" button in the toolbar to enter the \"Adjust pole\" interface.\n\nIn the \"Adjust pole\" function, there are a total of 10 functions, namely \"Automatically adjust each row\", \"Adjust a selected array\", \"Adjust base slope of selected arrays\", \"Elevate selected arrays\", \"Selection of height difference between adjacent arrays in one row\", \"Selection of height difference between adjacent rows\", \"Draw the front view of the selected arrays\", \"Automatically adjust each row (except a selected array)\", \"Import piles's position and arrays's base slope (Single-axis tracker)\", and \"Get template for importing position and slope\".\nDraw the front view of the selected arrays\nBefore using this function, users need to use the \"Select\" tool built-in in the SU software to select the arrays to be drawn.\nClick the \"Draw the front view of the selected arrays\" button, and the software will automatically copy the data of the selected array to the clipboard. Then, use the \"draw_array_section\" command in CAD to generate the corresponding graphics from the data in the clipboard. (If the command does not appear after entering it, please update the CAD plugin to the latest version)\n\nThe graphics generated in CAD are divided into two parts: on the left side, a sectional view is drawn by row without considering the relative position relationship between rows. On the right is the actual cross-sectional view of the selected arrays (when there are multiple rows, there may be significant overlap, and two rows can be selected for drawing).\nSelection of height difference between adjacent arrays in one row\nBefore using this function, users need to use the \"Select\" tool built into the SU software to select multiple arrays to be filtered.\nClick the \"Selection of height difference between adjacent arrays in one row\" button to enter the parameter setting interface.\n\n\"Height difference\": The height difference between the central axes of two adjacent arrays in the same row. After clicking \"OK\", the software will select the arrays that do not meet the set value.\n\nSelection of height difference between adjacent rows\nBefore using this function, users need to use the \"Select\" tool built into the SU software to select multiple arrays to be filtered. Note that the selected arrays at this time should be a front and rear multi row arrays.\nClick the \"Selection of height difference between adjacent rows\" button to enter the parameter setting interface.\n\n\"Height difference\": The height difference between two adjacent arrays in the front and rear rows. As shown in the figure below, after clicking \"OK\", the software will compare the set value with the maximum value of \"Height Difference 1\" and \"Height Difference 2\", and select the arrays that is greater than the set value.\n\n\"Max. pitch\": The horizontal distance between two adjacent arrays in the front and rear rows.\nAdjust a selected array\nBefore using this function, users need to use the \"Select\" tool built into the SU software to select a single array to be adjusted.\nClick the \"Adjust a selected array\" button to enter the parameter setting interface, where the displayed values are the actual parameters of the currently selected array.\n\n\"Height of array center\": The height of the center point of the array from the ground.\n\"Height of north pile\":This parameter does not include post height.\n\"Basic slope\": Generally speaking, it refers to the angle between the long side of the array and the horizontal plane.\n\nWhen using this function, the software will keep the x and y coordinates of the selected center point of the array unchanged. The z-coordinate of the adjusted center of the array will be confirmed by inputting the values of \"Height of array center\" or \"Height of north pile\", and the position of the adjusted array will be determined by \"Basic slope\".\nElevate selected arrays\nBefore using this function, users need to use the \"Select\" tool built into the SU software to select multiple arrays to be adjusted.\nClick the \"Elevate selected arrays\" button to enter the parameter setting interface.\n\n\"Lifting height\": Keep the x-coordinate and y-coordinate of the selected array center point unchanged. When the input is a positive value, the selected array elevates the input height along the z-axis; When the input is negative, the selected array reduce the height of the input along the z-axis.\nAdjust base slope of selected arrays\nBefore using this function, users need to use the \"Select\" tool built into the SU software to select multiple arrays to be adjusted.\nClick the \"Adjust base slope of selected arrays\" button to enter the parameter setting interface.\n\nAutomatically adjust each row\nBefore using this function, users need to use the \"Select\" tool built-in in the SU software to select multiple arrays to be adjusted. Multiple rows and posts of the arrays can be adjusted together.\nClick the \"Automatically adjust each row\" button to enter the parameter settings interface.\n\nLimitation threshold\n\"Min. pile height\" and \"Max. pile height\": Users can fill in the value of post height according to the actual situation. Note that this parameter only refers to the post height and does not consider the height of the pile exposed to the ground.\nThe fixed tilet plane formula is \"Max. slope ratio of adjacent arrays\", and the horizontal tracking plane is \"Height difference between adjacent arrays\".\n\"Max. slope ratio of adjacent arrays\" is shown in the following figure, which is the ratio of the height difference between two adjacent arrays in the same row to the horizontal spacing.\n\n\"Lower limit of adjustable range of base slope\" and \"Upper limit of adjustable range of base slope\": Users can fill in the limit value of the basic slope according to the actual situation.\n\"Min. ground clearance of arrays\": Similar to the concept of \"Ground clearance\" in the \"Array layout\", the ground clearance height verification method can be modified in the \"User settings\".\nAdjust target\n\"Selection for multiple schemes\": there are two options: \"The shortest total pile\" and \"The shortest longest pile\" (Minimize the longest pile in each row across all design alternatives).\nAdjust the step value\n\"Height step value\" and \"Angle step value\": Refers to the step value of adjusting the height of the arrays above the ground and the step value of the base slope each time.\nAfter entering the parameters, click the \"OK\" button, and the software will use the adjustment step value to adjust the parameters within the limit threshold range, so that the adjusted arrays ultimately meets the adjustment target.\nAutomatically adjust each row (except a selected array)\nBefore using this function, users need to use the \"Select\" tool built-in in the SU software to select multiple arrays to be adjusted. Only arrays in the same row can be selected for adjustment.\nClick the \"Automatically adjust each row (except a selected array)\" button to enter the parameter setting interface. Its usage are the same as \"Automatically adjust each row\".\n\n\"Fixed array (from north to south) \": After selecting a fixed array, the software will not make any adjustments to it.\nImport piles's position and arrays's base slope (Single-axis tracker)\nThe users can click \"Import piles's position and arrays's base slope (Single-axis tracker)\" button and selects the \"import_pile_ns_h-tracker\" file in the folder. After entering the relevant parameters, the file can be imported into the model.\nThis function is only applicable to horizontal tracking plane projects.","is_draft":"0","editor_type":"3","file_path":"","add_time":"1770022487","update_time":"1772073697"},"pure_content":"This function can automatically or manually adjust the height of the posts of the array, adjust the base slope of the array, reduce the height difference between adjacent arrays in a row, and is also"},{"id":"716298","string_id":"14qyxBTB","status":"1","parent_id":"713812","slug":"7-5-Export-cable-list","order":"8","name":"Export cable list","type":"2","cover":"","cover_alt":"","desc":null,"website":"","contact":"","seo_title":"","seo_keyword":"","seo_desc":"","share_switch":"0","share_code":"","author":"","published_time":"1770023125","add_time":"1770022502","update_time":"1774937211","corp_auth_id":"0","verify_code_auth_id":"0","editor_type":"3","file_type":"","auth_id":"[\"716298\", \"713812\", \"708581\"]","content":{"content_id":"716298","content":"
$\"\"$ <\/p>\n
Click the \"Export cable list<\/span>\" button in the toolbar to enter the \"Cable list<\/span>\" settings interface.<\/p>\n
Settings in main dialog<\/span><\/h2>\n
Electrical configuration<\/strong><\/span><\/h3>\n
When there are multiple electrical configurations in a project, users need to select the electrical configuration one by one and complete the relevant settings .<\/p>\n
After the users completes the MV design, the \"Transformer - Substation<\/span>\" option will appear in the drop-down menu. After selecting this option, the parameters of the medium voltage cable can be set.<\/p>\n
$\"\"$ <\/h3>\n
Electrical parameters<\/strong><\/span><\/h3>\n
Electrical parameters are mainly used to calculate cable sections and voltage drop.<\/p>\n
Voltage and current of PV module and inverters<\/span><\/h4>\n
Click the \"Electrical parameters<\/span>\" button, and the following prompt dialog box will pop up:<\/p>\n
<\/p>\n
When selecting \"Yes\", the pop-up interface is only used to display the electrical parameters of the relevant devices used for calculating cable sections and voltage drop. Modifying any parameter and applying it is invalid.<\/p>\n
<\/p>\n
If the users wish to modify the relevant calculation parameters, it can be divided into the following two situations:<\/p>\n
Case 1<\/strong>: When creating the array, the already created PV modules were selected, and when doing electrical connections, the already created inverters were selected. In this case, the users need to modify the device parameters on the selected PV module and inverter related interface.<\/p>\n
<\/p>\n
Modification method: users can find the corresponding modules in the \"Create arrays<\/span>\" and \"Create inverter<\/span>\" interfaces, modify the parameters, and click \"Update<\/span>\".<\/p>\n
Case 2<\/strong>: If \"Case 1: \" is not meet, the users can select \"No\" in the pop-up dialog box, modify the relevant parameters, and apply them.<\/p>\n
If users want to modify parameters in batches, they can modify any row of data. After completing the modification, click \"Apply to<\/span>\", select the left box of the power block number with the same electrical configuration in the pop-up dialog box, and click \"OK\".<\/p>\n
<\/p>\n
If users only want to modify the parameters of a certain block, users need to modify the parameters in the row where the power block is located. After modification, users also need to click \"Apply to<\/span>\". Simply check the box on the left side of the power block number and click \"OK\".<\/p>\n
Cable Resistivity<\/span><\/h4>\n
The resistivity of cable materials can be configured in the following two ways:<\/p>\n
Method 1<\/strong>: Users can set in \"Cable related 1<\/span>\" of \"User settings<\/span>\". The software here also has a built-in calculator to facilitate users to calculate the resistivity of different cable metal at different temperatures.<\/p>\n
Method 2<\/strong>: When the impedance of the LV AC cables needs to be considered, the user can click the \"Settings\" button in the interface to enter the impedance configuration page.<\/p>\n
After entering the setting interface, the users can select \"Calculate based on resistivity<\/span>\" or \"User defined<\/span>\". When select \"Calculate based on resistivity<\/span>\", the software will use the parameters setting in step \u2460. When \"User defined<\/span>\" is selected, the electrical resistivity calculation parameters in step \u2460 are only valid for DC and MV cable.<\/p>\n
<\/p>\n
Parameter settings for LV cables<\/span><\/h3>\n
Taking the example of using electrical configuration 3 in the following figure.<\/p>\n
<\/p>\n
Type<\/span>: Users can input the cable model used for each level, which will ultimately be displayed in the cable model column of the cable list.<\/p>\n
Metal<\/span>: Users can choose from three materials: Copper, Aluminum, and Aluminum alloy. The resistivity of each material can be modified in the \"Cable Related 1\" section of the \"User settings<\/span>\" function.<\/p>\n
Margin<\/span>: For cable margin, the software provides two parameters: \"Margin\" and \"Margin factor\".<\/p>\n
\"Margin\" refers to adding the length margin on the basis of base 3D length of cable calculated by the software.<\/p>\n
\"Margin factor\" refers to the factor multiplied by adding \"Margin\" to the 3D length of cable calculated by software.<\/p>\n
The 3D length of cables takes into account: the heights of equipment input\/output points, cable burial depth, and terrain elevation changes.<\/p>\n
CSA range<\/span> is needed when the software calculate the section and voltage drop based on the \"Electrical parameters<\/span>\" in the second step.<\/p>\n
When multiple types of inverters are used in a project, the \"Settings<\/span>\" button can be clicked to set the minimum section of the output cable for each type of inverter separately.<\/p>\n
<\/p>\n
Note<\/strong>: Setting the minimum section of the inverter separately has a lower priority than setting the \"CSA range<\/span>\". Assuming the users set the minimum section of a certain model of inverter to 185 and set the maximum section to 150 in the \"CSA range<\/span>\", the software will select the section as 150.<\/p>\n
\"Max voltage drop<\/span>\" and \"Max cable length<\/span>\": The software provides two different type: \"By voltage drop<\/span>\" and \"By cable length<\/span>\", users can select it in “Cable related 2” of user settings.<\/p>\n
<\/p>\n
\"By voltage drop<\/span>\": auto.select section according to its voltage drop.<\/p>\n
<\/p>\n
\"By cable length<\/span>\": Taking \"CSA range<\/span>\" = \"14, 16\", \"Max cable length<\/span>\" = \"100,200\" as an example, it means that when the length is less than 100 m (below), 4 mm² cable is used, and when the length exceeds 100 meters, 6 mm² cable is used. When the length exceeds 200 meters, the mark of the cable in the cable list is red.<\/p>\n
<\/p>\n
The “Maxcable length (m)<\/span>” for the PV string output cable refers to the one-way distance along the cable route from the PV string to the parent device. It does not represent the complete circuit length from the string's positive terminal to the parent device and back to the string's negative terminal.<\/p>\n
Parameter settings for MV cables<\/span><\/h3>\n
After selecting \"Transformer - Substation<\/span>\" in the \"Electrical configuration\", the relevant cable parameters of the medium voltage level can be set.<\/p>\n
<\/p>\n
As shown in the above figure, users can set the \"Type<\/span>\", \"Metal<\/span>\", \"Margin<\/span>\", \"Margin factor<\/span>\", \"CSA range<\/span>\", \"Cable depth<\/span>\", \"Cable laying environment<\/span>\", \"Correction factor<\/span>\" and the ampacity under different sections for each leve.<\/p>\n
Export Settings in template<\/span><\/h2>\n
Click the \"Export Settings<\/span>\" button to enter the cable export settings page.<\/p>\n
<\/p>\n
The cable list export settings page is mainly consists of four parts:<\/p>\n
Part 1<\/strong>: Select a preset template.<\/p>\n
Part 2<\/strong>: Preference settings for each preset template: Users can select the columns that need to be exported.<\/p>\n
Part 3<\/strong>: Other settings for the cable list that can be exported under each preset template.<\/p>\n
Part 4<\/strong>: Save, import, and export preset templates.<\/p>\n
Select preset template<\/span><\/h3>\n
Preset templates are divided into \"Default template<\/span>\", \"Preset template<\/span>\", and \"Custom template<\/span>\".<\/p>\n
The \"Default template<\/span>\" is the software's default template, which cannot be changed. If any setting in the template is changed and the \"Save<\/span>\" button is clicked, a \"Custom template<\/span>\" will be automatically generated.<\/p>\n
The \"Preset template<\/span>\" is a template set by the users themselves, and the software provides two preset templates: \"Preset template A<\/span>\" and \"Preset template B<\/span>\".<\/p>\n
\"Custom template<\/span>\" are generally templates saved after changing the settings of the \"Default template<\/span>\" or templates imported from other computers.<\/p>\n
\"Default template<\/span>\" and \"Preset template<\/span>\" cannot be deleted, while \"Custom template<\/span>\" can be deleted.<\/p>\n
Other settings<\/span><\/h3>\n
The cable list exported by the software mainly consists of a cover page, a low-voltage cable list for each power block or a thin\/thick cable list for each power block, summary page, blocks summary, and medium voltage cable (if any).<\/p>\n
Export thick and thin cables to different worksheets or file<\/span><\/h4>\n
Users can choose whether to check the box on the left side of \"Export thick and thin cables to different\" based on their preferences.<\/p>\n
When this box is checked, the list related to thick and thin cables for each power block will be generated in two separate sheets(when selecting \"file\" will be export as two file respectively).<\/p>\n
<\/p>\n
When the box is not checked, the parameters related to thick and thin cables of a power block will be generated in one sheet.<\/p>\n
<\/p>\n
Add header<\/span><\/h4>\n
Based on whether the above boxes are selected or not, users can choose whether to export the header of each cable list and customize the header name.<\/p>\n
<\/p>\n
Merge the positive and negative poles of the thin cable into one row for display<\/span><\/h4>\n
When the thin cable is a single core cable, if this option is checked, the length of the thin cable displayed in the merged row is the total length, including positive pole, negative pole and cable inside strings (if any). If this option is not checked, the length of the thin cable displayed in the cable list is the length of the cable from one pole to one pole of the parent device or its paired half string array.<\/p>\n
\n\n\n\n\n\n\n
<\/span><\/td>\n<\/tr>\n<\/thead>\n
The thin cable is a single core cable, do not check this setting<\/span><\/td>\n<\/tr>\n
<\/span><\/td>\n<\/tr>\n
The thin cable is a single core cable, check this setting<\/span><\/td>\n<\/tr>\n<\/tbody>\n<\/table>\n
When the thin cable is a two core cable, there is only one row of data for each string in the exported cable list, and there is no need to check this option for merging.<\/p>\n
Separate display of cable model and section<\/span><\/h4>\n
Users can choose whether to display cable models and sections separately based on their own situation.<\/p>\n
<\/p>\n
Summary by block to 1 page<\/span><\/h4>\n
If this option is checked, a separate sheet (named \"Blocks summary\") will be generated in the exported cable list to summarize all cables in each block. If this option is not checked, the thin and thick cables of each block will be summarized separately below them in the exported cable list.<\/p>\n
\n\n\n\n\n\n\n
<\/td>\n<\/tr>\n<\/thead>\n
Check<\/span><\/td>\n<\/tr>\n
<\/td>\n<\/tr>\n
Do not check<\/span><\/td>\n<\/tr>\n<\/tbody>\n<\/table>\n
Merge positive and negative cables to summarize<\/span><\/h4>\n
Users can choose whether to merge and summarize positive and negative cables in the summary table of all block cables based on their own situation. If this option is checked, it will also apply to “Summary by block to 1 page” summarizing by block on one page.<\/p>\n
\n\n\n\n\n\n\n
<\/td>\n<\/tr>\n<\/thead>\n
Check<\/span><\/td>\n<\/tr>\n
<\/span><\/td>\n<\/tr>\n
Do not check<\/span><\/td>\n<\/tr>\n<\/tbody>\n<\/table>\n
Force same side<\/span><\/h4>\n
Force same side : only for half strings.<\/p>\n
<\/p>\n
Preference settings<\/span><\/h3>\n
According to whether the \"Export thick and thin cables to different\" box on the left side of \"Other settings<\/span>\" is checked, users can select the relevant parameters of the exported cables as shown in the table below.<\/p>\n
<\/p>\n
Note<\/strong>: \"MPPT No.<\/span>\" only takes effect when using electrical configuration mode three and electrical configuration mode four. When the users have not set the MPPT number in the \"Show cable route\" function, if this option is checked to export the cable list, the data in this column will be empty.<\/p>\n
Import and export templates<\/span><\/h3>\n
After saving the current template, users can export it. Click the \"Export Template<\/span>\" button to export a. json file. This file can be imported to other computers.<\/p>\n
Export cable list<\/span><\/h2>\n
Clicking the \"Export cable list<\/span>\" button will bring up the following dialog box, where users can choose to export the cable list of all power blocks, or export the cable list of the selected power block.<\/p>\n
<\/p>\n
Reel calculation<\/span><\/h2>\n
\"Reel calculation<\/span>\" can be divided into two methods: \"Roughtly<\/span>\" and \"Accurate<\/span>\".<\/p>\n
<\/p>\n
\"Roughly<\/span>\": It is divided by each power block, according to the order of the cable list, for the same model, from top to bottom, after filling one reel, the next reel is divided.<\/p>\n
\"Accurate<\/span>\": All low-voltage cables of the same model are divided into different reels without considering its block, and the length of each reel should be as close to the set value as possible.<\/p>\n
485 cable<\/span><\/h2>\n
Users can choose whether to export 485 cables.<\/p>\n
<\/p>\n
When selecting \"Yes\", the users needs to input the corresponding \"Type<\/span>\", \" Margin<\/span>\" , \"Margin Factor<\/span>\" and \"Cable depth<\/span>\". The setting method of 485 cable can be found in the relevant instructions of \"Viewing Cable Tools\" in this manual.<\/span><\/p>\n
Voltage calculation report<\/span><\/h2>\n
After version 3.4.1, the software supports exporting low-voltage cable voltage drop calculation report.<\/p>\n
Click the \"Voltage clculation<\/span>\" button, and the software will calculate the maximum allowable length of each cable section based on all the parameters set above, under the premise of the set \"Max voltage drop\".<\/p>\n
When there are multiple electrical configuration methods in a project, users can choose different electrical configuration to view the maximum length of low-voltage cables under each electrical configuration.<\/p>\n
<\/p>\n
Click the \"Export<\/span>\" button to export the low-voltage cable calculation report. The calculation sheet mainly consists of two parts, one is the calculation process and selected parameters, and the other is the calculation results.<\/p>\n
<\/p>\n
Analysis<\/span><\/h2>\n
After clicking the \"Analyze<\/span>\" button, If voltage drop of some cables exceeds the set value of \"Max voltage drop\", the software will pop up the following prompt:<\/p>\n
<\/p>\n
After the analysis is completed, the software can statistically analyze the \"average length\" and \"maximum length\" of cables at each level, and calculate the \"Aver. voltage drop\" of cables at each level under STC and the \"Total acer. voltage drop\" of the system. This result can be applied to power generation calculation and loss settings in PVsyst.<\/p>\n
<\/p>\n
The software defaults to displaying the calculation results of low-voltage cables. Users can view the calculation results of medium voltage cables by clicking the drop-down menu on the right side of the \"Electrical configuration\".<\/p>\n
Relevant Calculation Principles<\/span><\/h2>\n
Overall principle<\/span><\/h3>\n
\n
The length of the cable list = (3D length of the cable + margin) * margin factor.<\/li>\n
The 3D length of the cable has considered: the elevation of the device's input and output points, the burial depth of the cable, and terrain variations.<\/li>\n
The input and output points of the Device are the physical center points of Combine devices, Containerized Transformers, etc.<\/li>\n
Cable depth: Set a positive value below the terrain and a negative value above the terrain. Setting 0m indicates that the cable is laid along the surface.<\/li>\n
Users can use the \"Show cable route<\/span>\" tool to select a device and view the 3D segment length of the cable for that device. The text \"Total Length<\/span>\" in the lower left corner indicates the length of the cable list.<\/li>\n<\/ul>\n
Calculation principle of length for string output cables (cable route not defined)<\/span><\/h3>\n
First<\/strong>: <\/strong>the string cable point is vertically projected to the terrain faces (if the \"Cable depth<\/span>\" is set, the software will auto add the setting value), and its length is affected by the array height above ground.<\/p>\n
<\/p>\n
Next<\/strong>: the cable will be laid along the X direction (usually the long side direction of the array) for a certain distance, and then turned. After turning, it will be laid along the Y direction (usually the short side direction of the array) to the primary combiner equipment, with a turning radius of 90 °. <\/p>\n
The cable will be projected onto the ground every 10 meters along the X direction and every 10 meters along the Y direction. This step is used to calculate the 3D length of the cable.<\/p>\n
<\/p>\n
Finally<\/strong>: the Cable is vertically connected to the center point of the L1 devices from the terrain surface (if the \"Cable depth<\/span>\" is set in Setting, the software will add the setting value automatically).<\/p>\n
Please set the size of the L1 combine device in the \"Electrical and Code<\/span>\" section of the \"User settings<\/span>\". Please set the ground clearance height of the combine devices in the \"Location settings<\/span>\" of the \"Electrical connection<\/span>\" interface. After setting, users need to click \"Relocate all<\/span>\" to apply the settings.<\/p>\n
<\/p>\n
Calculation principle of length for string output cables (defining cable route)<\/span><\/h3>\n
It is similar to the principle of calculating the length of cable without defining the cable route, but the cables must be laid along the drawn cable route according to the relevant parameters set by the users. For detailed instructions, please refer to the relevant instructions in \" Viewing Cable Tools\" in this manual.<\/span><\/p>\n
$\"1596031278(1)\"$ <\/p>\n
<\/p>","pure_content":"Click the \"Export cable list\" button in the toolbar to enter the \"Cable list\" settings interface.\nSettings in main dialog\nElectrical configuration\nWhen there are multiple electrical configurations in a project, users need to select the electrical configuration one by one and complete the relevant settings .\nAfter the users completes the MV design, the \"Transformer - Substation\" option will appear in the drop-down menu. After selecting this option, the parameters of the medium voltage cable can be set.\n\nElectrical parameters\nElectrical parameters are mainly used to calculate cable sections and voltage drop.\nVoltage and current of PV module and inverters\nClick the \"Electrical parameters\" button, and the following prompt dialog box will pop up:\n\nWhen selecting \"Yes\", the pop-up interface is only used to display the electrical parameters of the relevant devices used for calculating cable sections and voltage drop. Modifying any parameter and applying it is invalid.\n\nIf the users wish to modify the relevant calculation parameters, it can be divided into the following two situations:\nCase 1:\u00a0When creating the array, the already created PV modules were selected, and when doing electrical connections, the already created inverters were selected. In this case, the users need to modify the device parameters on the selected PV module and inverter related interface.\n\nModification method: users can find the corresponding modules in the \"Create arrays\" and \"Create inverter\" interfaces, modify the parameters, and click \"Update\".\nCase 2: If \"Case 1: \" is not meet, the users can select \"No\" in the pop-up dialog box, modify the relevant parameters, and apply them.\nIf users want to modify parameters in batches, they can modify any row of data. After completing the modification, click \"Apply to\", select the left box of the power block number with the same electrical configuration in the pop-up dialog box, and click \"OK\".\n\nIf users only want to modify the parameters of a certain block, users need to modify the parameters in the row where the power block is located. After modification, users also need to click \"Apply to\". Simply check the box on the left side of the power block number and click \"OK\".\nCable Resistivity\nThe resistivity of cable materials can be configured in the following two ways:\nMethod 1: Users can set in \"Cable related 1\" of \"User settings\". The software here also has a built-in calculator to facilitate users to calculate the resistivity of different cable metal at different temperatures.\nMethod 2: When the impedance of the LV AC cables needs to be considered, the user can click the \"Settings\" button in the interface to enter the impedance configuration page.\nAfter entering the setting interface, the users can select \"Calculate based on resistivity\" or \"User defined\". When select \"Calculate based on resistivity\", the software will use the parameters setting in step \u2460. When \"User defined\" is selected, the electrical resistivity calculation parameters in step \u2460 are only valid for DC and MV cable.\n\nParameter settings for LV cables\nTaking the example of using electrical configuration 3 in the following figure.\n\nType: Users can input the cable model used for each level, which will ultimately be displayed in the cable model column of the cable list.\nMetal: Users can choose from three materials: Copper, Aluminum, and Aluminum alloy. The resistivity of each material can be modified in the \"Cable Related 1\" section of the \"User settings\" function.\nMargin: For cable margin, the software provides two parameters: \"Margin\" and \"Margin factor\".\n\"Margin\" refers to adding the length margin on the basis of base 3D length of cable calculated by the software.\n\"Margin factor\" refers to the factor multiplied by adding \"Margin\" to the 3D length of cable calculated by software.\nThe 3D length of cables takes into account: the heights of equipment input\/output points, cable burial depth, and terrain elevation changes.\n\u00a0CSA range\u00a0is needed when the software calculate the section and voltage drop based on the \"Electrical parameters\" in the second step.\nWhen multiple types of inverters are used in a project, the \"Settings\" button can be clicked to set the minimum section of the output cable for each type of inverter separately.\n\nNote: Setting the minimum section of the inverter separately has a lower priority than setting the \"CSA range\". Assuming the users set the minimum section of a certain model of inverter to 185 and set the maximum section to 150 in the \"CSA range\", the software will select the section as 150.\n\"Max voltage drop\" and \"Max cable length\": The software provides two different type: \"By voltage drop\" and \"By cable length\", users can select it in \u201cCable related 2\u201d of user settings.\n\n\"By voltage drop\": auto.select section according to its voltage drop.\n\n\"By cable length\": Taking \"CSA range\" = \"14, 16\", \"Max cable length\" = \"100,200\" as an example, it means that when the length is less than 100 m (below), 4 mm\u00b2 cable is used, and when the length exceeds 100 meters, 6 mm\u00b2 cable is used. When the length exceeds 200 meters, the mark of the cable in the cable list is red.\n\nThe \u201cMaxcable length (m)\u201d for the PV string output cable refers to the one-way distance along the cable route from the PV string to the parent device. It does not represent the complete circuit length from the string's positive terminal to the parent device and back to the string's negative terminal.\nParameter settings for MV cables\nAfter selecting \"Transformer - Substation\" in the \"Electrical configuration\", the relevant cable parameters of the medium voltage level can be set.\n\nAs shown in the above figure, users can set the \"Type\", \"Metal\", \"Margin\", \"Margin factor\", \"CSA range\", \"Cable depth\", \"Cable laying environment\", \"Correction factor\" and the ampacity under different sections for each leve.\nExport Settings in template\nClick the \"Export Settings\" button to enter the cable export settings page.\n\nThe cable list export settings page is mainly consists of four parts:\nPart 1: Select a preset template.\nPart 2: Preference settings for each preset template: Users can select the columns that need to be exported.\nPart 3: Other settings for the cable list that can be exported under each preset template.\nPart 4: Save, import, and export preset templates.\nSelect preset template\nPreset templates are divided into \"Default template\", \"Preset template\", and \"Custom template\".\nThe \"Default template\" is the software's default template, which cannot be changed. If any setting in the template is changed and the \"Save\" button is clicked, a \"Custom template\" will be automatically generated.\nThe \"Preset template\" is a template set by the users themselves, and the software provides two preset templates: \"Preset template A\" and \"Preset template B\".\n\"Custom template\" are generally templates saved after changing the settings of the \"Default template\" or templates imported from other computers.\n\"Default template\" and \"Preset template\" cannot be deleted, while \"Custom template\" can be deleted.\nOther settings\nThe cable list exported by the software mainly consists of a cover page, a low-voltage cable list for each power block or a thin\/thick cable list for each power block, summary page, blocks summary, and medium voltage cable (if any).\nExport thick and thin cables to different worksheets or file\nUsers can choose whether to check the box on the left side of \"Export thick and thin cables to different\" based on their preferences.\nWhen this box is checked, the list related to thick and thin cables for each power block will be generated in two separate sheets(when selecting \"file\" will be export as two file respectively).\n\nWhen the box is not checked, the parameters related to thick and thin cables of a power block will be generated in one sheet.\n\nAdd header\nBased on whether the above boxes are selected or not, users can choose whether to export the header of each cable list and customize the header name.\n\nMerge the positive and negative poles of the thin cable into one row for display\nWhen the thin cable is a single core cable, if this option is checked, the length of the thin cable displayed in the merged row is the total length, including positive pole, negative pole and cable inside strings (if any). If this option is not checked, the length of the thin cable displayed in the cable list is the length of the cable from one pole to one pole of the parent device or its paired half string array.\n\n\n\n \n\n\n\n\n The thin cable is a single core cable, do not check this setting\n\n\n \n\n\n The thin cable is a single core cable, check this setting\n\n\n\nWhen the thin cable is a two core cable, there is only one row of data for each string in the exported cable list, and there is no need to check this option for merging.\nSeparate display of cable model and section\nUsers can choose whether to display cable models and sections separately based on their own situation.\n\nSummary by block to 1 page\nIf this option is checked, a separate sheet (named \"Blocks summary\") will be generated in the exported cable list to summarize all cables in each block. If this option is not checked, the thin and thick cables of each block will be summarized separately below them in the exported cable list.\n\n\n\n \n\n\n\n\n Check\n\n\n \n\n\n Do not check\n\n\n\nMerge positive and negative cables to summarize\nUsers can choose whether to merge and summarize positive and negative cables in the summary table of all block cables based on their own situation. If this option is checked, it will also apply to \u201cSummary by block to 1 page\u201d summarizing by block on one page.\n\n\n\n \n\n\n\n\n Check\n\n\n \n\n\n Do not check\n\n\n\nForce same side\nForce same side : only for half strings.\n\nPreference settings\nAccording to whether the \"Export thick and thin cables to different\" box on the left side of \"Other settings\" is checked, users can select the relevant parameters of the exported cables as shown in the table below.\n\nNote: \"MPPT No.\" only takes effect when using electrical configuration mode three and electrical configuration mode four. When the users have not set the MPPT number in the \"Show cable route\" function, if this option is checked to export the cable list, the data in this column will be empty.\nImport and export templates\nAfter saving the current template, users can export it. Click the \"Export Template\" button to export a. json file. This file can be imported to other computers.\nExport cable list\nClicking the \"Export cable list\" button will bring up the following dialog box, where users can choose to export the cable list of all power blocks, or export the cable list of the selected power block.\n\nReel calculation\n\"Reel calculation\" can be divided into two methods: \"Roughtly\" and \"Accurate\".\n\n\"Roughly\": It is divided by each power block, according to the order of the cable list, for the same model, from top to bottom, after filling one reel, the next reel is divided.\n\"Accurate\": All low-voltage cables of the same model are divided into different reels without considering its block, and the length of each reel should be as close to the set value as possible.\n485 cable\nUsers can choose whether to export 485 cables.\n\nWhen selecting \"Yes\", the users needs to input the corresponding \"Type\", \" Margin\" , \"Margin Factor\" and \"Cable depth\". The setting method of 485 cable can be found in the relevant instructions of \"Viewing Cable Tools\" in this manual.\nVoltage calculation report\nAfter version 3.4.1, the software supports exporting low-voltage cable voltage drop calculation report.\nClick the \"Voltage clculation\" button, and the software will calculate the maximum allowable length of each cable section based on all the parameters set above, under the premise of the set \"Max voltage drop\".\nWhen there are multiple electrical configuration methods in a project, users can choose different electrical configuration to view the maximum length of low-voltage cables under each electrical configuration.\n\nClick the \"Export\" button to export the low-voltage cable calculation report. The calculation sheet mainly consists of two parts, one is the calculation process and selected parameters, and the other is the calculation results.\n\nAnalysis\nAfter clicking the \"Analyze\" button, If voltage drop of some cables exceeds the set value of \"Max voltage drop\", the software will pop up the following prompt:\n\nAfter the analysis is completed, the software can statistically analyze the \"average length\" and \"maximum length\" of cables at each level, and calculate the \"Aver. voltage drop\" of cables at each level under STC and the \"Total acer. voltage drop\" of the system. This result can be applied to power generation calculation and loss settings in PVsyst.\n\nThe software defaults to displaying the calculation results of low-voltage cables. Users can view the calculation results of medium voltage cables by clicking the drop-down menu on the right side of the \"Electrical configuration\".\nRelevant Calculation Principles\nOverall principle\n\nThe length of the cable list = (3D length of the cable + margin) * margin factor.\nThe 3D length of the cable has considered: the elevation of the device's input and output points, the burial depth of the cable, and terrain variations.\nThe input and output points of the Device are the physical center points of Combine devices, Containerized Transformers, etc.\nCable depth: Set a positive value below the terrain and a negative value above the terrain. Setting 0m indicates that the cable is laid along the surface.\nUsers can use the \"Show cable route\" tool to select a device and view the 3D segment length of the cable for that device. The text \"Total Length\" in the lower left corner indicates the length of the cable list.\n\nCalculation principle of length for string output cables (cable route not defined)\nFirst: the string cable point is vertically projected to the terrain faces (if the \"Cable depth\" is set, the software will auto add the setting value), and its length is affected by the array height above ground.\n\nNext: the cable will be laid along the X direction (usually the long side direction of the array) for a certain distance, and then turned. After turning, it will be laid along the Y direction (usually the short side direction of the array) to the primary combiner equipment, with a turning radius of 90 \u00b0.\u00a0\nThe cable will be projected onto the ground every 10 meters along the X direction and every 10 meters along the Y direction. This step is used to calculate the 3D length of the cable.\n\nFinally: the Cable is vertically connected to the center point of the L1 devices from the terrain surface (if the \"Cable depth\" is set in Setting, the software will add the setting value automatically).\nPlease set the size of the L1 combine device in the \"Electrical and Code\" section of the \"User settings\". Please set the ground clearance height of the combine devices in the \"Location settings\" of the \"Electrical connection\" interface. After setting, users need to click \"Relocate all\" to apply the settings.\n\nCalculation principle of length for string output cables (defining cable route)\nIt is similar to the principle of calculating the length of cable without defining the cable route, but the cables must be laid along the drawn cable route according to the relevant parameters set by the users. For detailed instructions, please refer to the relevant instructions in \" Viewing Cable Tools\" in this manual.\n\n\u00a0","is_draft":"0","editor_type":"3","file_path":"","add_time":"1770022502","update_time":"1774937211"},"pure_content":"Click the \"Export cable list\" button in the toolbar to enter the \"Cable list\" settings interface.\nSettings in main dialog\nElectrical configuration\nWhen there are multiple electrical configurations in"},{"id":"716296","string_id":"pxWrzKeq","status":"1","parent_id":"713812","slug":"7-6-Cable-laying-statistics","order":"7","name":"Trench statistics","type":"2","cover":"","cover_alt":"","desc":null,"website":"","contact":"","seo_title":"","seo_keyword":"","seo_desc":"","share_switch":"0","share_code":"","author":"","published_time":"1770023125","add_time":"1770022493","update_time":"1773919992","corp_auth_id":"0","verify_code_auth_id":"0","editor_type":"3","file_type":"","auth_id":"[\"716296\", \"713812\", \"708581\"]","content":{"content_id":"716296","content":"
$\"\"$ <\/p>\n
After completing the drawing of \"Cable route<\/span>\", the \"Electrical connection<\/span>\", and the cable list calculation, the software can design cable laying based on the drawn cable routes.<\/p>\n
After clicking on \"Trench statistics<\/span>\", the software displays the results of dividing the power blocks, and at the same time, the bottom left corner of the screen prompts \"Select power block<\/span>\". At this time, users need to click the left mouse button to select the block for cable laying.<\/p>\n
After selecting the block, the software will display the electrical connection result of the selected block and the drawn cable route. Right clicking will bring up the main menu for cable laying design.<\/p>\n
The cable laying design mainly consists of seven functions: \"Select laying type<\/span>\", \"Material selection<\/span>\", \"Create cable bridge\"<\/span><\/span>, \"Generate bridge supports<\/span>\", \"Clear cable bridge<\/span>\", \"Clear all laying settings<\/span>\", and \"Material statistics<\/span>\".<\/p>\n
Press \"ESC\" key to exit the currently selected power block and return to the power block selection interface.<\/p>\n
$\"\"$ <\/p>\n
Select laying type<\/span><\/h2>\n
Click the left mouse button on \"Select laying typ<\/span>e\" in the right-click menu, which defaults to display the laying method of the Share level. Press the \"Tab<\/strong>\" key to switch between displaying the laying type of the \"Thick cable level<\/span>\" or the \"Thin cable level<\/span>\". Users can set the laying type for each cable route at the relevant level.<\/p>\n
There are two main methods for setting the laying type:<\/p>\n
Method 1<\/strong>: Manual selection or box selection setting: User can use left mouse button to select a certain cable route (or hold down the \"Crtl<\/strong>\" key to select multiple routes), or hold down the left mouse button to box select multiple cable routes directly. After the selection, right-click to bring up the laying selection menu.<\/p>\n
Method 2<\/strong>: Set default laying type: Right click and click \"Set default laying type<\/span>\" at any display level. In this mode, the software can uniformly set the laying type for \"String Cable - Portrait<\/span>\" and \"AC\/DC big cables<\/span>\".<\/p>\n
\"Share bridge<\/span>\": After selecting this option, the DC and AC cables will share the cable bridge.<\/p>\n
\"Apply to all blocks<\/span>\": After selecting this option, the current settings will be applied to all blocks in the model.<\/p>\n
After selecting the laying method, the software will color each cable route at each level according to different laying methods, and the legend will be displayed in the upper left corner of the screen.<\/p>\n
After creating road, if a cable route passes through the created road, the software will automatically recognize this route as road-crossing conduit and display it in purple in the image<\/p>\n
After setting the laying method, click on \"End laying type setting<\/span>\" to exit the \"Select laying type\" function.<\/p>\n
Note<\/strong>: When using the \"Share bridge<\/span>\" function, the laying result will be displayed in the \"Share level<\/span>\", and routes in other levels that are the same as the shared bridge route will be displayed as \"No settings\" status. Similarly, when the \"Share bridge<\/span>\" function is not used, the \"Share level<\/span>\" will be displayed as \"No settings\" status.<\/p>\n
$\"\"$ <\/p>\n
Material selection<\/span><\/h2>\n
After completing the \"Select laying type<\/span>\", click on \"Material selection\" in the right-click menu of cable laying design to enter the cable laying material selection interface.<\/p>\n
$\"\"$ <\/p>\n
In the selection of cable laying materials, users are required to set the \"1.Tube type and filling rate<\/span>\", \"2.Bridge model and filling rate<\/span>\", \"3.Cable trench specifications<\/span>\", \"4.Passing through pipe models and filling rates<\/span>\"and\"Set the outer diameter of the cable\".<\/span><\/p>\n
Set the outer diameter of the cable<\/span><\/h3>\n
Click on the button of \"Set the outer diameter of the cable<\/span>\" to modify the outer diameter of the cable models used in this project.<\/p>\n
Calc. filling rate<\/span><\/h3>\n
Click on the interface \"Calc.filling rate<\/span>\" to calculate the number of cables based on the type of laying material and filling rate. The filling rate can also be calculated based on the type of laying material and the number of cables.<\/p>\n
$\"\"$ <\/p>\n
Set fill rate and Max.Nb. of cables per pipe<\/span><\/h3>\n
When using pipe for cable laying, users can simultaneously set the \"Fill rate<\/span>\", \"Max.nb. Of cables per pipe<\/span>\", and \"Applicable cable types<\/span>\". Only when the currently selected pipe model meets the values input by all three will it be applied.<\/p>\n
The \"Max.nb. Of cables per pipe<\/span>\" refers to the number of cables allowed to pass through each pipe. When filled in with the value of \"0\", it indicates no limitation and can be separated by commas in English to correspond to multiple specifications.<\/p>\n
\"Applicable cable types<\/span>\": When setting only thin cables or thick cables, only the corresponding types of cables are allowed to be laid. When there are no limitation, both thick and thin cables can be used.<\/p>\n
When using cable bridge, users can simultaneously set \"Fill rate<\/span>\", \"Max.nb. Of cables per pipe<\/span>\", \"Applicable cable types<\/span>\", \"Maximum outer diameter<\/span>\", etc. Only when the currently selected cable bridge model meets the input values will it be applied.<\/p>\n
\"Maximum outer diameter<\/span>\": The outer diameter of the thickest cable allowed to be placed on the bridge frame. When it is set as \"0\", it means there is no limitation and the software selects cables based on their outer diameter not exceeding the height of the cable bridge.<\/p>\n
Set laying type in parallel<\/span><\/h3>\n
The software supports setting laying type in parallel of multiple pipes or cable bridges:<\/p>\n
When users plan to use multiple pipes in parallel, for example, using 2 pipes in parallel laying, please input \"2DN50\".<\/p>\n
When users plan to use multiple cable bridges in parallel, for example, using 2 cable bridges in parallel, please input \"250x50mm\" . At this point, the separation ratio between thin and thick cables only applies to one of them. When the bridge is set to share both thin and thick cables, if only thin or thick cables pass through a certain section of the bridge, the separation ratio does not work.<\/p>\n
Set multiple models<\/span><\/h3>\n
The software supports setting up multiple models of pipe, road-crossing conduit, and cable bridge, with each model separated by the English comma \",\". For example, \"DN32,DN50\". Users can also use formats such as \"DN32-4DN32\", where \"-\" can be replaced with \"~\".<\/p>\n
The software will first sort according to the model size: DN32, 2DN32, 3DN32, 4DN32. Then, based on the user's input of \"Fill rate<\/span>\", \"Max.Nb. Of cables per pipe\", and \"Applicable cable types<\/span>\", the appropriate material model will be selected. When the maximum model size (in this example, 4DN32) entered by the users still does not meet the input values of \"Fill rate<\/span>\" and \"Max.nb. Of cables per pipe<\/span>\", the software will take the model corresponding to the maximum section entered by the users as the final result.<\/p>\n
Click the \"OK\" button, and the software will automatically calculate the number of cables for each route and select the laying model that meets the filling rate based on the set parameters.<\/p>\n
$\"\"$ <\/p>\n
The software can color each cable route, with different colors representing different cable laying types, and the same color representing different thicknesses representing different types of pipe or bridge used under the same laying type.<\/p>\n
The corresponding color legend will be displayed in the upper left corner of the screen, and pressing the \"Tab\" key can switch the displayed level.<\/p>\n
When the mouse is placed on a certain cable route, the software will display the level, \"Segment length<\/span>\", \"Laying type<\/span>\"\uff0c\"Meterial<\/span>\", \"Number of cables<\/span>\" , \"Sum of cable cross-sectional areas<\/span>\" and \"Filling rate\/material upper limit<\/span>\".<\/p>\n
The same information will be displayed in the lower left corner of the screen.<\/p>\n
When the left mouse button is clicked to select a certain route and the right mouse button is clicked, the following dialog box will pop up, where users can set the pipe type or bridge type separately for the selected route.<\/p>\n
The software supports the material normalization function, which is designed for situations where the cable route models of different segments on the same straight line are different. If this function is used, all segmented cable route models on the same line can be set to a unified model, which is the maximum model of segmented cable routes on that line.<\/p>\n
After using the material normalization function, the software will prompt if to apply it to all blocks, and users can choose according to their actual situation.<\/p>\n
After completing the material selection, click the \"End laying material model setting<\/span>\" to exit the current function. <\/p>\n
$\"\"$ <\/p>\n
Set specification for side by side<\/span><\/h3>\n
Click the \"Setting<\/span>\" button to check the specifications of bridges that can be used in parallel.<\/p>\n
$\"\"$ <\/p>\n
According to the specifications, the parameters of the bridge used in parallel (including: \"Fill rate<\/span>\", \"Max.nb. Of cables per pipe<\/span>\", and \"Applicable cable types<\/span>\", \"Set the outer diameter of cable<\/span>\", \"Thin:Thick<\/span>\", etc.) are set according to the main interface settings.<\/p>\n
When the bridge type is set to \"Share<\/span>\" and the \"Thin:Thick<\/span>\" separation ratio is configured, the thin and thick cables will occupy the bridge space according to the following table:<\/p>\n
\n\n\n\n\n\n\n<\/tr>\n\n\n\n\n
No.<\/strong><\/td>\n Bridge type<\/strong><\/td>\n Select applicable cable types<\/strong><\/td>\n Condition<\/strong><\/td>\n Principle of separating In trays<\/strong><\/td>\n<\/tr>\n<\/thead>\n
1<\/strong><\/td>\n Single brideg<\/span><\/td>\n Unlimit<\/span><\/td>\n \/<\/span><\/td>\n 1. Allocate thin and thick cable space according to the ratio.<\/span>
2. Thin cables are allowed to occupy thick cable space.<\/span>
3. Thick cables cannot occupy thin cable space.<\/span><\/td>\n<\/tr>\n
2<\/strong><\/td>\n Two bridges of the same model<\/span><\/td>\n Unlimit<\/span><\/td>\n \/<\/span><\/td>\n 1. One bridge: Allocate space for thick and thin cables according to the principle of \"Single bridge\".<\/span>
2. Another bridge: The split ratio has no effect.<\/span><\/td>\n<\/tr>\n
3<\/strong><\/td>\n Two bridges of different model<\/span><\/td>\n Unlimit + Unlimit<\/span><\/td>\n \/<\/span><\/td>\n 1. Small bridge: Allocate space for thick and thin cables according to the principle of \"Single bridge\".<\/span>
2. Large brideg: The separation ratio does not apply.<\/span><\/td>\n<\/tr>\n
4<\/strong><\/td>\n Two bridges of different model<\/span><\/td>\n Thin cables + Unlimit<\/span><\/td>\n Only thin cables can be placed in all thin cable bridges<\/span><\/td>\n 1. Thin cables only in tray: Only thin cables are placed.<\/span>
2. Unlimited bridge: The separation ratio has no effect<\/span><\/td>\n<\/tr>\n
Only thin cables cannot be placed in all thin cable bridges<\/span><\/td>\n 1. Thin cables only: Only thin cables are allowed.<\/span>
2. Unlimited bridge: The space for thick and thin cables is allocated according to the principle of \"Single bridge\".<\/span><\/td>\n<\/tr>\n
5<\/strong><\/td>\n Two bridges of different model<\/span><\/td>\n Thick cables + Unlimit<\/span><\/td>\n Only thick cables can be placed in all thin cable bridges<\/span><\/td>\n 1. Thick cables only: Only the thick cables are allowed.<\/span>
2. Unlimited bridges: The separation ratio has no effect.<\/span><\/td>\n<\/tr>\n
Only thick cables cannot be placed in all thin cable bridges<\/span><\/td>\n 1. Thick cables only: Only the thick cables are allowed.<\/span>
2. Unlimited bridge: The space for thick and thin cables is allocated according to the principle of \"Single bridge\"<\/span><\/td>\n<\/tr>\n<\/tbody>\n<\/table>\n
Create cable trench when buried or through pipe<\/span><\/h3>\n
When the cable laying type of a certain section is \"Buried\" or \"In pipe\", a cable trench can be created. CAD drawings can be exported, and the length of the cable trench can be counted based on its width and models.<\/p>\n
Thick cables are calculated based on the clear distance between cables, while thin cables are calculated based on the clear distance in the pipe. when thin cables are buried directly, the software calculates the models of the virtual pipe for the thin cable according to \"1.Tube type and filling rate<\/span>\", and then calculates the width of the cable trench.<\/p>\n
<\/p>\n
When thick and thin cables are laid in two separate layers the width of the cable trench L = max(2×L1+n1×d1+(n1-1)×D1, 2×L1+n2×d2+(n2-1)×D2).<\/p>\n
when thick and thin cables are laid in the same layer, the width of the cable trench L = 2×L1+n1×d1+n1×D1+n2×d2+(n2-1)×D2.<\/p>\n
In the equation,<\/p>\n
L1<\/strong> represents the clear distance from the cable to the edge of the trench,<\/p>\n
n1<\/strong> represents the quantity of thick cables,<\/p>\n
d1 <\/strong>represents the outer diameter of thick cables,<\/p>\n
D1<\/strong> represents the clear distance between thick cables,<\/p>\n
n2<\/strong> represents the quantity of thin cable pipes (or virtual pipes),<\/p>\n
d2<\/strong> represents the outer diameter of the thin cable pipes (or virtual pipes),<\/p>\n
D2<\/strong> represents the clear distance of the thin cable pipes (or virtual pipes),<\/p>\n
H1<\/strong> represents the burial depth of a single-layer cable in a cable trench,<\/p>\n
H2<\/strong> represents the buried depth of double-layer or a single-layer cable in a cable trench.<\/p>\n
Create cable bridge<\/span><\/h2>\n
After completing \"Select laying type<\/span>\" and \"Material selection<\/span>\", users can click \"Create cable bridge<\/span>\", and the software can create a bridge model based on the bridge model in the model. (This step can be skipped)<\/p>\n
Select \"Create this block<\/span>\" or \"Create all blocks<\/span>\", and the software will prompt for \"Height above ground<\/span>\", which is the distance from the ground surface to the bottom of the created bridge model. The marked layers of the created bridge in SU are \"CableBridge<\/span>\" and \"CableBridgeCrossSection<\/span>\".<\/p>\n
Note<\/strong>: The software only creates bridge models and cannot create pipe models.<\/p>\n
Clean cable bridge<\/span><\/h2>\n
This function can clear the created bridge models in the selected block or all blocks.<\/p>\n
Clear all laying settings<\/span><\/h2>\n
This function can clear all laying settings in the selected block or all blocks.<\/p>\n
$\"\"$ <\/p>\n
Generate bridge supports<\/span><\/h2>\n
When the cable laying type is cable bridge, cable brideg support can be created. It can be used to create bridge pile positions for fishery PV projects, and is also suitable for creating bridge supports of other types.<\/p>\n
After setting the cable laying type, enter this function through the right-click menu \"Generate bridge Supports<\/span>\". The pop-up window is as follows:<\/p>\n
\"Bridge support spacing<\/span>\": The maximum distance between bridge supports. The software prioritizes the use of the PV bracket's own pile foundation as the bridge support pile, and then places support piles at the starting, ending, intersection and turning points of the route. Finally, support piles are evenly placed in areas where the distance between supports is still not sufficient.<\/p>\n
\"Pile deviation from path threshold<\/span>\": When the distance between the PV support pile foundation and the route is less than this value, it is considered to be on the route, and the bridge can use this pile position.<\/p>\n
\"Distance from transformer<\/span>\": The distance from the created support to the outer contour of the transformer.<\/p>\n
\"Distance from combine devices<\/span>\": When the distance from the endpoint, intersection or inflection point of the route to the outer contour of the combine device is less than the set value, no bridge support will be created.<\/p>\n
\"Distance from road<\/span>\": The distance from the created support to the road.<\/p>\n
\"Distance type<\/span>\": Two forms can be selected: 2D or 3D.<\/p>\n
\"Inflection point angle threshold<\/span>\": When the angle of the turning point is less than the set value, the bridge support is created by default.<\/p>\n
Click \"OK<\/strong>\" to create the bridge support diagram as follows.<\/p>\n
$\"\"$ <\/p>\n
Creation completed, right-click menu:<\/strong><\/p>\n
\"Delete the selected bridge support<\/span>\": After selecting the green support point, it can be deleted. At the same time, users can double-click on the bridge route to add support.<\/p>\n
\"Recalculate this block\/Recalculate all blocks<\/span>\": Parameters can be reset to create bridge supports.<\/p>\n
\"Clear the bridge support of this block\/Clear the bridge support of all blocks<\/span>\": Clear the bridge support.<\/p>\n
\"Export support point coordinates<\/span>\": The exported table is as shown below.<\/p>\n
After creating the bridge support, the support points will be created in CAD by using the \"GDWG<\/strong>\" command, and the layer name will be \"Pole_bridge<\/span>\".<\/p>\n
$\"\"$ <\/p>\n
Material statistics<\/span><\/h2>\n
After completing the \"Select laying type<\/span>\" and \"Material selection<\/span>\", click on \"Material statistics<\/span>\", and the software will count the materials used for cable laying.<\/p>\n
After clicking on \"Material statistics<\/span>\", the following dialog box will pop up, where users can set the length of the vertical section in cable laying. Users can separately set the length margin for \"Horizontal threading of adjacent racks pipes<\/span>\" and the length margin for \"Pipes cross road<\/span>\". The margin coefficient for each laying type can be set separately. Taking the \"Pipes cross road<\/span>\" as an example, the final calculation result is equal to the sum of the length of the pipe route and the length margin in the software multiplied by the margin coefficient.<\/p>\n
The exported table is shown in the following figure, which can separately count the material quantity of each power block, the \"Material calculate table<\/span>\", and the \"Summary<\/span>\" table and \"Total\" table of all block’s material quantities.<\/p>\n
$\"\"$ <\/p>","pure_content":"After completing the drawing of \"Cable route\", the \"Electrical connection\", and the cable list calculation, the software can design cable laying based on the drawn cable routes.\nAfter clicking on \"Trench statistics\", the software displays the results of dividing the power blocks, and at the same time, the bottom left corner of the screen prompts \"Select power block\". At this time, users need to click the left mouse button to select the block for cable laying.\nAfter selecting the block, the software will display the electrical connection result of the selected block and the drawn cable route. Right clicking will bring up the main menu for cable laying design.\nThe cable laying design mainly consists of seven functions: \"Select laying type\", \"Material selection\", \"Create cable bridge\", \"Generate bridge supports\", \"Clear cable bridge\", \"Clear all laying settings\", and \"Material statistics\".\nPress \"ESC\" key to exit the currently selected power block and return to the power block selection interface.\n\nSelect laying type\nClick the left mouse button on \"Select laying type\" in the right-click menu, which defaults to display the laying method of the Share level. Press the \"Tab\" key to switch between displaying the laying type of the \"Thick cable level\" or the \"Thin cable level\". Users can set the laying type for each cable route at the relevant level.\nThere are two main methods for setting the laying type:\nMethod 1: Manual selection or box selection setting: User can use left mouse button to select a certain cable route (or hold down the \"Crtl\" key to select multiple routes), or hold down the left mouse button to box select multiple cable routes directly. After the selection, right-click to bring up the laying selection menu.\nMethod 2: Set default laying type: Right click and click \"Set default laying type\" at any display level. In this mode, the software can uniformly set the laying type for \"String Cable - Portrait\" and \"AC\/DC big cables\".\n\"Share bridge\": After selecting this option, the DC and AC cables will share the cable bridge.\n\"Apply to all blocks\": After selecting this option, the current settings will be applied to all blocks in the model.\nAfter selecting the laying method, the software will color each cable route at each level according to different laying methods, and the legend will be displayed in the upper left corner of the screen.\nAfter creating road, if a cable route passes through the created road, the software will automatically recognize this route as road-crossing conduit and display it in purple in the image\nAfter setting the laying method, click on \"End laying type setting\" to exit the \"Select laying type\" function.\nNote: When using the \"Share bridge\" function, the laying result will be displayed in the \"Share level\", and routes in other levels that are the same as the shared bridge route will be displayed as \"No settings\" status. Similarly, when the \"Share bridge\" function is not used, the \"Share level\" will be displayed as \"No settings\" status.\n\nMaterial selection\nAfter completing the \"Select laying type\", click on \"Material selection\" in the right-click menu of cable laying design to enter the cable laying material selection interface.\n\u00a0 \u00a0 \u00a0 \u00a0 \u00a0\nIn the selection of cable laying materials, users are required to set the \"1.Tube type and filling rate\", \"2.Bridge model and filling rate\", \"3.Cable trench specifications\", \"4.Passing through pipe models and filling rates\"and\"Set the outer diameter of the cable\".\nSet the outer diameter of the cable\nClick on the button of \"Set the outer diameter of the cable\" to modify the outer diameter of the cable models used in this project.\nCalc. filling rate\nClick on the interface \"Calc.filling rate\" to calculate the number of cables based on the type of laying material and filling rate. The filling rate can also be calculated based on the type of laying material and the number of cables.\n\nSet fill rate and Max.Nb. of cables per pipe\nWhen using pipe for cable laying, users can simultaneously set the \"Fill rate\", \"Max.nb. Of cables per pipe\", and \"Applicable cable types\". Only when the currently selected pipe model meets the values input by all three will it be applied.\nThe \"Max.nb. Of cables per pipe\" refers to the number of cables allowed to pass through each pipe. When filled in with the value of \"0\", it indicates no limitation and can be separated by commas in English to correspond to multiple specifications.\n\"Applicable cable types\": When setting only thin cables or thick cables, only the corresponding types of cables are allowed to be laid. When there are no limitation, both thick and thin cables can be used.\nWhen using cable bridge, users can simultaneously set \"Fill rate\", \"Max.nb. Of cables per pipe\", \"Applicable cable types\", \"Maximum outer diameter\", etc. Only when the currently selected cable bridge model meets the input values will it be applied.\n\"Maximum outer diameter\": The outer diameter of the thickest cable allowed to be placed on the bridge frame. When it is set as \"0\", it means there is no limitation and the software selects cables based on their outer diameter not exceeding the height of the cable bridge.\nSet laying type in parallel\nThe software supports setting laying type in parallel of multiple pipes or cable bridges:\nWhen users plan to use multiple pipes in parallel, for example, using 2 pipes in parallel laying, please input \"2DN50\".\nWhen users plan to use multiple cable bridges in parallel, for example, using 2 cable bridges in parallel, please input \"250x50mm\" . At this point, the separation ratio between thin and thick cables only applies to one of them. When the bridge is set to share both thin and thick cables, if only thin or thick cables pass through a certain section of the bridge, the separation ratio does not work.\nSet multiple models\nThe software supports setting up multiple models of pipe, road-crossing conduit, and cable bridge, with each model separated by the English comma \",\". For example, \"DN32,DN50\". Users can also use formats such as \"DN32-4DN32\", where \"-\" can be replaced with \"~\".\nThe software will first sort according to the model size: DN32, 2DN32, 3DN32, 4DN32. Then, based on the user's input of \"Fill rate\", \"Max.Nb. Of cables per pipe\", and \"Applicable cable types\", the appropriate material model will be selected. When the maximum model size (in this example, 4DN32) entered by the users still does not meet the input values of \"Fill rate\" and \"Max.nb. Of cables per pipe\", the software will take the model corresponding to the maximum section entered by the users as the final result.\nClick the \"OK\" button, and the software will automatically calculate the number of cables for each route and select the laying model that meets the filling rate based on the set parameters.\n\nThe software can color each cable route, with different colors representing different cable laying types, and the same color representing different thicknesses representing different types of pipe or bridge used under the same laying type.\nThe corresponding color legend will be displayed in the upper left corner of the screen, and pressing the \"Tab\" key can switch the displayed level.\nWhen the mouse is placed on a certain cable route, the software will display the level, \"Segment length\", \"Laying type\"\uff0c\"Meterial\", \"Number of cables\" , \"Sum of cable cross-sectional areas\" and \"Filling rate\/material upper limit\".\nThe same information will be displayed in the lower left corner of the screen.\nWhen the left mouse button is clicked to select a certain route and the right mouse button is clicked, the following dialog box will pop up, where users can set the pipe type or bridge type separately for the selected route.\nThe software supports the material normalization function, which is designed for situations where the cable route models of different segments on the same straight line are different. If this function is used, all segmented cable route models on the same line can be set to a unified model, which is the maximum model of segmented cable routes on that line.\nAfter using the material normalization function, the software will prompt if to apply it to all blocks, and users can choose according to their actual situation.\nAfter completing the material selection, click the \"End laying material model setting\" to exit the current function.\u00a0\n\nSet specification for side by side\nClick the \"Setting\" button to check the specifications of bridges that can be used in parallel.\n\nAccording to the specifications, the parameters of the bridge used in parallel (including: \"Fill rate\", \"Max.nb. Of cables per pipe\", and \"Applicable cable types\", \"Set the outer diameter of cable\", \"Thin:Thick\", etc.) are set according to the main interface settings.\nWhen the bridge type is set to \"Share\" and the \"Thin:Thick\" separation ratio is configured, the thin and thick cables will occupy the bridge space according to the following table:\n\n\n\n No.\n Bridge type\n Select applicable cable types\n Condition\n Principle of separating In trays\n\n\n\n\n 1\n Single brideg\n Unlimit\n \/\n 1. Allocate thin and thick cable space according to the ratio.2. Thin cables are allowed to occupy thick cable space.3. Thick cables cannot occupy thin cable space.\n\n\n 2\n Two bridges of the same model\n Unlimit\n \/\n 1. One bridge: Allocate space for thick and thin cables according to the principle of \"Single bridge\".2. Another bridge: The split ratio has no effect.\n\n\n 3\n Two bridges of different model\n Unlimit + Unlimit\n \/\n 1. Small bridge: Allocate space for thick and thin cables according to the principle of \"Single bridge\".2. Large brideg: The separation ratio does not apply.\n\n\n\n 4\n Two bridges of different model\n Thin cables + Unlimit\n Only thin cables can be placed in all thin cable bridges\n 1. Thin cables only in tray: Only thin cables are placed.2. Unlimited bridge: The separation ratio has no effect\n\n\n Only thin cables cannot be placed in all thin cable bridges\n 1. Thin cables only: Only thin cables are allowed.2. Unlimited bridge: The space for thick and thin cables is allocated according to the principle of \"Single bridge\".\n\n\n 5\n Two bridges of different model\n Thick cables + Unlimit\n Only thick cables can be placed in all thin cable bridges\n 1. Thick cables only: Only the thick cables are allowed.2. Unlimited bridges: The separation ratio has no effect.\n\n\n Only thick cables cannot be placed in all thin cable bridges\n 1. Thick cables only: Only the thick cables are allowed.2. Unlimited bridge: The space for thick and thin cables is allocated according to the principle of \"Single bridge\"\n\n\n\nCreate cable trench when buried or through pipe\nWhen the cable laying type of a certain section is \"Buried\" or \"In pipe\", a cable trench can be created. CAD drawings can be exported, and the length of the cable trench can be counted based on its width and models.\nThick cables are calculated based on the clear distance between cables, while thin cables are calculated based on the clear distance in the pipe. when thin cables are buried directly, the software calculates the models of the virtual pipe for the thin cable according to \"1.Tube type and filling rate\", and then calculates the width of the cable trench.\n\nWhen thick and thin cables are laid in two separate layers the width of the cable trench L = max(2\u00d7L1+n1\u00d7d1+(n1-1)\u00d7D1, 2\u00d7L1+n2\u00d7d2+(n2-1)\u00d7D2).\nwhen thick and thin cables are laid in the same layer, the width of the cable trench L = 2\u00d7L1+n1\u00d7d1+n1\u00d7D1+n2\u00d7d2+(n2-1)\u00d7D2.\nIn the equation,\nL1 represents the clear distance from the cable to the edge of the trench,\nn1 represents the quantity of thick cables,\nd1 represents the outer diameter of thick cables,\nD1 represents the clear distance between thick cables,\nn2 represents the quantity of thin cable pipes (or virtual pipes),\nd2 represents the outer diameter of the thin cable pipes (or virtual pipes),\nD2 represents the clear distance of the thin cable pipes (or virtual pipes),\nH1 represents the burial depth of a single-layer cable in a cable trench,\nH2 represents the buried depth of double-layer or a single-layer cable in a cable trench.\nCreate cable bridge\nAfter completing \"Select laying type\" and \"Material selection\", users can click \"Create cable bridge\", and the software can create a bridge model based on the bridge model in the model. (This step can be skipped)\nSelect \"Create this block\" or \"Create all blocks\", and the software will prompt for \"Height above ground\", which is the distance from the ground surface to the bottom of the created bridge model. The marked layers of the created bridge in SU are \"CableBridge\" and \"CableBridgeCrossSection\".\nNote: The software only creates bridge models and cannot create pipe models.\nClean cable bridge\nThis function can clear the created bridge models in the selected block or all blocks.\nClear all laying settings\nThis function can clear all laying settings in the selected block or all blocks.\n\nGenerate bridge supports\nWhen the cable laying type is cable bridge, cable brideg support can be created. It can be used to create bridge pile positions for fishery PV projects, and is also suitable for creating bridge supports of other types.\nAfter setting the cable laying type, enter this function through the right-click menu \"Generate bridge Supports\". The pop-up window is as follows:\n\"Bridge support spacing\": The maximum distance between bridge supports. The software prioritizes the use of the PV bracket's own pile foundation as the bridge support pile, and then places support piles at the starting, ending, intersection and turning points of the route. Finally, support piles are evenly placed in areas where the distance between supports is still not sufficient.\n\"Pile deviation from path threshold\": When the distance between the PV support pile foundation and the route is less than this value, it is considered to be on the route, and the bridge can use this pile position.\n\"Distance from transformer\": The distance from the created support to the outer contour of the transformer.\n\"Distance from combine devices\": When the distance from the endpoint, intersection or inflection point of the route to the outer contour of the combine device is less than the set value, no bridge support will be created.\n\"Distance from road\": The distance from the created support to the road.\n\"Distance type\": Two forms can be selected: 2D or 3D.\n\"Inflection point angle threshold\": When the angle of the turning point is less than the set value, the bridge support is created by default.\nClick \"OK\" to create the bridge support diagram as follows.\n\nCreation completed, right-click menu:\n\"Delete the selected bridge support\": After selecting the green support point, it can be deleted. At the same time, users can double-click on the bridge route to add support.\n\"Recalculate this block\/Recalculate all blocks\": Parameters can be reset to create bridge supports.\n\"Clear the bridge support of this block\/Clear the bridge support of all blocks\": Clear the bridge support.\n\"Export support point coordinates\": The exported table is as shown below.\nAfter creating the bridge support, the support points will be created in CAD by using the \"GDWG\" command, and the layer name will be \"Pole_bridge\".\n\nMaterial statistics\nAfter completing the \"Select laying type\" and \"Material selection\", click on \"Material statistics\", and the software will count the materials used for cable laying.\nAfter clicking on \"Material statistics\", the following dialog box will pop up, where users can set the length of the vertical section in cable laying. Users can separately set the length margin for \"Horizontal threading of adjacent racks pipes\" and the length margin for \"Pipes cross road\". The margin coefficient for each laying type can be set separately. Taking the \"Pipes cross road\" as an example, the final calculation result is equal to the sum of the length of the pipe route and the length margin in the software multiplied by the margin coefficient.\nThe exported table is shown in the following figure, which can separately count the material quantity of each power block, the \"Material calculate table\", and the \"Summary\" table and \"Total\" table of all block\u2019s material quantities.","is_draft":"0","editor_type":"3","file_path":"","add_time":"1770022493","update_time":"1773919991"},"pure_content":"After completing the drawing of \"Cable route\", the \"Electrical connection\", and the cable list calculation, the software can design cable laying based on the drawn cable routes.\nAfter clicking on \"Tr"},{"id":"716295","string_id":"PlOYZYtz","status":"1","parent_id":"713812","slug":"7-7-Exporting-Drawings","order":"6","name":"Export dwg","type":"2","cover":"","cover_alt":"","desc":null,"website":"","contact":"","seo_title":"","seo_keyword":"","seo_desc":"","share_switch":"0","share_code":"","author":"","published_time":"1770023125","add_time":"1770022492","update_time":"1773198793","corp_auth_id":"0","verify_code_auth_id":"0","editor_type":"3","file_type":"","auth_id":"[\"716295\", \"713812\", \"708581\"]","content":{"content_id":"716295","content":"
$\"\"$ <\/p>\n
Click the \"Export dwg<\/span>\" button in the toolbar, and in the pop-up dialog box, you can choose \"Export 2D layout\" or \"Export SLD<\/span>\".<\/p>\n
<\/p>\n
Exporting 2D layout<\/span><\/h2>\n
Select \"Export 2D layout<\/span>\" and set the \"Settings<\/span>\" first:<\/p>\n
<\/p>\n
Settings is divided into four modules: \"Export items<\/span>\", \"Export polylines from SU layers<\/span>\", \"Post settings<\/span>\", and \"Generate CAD layout viewport extents\"<\/span><\/span>.<\/p>\n
Export items<\/span><\/h3>\n
The user can check the export item according to the demand. See the following table for the name and meanings of the layer of each export:<\/p>\n
\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n
classification<\/strong><\/td>\n layer name<\/strong><\/td>\n Description<\/strong><\/td>\n<\/tr>\n<\/thead>\n
Array and strings<\/strong><\/td>\n Array_XX<\/span><\/td>\n Array<\/span><\/td>\n<\/tr>\n
Array_XX_name<\/span><\/td>\n Tag of Array<\/span><\/td>\n<\/tr>\n
Array_XX_str<\/span><\/td>\n PV string<\/span><\/td>\n<\/tr>\n
Array_XX_strname<\/span><\/td>\n PV string Tag<\/span><\/td>\n<\/tr>\n
Array_statistics<\/span><\/td>\n Count Table of Array<\/span><\/td>\n<\/tr>\n
Array_pitch<\/span><\/td>\n Pitch and Clear pitch of Array<\/span><\/td>\n<\/tr>\n
Array_slope_tilt_azimuth<\/span><\/td>\n Array base slope, Nom. tilt and azimuth<\/span><\/td>\n<\/tr>\n
Terrain_slope<\/span><\/td>\n Information of Terrain faces where Array is located<\/span><\/td>\n<\/tr>\n
Terrain_slope_along_array_width<\/span><\/td>\n Terrain slope along array's width<\/span><\/td>\n<\/tr>\n
Array_virtual_module_str<\/span><\/td>\n The array is connected in series with photovoltaics according to PV module Combine<\/span><\/td>\n<\/tr>\n
Array_virtual_module_strname<\/span><\/td>\n The array is Tag according to the photovoltaic string of PV module Combine<\/span><\/td>\n<\/tr>\n
PV_module<\/span><\/td>\n PV module<\/span><\/td>\n<\/tr>\n
SU_Line_Array<\/span><\/td>\n Array Projection outer frame line (Parallelogram)<\/span><\/td>\n<\/tr>\n
SU_Line_PV_module<\/span><\/td>\n PV module Projection outline (Parallelogram)<\/span><\/td>\n<\/tr>\n
Pile position and coordinates<\/strong><\/td>\n Array_center_name<\/span><\/td>\n Center coordinates of Array<\/span><\/td>\n<\/tr>\n
Pole<\/span><\/td>\n Pile position<\/span><\/td>\n<\/tr>\n
PoleName<\/span><\/td>\n Post coordinate<\/span><\/td>\n<\/tr>\n
Pole_bridge<\/span><\/td>\n In tray support Pile position<\/span><\/td>\n<\/tr>\n
Pole_bridgename<\/span><\/td>\n Post coordinate of in tray support<\/span><\/td>\n<\/tr>\n
Soft_pole<\/span><\/td>\n Flexible Rack Pile position<\/span><\/td>\n<\/tr>\n
Soft_pole_angle<\/span><\/td>\n Angle of wire rope of flexible Rack<\/span><\/td>\n<\/tr>\n
Soft_pole_bolt<\/span><\/td>\n Flexible Rack Bolts Pile position<\/span><\/td>\n<\/tr>\n
Soft_pole_bottom_elevation<\/span><\/td>\n Column bottom elevation of flexible Rack<\/span><\/td>\n<\/tr>\n
Soft_pole_side<\/span><\/td>\n Pile position of End pile of flexible Rack<\/span><\/td>\n<\/tr>\n
Soft_pole_code<\/span><\/td>\n Flexible Rack Pile position Tag<\/span><\/td>\n<\/tr>\n
Soft_pole_name<\/span><\/td>\n Flexible brace post coordinate<\/span><\/td>\n<\/tr>\n
Soft_pole_length<\/span><\/td>\n Pile length of flexible Rack<\/span><\/td>\n<\/tr>\n
Soft_pole_length_type<\/span><\/td>\n Pile position of flexible Rack is Tag according to Pile length<\/span><\/td>\n<\/tr>\n
Cable<\/strong><\/td>\n Module_index<\/span><\/td>\n The array is based on the Tag of the internal PV module in the photovoltaic string of PV module Combine<\/span><\/td>\n<\/tr>\n
Module_to_string<\/span><\/td>\n The array is connected to Connection inside the photovoltaic string according to the PV module Combine<\/span><\/td>\n<\/tr>\n
Cable1<\/span><\/td>\n Thin cables (String Cable)<\/span><\/td>\n<\/tr>\n
Cable1name<\/span><\/td>\n Thin cables Tag<\/span><\/td>\n<\/tr>\n
Cable2<\/span><\/td>\n Thick cables (L1 devices Cable)<\/span><\/td>\n<\/tr>\n
Cable2name<\/span><\/td>\n L1 devices Cable No<\/span><\/td>\n<\/tr>\n
Cable3<\/span><\/td>\n Thick cables (L2 devices Cable)<\/span><\/td>\n<\/tr>\n
Cable3name<\/span><\/td>\n L2 devices Cable No<\/span><\/td>\n<\/tr>\n
Cable485<\/span><\/td>\n Communication line Cable<\/span><\/td>\n<\/tr>\n
Cable485name<\/span><\/td>\n Communication line Cable No<\/span><\/td>\n<\/tr>\n
Cable_MV<\/span><\/td>\n MV cable<\/span><\/td>\n<\/tr>\n
Cable_MVname<\/span><\/td>\n MV cable Tag<\/span><\/td>\n<\/tr>\n
Medium voltage connection diagram<\/strong><\/td>\n MV_point_link<\/span><\/td>\n Medium voltage connection<\/span><\/td>\n<\/tr>\n
Cable route<\/strong><\/td>\n Trench<\/span><\/td>\n Cable route<\/span><\/td>\n<\/tr>\n
Trenchname<\/span><\/td>\n Cable route Tag<\/span><\/td>\n<\/tr>\n
Avai. & Restr. & PV Zones<\/strong><\/td>\n Available_area<\/span><\/td>\n Available area<\/span><\/td>\n<\/tr>\n
Restricted_area<\/span><\/td>\n Restricted area<\/span><\/td>\n<\/tr>\n
PVarea<\/span><\/td>\n Range line of PV zone<\/span><\/td>\n<\/tr>\n
PVareaname<\/span><\/td>\n PV zone information<\/span><\/td>\n<\/tr>\n
Shadow area<\/strong><\/td>\n Shading_range<\/span><\/td>\n Object shadow range<\/span><\/td>\n<\/tr>\n
Array_shadow_XYZ_ABC<\/span><\/td>\n The Projection shadow blocking shape of the Array in the front row versus the Array in the back row at ABC Time on Date XYZ<\/span><\/td>\n<\/tr>\n
Terrain_shadow_0m_XYZ_ABC<\/span><\/td>\n After adjusting the Height above ground of the Array to 0m, the shadow of the Array on the Terrain at ABC Time on Date XYZ<\/span><\/td>\n<\/tr>\n
Terrain_shadow_XYZ_ABC<\/span><\/td>\n Shadow of Array on Terrain at ABC Time on Date XYZ<\/span><\/td>\n<\/tr>\n
Cable Laying<\/strong><\/td>\n Cable_laying1<\/span><\/td>\n Thin cables Cable Laying Mark<\/span><\/td>\n<\/tr>\n
Cable_laying2<\/span><\/td>\n Thick cables Cable Laying Mark<\/span><\/td>\n<\/tr>\n
Cable_laying_bom<\/span><\/td>\n Statistics of cable laying materials<\/span><\/td>\n<\/tr>\n
Grounding<\/strong><\/td>\n H_grounding_main<\/span><\/td>\n Grounding Gird - main Grounding Gird<\/span><\/td>\n<\/tr>\n
H_grounding_main_trans<\/span><\/td>\n Grounding Gird - Containerized Transformer Grounding Gird and connection line between Containerized Transformer Grounding Gird and main Grounding Gird<\/span><\/td>\n<\/tr>\n
H_grounding_array_to_main<\/span><\/td>\n Connection line between Grounding Gird - Array and main Grounding Gird<\/span><\/td>\n<\/tr>\n
H_grounding_arrays<\/span><\/td>\n Grounding Gird - Array and Array connection line (Overhead)<\/span><\/td>\n<\/tr>\n
H_grounding_arrays_ground<\/span><\/td>\n Grounding Gird - Array and Array connection line (grounding)<\/span><\/td>\n<\/tr>\n
H_grounding_point1<\/span><\/td>\n Connection point between Grounding Gird - Array and main Grounding Gird<\/span><\/td>\n<\/tr>\n
H_grounding_point2<\/span><\/td>\n Grounding Gird - connection point between Array and Array (grounding)<\/span><\/td>\n<\/tr>\n
H_grounding_point3<\/span><\/td>\n Grounding Gird - main Grounding Gird connection point<\/span><\/td>\n<\/tr>\n
H_grounding_road<\/span><\/td>\n Grounding grid - grounding wire passing through in pipe<\/span><\/td>\n<\/tr>\n
V_grounding<\/span><\/td>\n Vertical ground electrode<\/span><\/td>\n<\/tr>\n
V_grounding_name<\/span><\/td>\n Vertical ground electrode coordinates<\/span><\/td>\n<\/tr>\n
Grounding_txt<\/span><\/td>\n Count Table of Grounding material<\/span><\/td>\n<\/tr>\n
Loss and radiation of Array<\/strong><\/td>\n Loss and radiation<\/span><\/td>\n Radiation Loss of Array and radiation received by Array surface<\/span><\/td>\n<\/tr>\n
Array pitch<\/strong><\/td>\n Array_pitch<\/span><\/td>\n Pitch of Array<\/span><\/td>\n<\/tr>\n
Assist analysis color<\/strong><\/td>\n Terrain_color<\/span><\/td>\n Coloring faces coloring<\/span><\/td>\n<\/tr>\n
Slope and hill-shading<\/strong><\/td>\n Slope_and_hill-shading_color<\/span><\/td>\n Mountains and Hill-shading analysis coloring<\/span><\/td>\n<\/tr>\n
Generate cable laying trench based on cable routing<\/strong><\/td>\n Trench_back<\/span><\/td>\n The Generate Cable route according to the Cable routing is the PV cable Path laid along the back of the Array<\/span><\/td>\n<\/tr>\n
Trench_ground<\/span><\/td>\n According to the Generate Cable route of Cable routing, it is the Cable route of Buried laying<\/span><\/td>\n<\/tr>\n
Trench_road<\/span><\/td>\n According to the Generate Cable route of Cable routing, it is the Cable route laid through the path<\/span><\/td>\n<\/tr>\n
Slope analysis Color<\/strong><\/td>\n All_valid_Aspect_color<\/span><\/td>\n Aspect analysis coloring - for all mountains in available range<\/span><\/td>\n<\/tr>\n
Terrain_Aspect_color<\/span><\/td>\n Coloring of Aspect analysis - effective for Only slope analysis valid<\/span><\/td>\n<\/tr>\n
Terrain_Sun_Aspect_color<\/span><\/td>\n Aspect analysis coloring - effective for Both shading and slope analysis valid<\/span><\/td>\n<\/tr>\n
All_valid_Slope_color<\/span><\/td>\n Natural slope Analyze coloring - for all mountains in available range<\/span><\/td>\n<\/tr>\n
Terrain_Slope_color<\/span><\/td>\n Natural slope Analyze coloring - effective for Only slope analysis valid<\/span><\/td>\n<\/tr>\n
Terrain_Sun_Slope_color<\/span><\/td>\n Natural slope Analyze coloring - effective for Both shading and slope analysis valid<\/span><\/td>\n<\/tr>\n
All_valid_EW_slope_color<\/span><\/td>\n E-W slope Analyze coloring - for all mountains in available range<\/span><\/td>\n<\/tr>\n
Terrain_EW_slope_color<\/span><\/td>\n E-W slope Analyze coloring - effective for Only slope analysis valid<\/span><\/td>\n<\/tr>\n
Terrain_Sun_EW_slope_color<\/span><\/td>\n E-W slope Analyze coloring - effective for Both shading and slope analysis valid<\/span><\/td>\n<\/tr>\n
All_valid_NS_slope_color<\/span><\/td>\n Analyze coloring of N-S slope - for all mountains in available range<\/span><\/td>\n<\/tr>\n
Terrain_NS_slope_color<\/span><\/td>\n N-S slope Analyze coloring - effective for Only slope analysis valid<\/span><\/td>\n<\/tr>\n
Terrain_Sun_NS_slope_color<\/span><\/td>\n Analyze coloring of N-S slope - effective for Both shading and slope analysis valid<\/span><\/td>\n<\/tr>\n
Fence<\/strong><\/td>\n Fence_line<\/span><\/td>\n Fence<\/span><\/td>\n<\/tr>\n
Thick cables shall be Mark separately when it is laid h<\/strong><\/td>\n Cable2_trench<\/span><\/td>\n Thick cables (L1 devices Cable) laying Path<\/span><\/td>\n<\/tr>\n
Cable2_trench_name<\/span><\/td>\n Quantity and specifications Mark of Thick cables (L1 devices Cable)<\/span><\/td>\n<\/tr>\n<\/tbody>\n<\/table>\n\n\n\n
\n
Tips\uff1a<\/em><\/span><\/p>\n
\n
To Export \"Array Loss and radiation\", analyze arrays shading loss needs to be carried out in the software first.<\/em><\/span><\/li>\n
To export \"Assist analysis color\", coloring faces needs to be performed first in create zones.<\/em><\/span><\/li>\n
If it is necessary to export the layer related to cable, the necessary operate such as divide of block and combine shall be carried out in the software first.<\/em><\/span><\/li>\n<\/ul>\n<\/td>\n<\/tr>\n<\/thead>\n<\/table>\n
Export polylines from SU layers<\/span><\/h3>\n
In addition to the above layer, if you need to export Layer existing in other SU, such as Candela - coordinate origin, you can select a layer in the drop-down menu.<\/p>\n
<\/p>\n
Post settings<\/span><\/h3>\n
It can only be used when \"Pile position and Coordinate<\/span>\" is check in \"Export items<\/span>\", and the user can select check or not according to the demand.<\/p>\n
<\/p>\n
Generate CAD layout viewport extents<\/span><\/h3>\n
Click \"Export<\/span>\" to bring up the save path selection dialog box, and the model data will be exported as a *. c2c file. This file can be generated in CAD using the CAD plugin provided with Candela3D (file name Candela3D_CD_plugin.dll) to create CAD drawings. The specific method is as follows:<\/p>\n
Method 1<\/strong>: Create a new CAD file and load the plugin in CAD. Refer to the \"CAD Plugin Loading\" chapter for the loading method.<\/p>\n
**Method 2<\/strong>:Enter the gdwg command in the CAD interface, select the previously exported *. c2c file in the pop-up dialog box, click OK, and complete the import process.<\/p>\n
The imported effect is shown in the following figure.<\/p>\n
<\/p>\n
If the \"origin coordinates<\/span>\" have been correctly set, the generated array will not be offset. Otherwise, check if the \"origin coordinates<\/span>\" are set correctly.<\/p>\n
Cable laying diagram<\/span><\/h2>\n
For projects that have completed the \"Cable Laying Statistics<\/span>\", after generating drawings using the GDWG command, the following prompt will pop up:<\/p>\n
$\"1\"$ <\/p>\n
If \"Yes\" is selected, after setting the drawing scale, the software will use the layout function in CAD to generate cable laying diagrams for each power block separately.<\/p>\n
<\/p>\n
Users can change the default frame according to their actual needs, and change the path to the following path in the loading folder of the CAD plugin (taking autocad2020 as an example) Autocad \\ 2020 \\ plugins \\ Candela3D \\ frame. Note that when replacing, it is necessary to keep the origin position of the frame unchanged.<\/strong><\/p>\n**
If some cable paths are missing or there are redundant arrays, you need to adjust the outline of the \"power block\" in the dwg file model, and refresh it with the command \"Update layout viewport in cad cable layout drawing\" in the cad plug-in.<\/p>\n
The length unit of imported and exported flat CAD drawings is feet, etc.<\/span><\/h2>\n
At this point, the export interface should select the corresponding length unit (such as feet), and at the same time:<\/p>\n
\n
Project Settings - When setting the origin, the length unit should also be set to (e.g. feet)<\/li>\n
At the beginning of importing DWG, the \"Options\" should also be set to (e.g. feet)<\/li>\n<\/ul>\n
Export SLD<\/span><\/h2>\n
Before exporting the electrical system diagram, the users needs to set the PV module model for the array in \"Create Array<\/span>\" (specifically for reverse-imported projects).<\/p>\n
<\/p>\n
Select \"Export SLD<\/span>\", then configure the \"Settings<\/span>\" as needed. After completing the settings, click the \"Ok\" button to apply the changes.<\/p>\n
<\/p>\n
Click 'Export<\/span>' to bring up the save path selection dialog box, and the model data will be exported as a .json file. This file can be generated in CAD using the CAD plugin provided with Candela3D (file name Candela3D_CD_plugin.dll) to create electrical system drawings. The specific method is as follows:<\/p>\n
Method 1<\/strong>: Create a new CAD file and load the plugin in CAD. Refer to the \"CAD Plugin Loading\" chapter for the loading method.<\/span><\/p>\n
Method 2<\/strong>:Enter the ELECTRALSYSTEMDRAWING <\/strong>command in the CAD interface (or select \"Generate Electrical System Diagram\" from the CAD menu), select the previously exported .json file in the pop-up dialog box, click OK to complete the import process, and the software will draw electrical system diagrams for each unit separately.<\/p>\n
The drawn effect is shown in the following figure.<\/p>\n
<\/p>\n
Exporting 3D CAD Drawings<\/span><\/h2>\n
Users can export the 3D model in SU - File menu - Export, select DWG format, and export. Please open the layers that need to be exported in the \"Tag<\/strong>\" toolbar on the right.<\/p>\n
<\/p>\n
The exported CAD file like following:<\/p>\n
<\/p>\n
Export \".kmz\" file to Google Earth<\/span><\/h2>\n
Step 1<\/strong>: Please add geographic location, and the input latitude and longitude should be consistent with the origin latitude and longitude in the SU map.<\/p>\n
<\/p>\n
Step 2<\/strong>: Please close the \"Flat Site<\/span>\" layer and open the \"Elevated Site\"laye.<\/p>\n
<\/p>\n
Step 3<\/strong>: Please use the \"pencil\" tool to find any point on the terrain surface, and draw two parallel lines along the positive and negative directions of the z-axis. Pay special attention to the intersection of the line along the negative direction of the z-axis with the \"Location Terrain\" layer.<\/p>\n
<\/p>\n
Step 4<\/strong>: Please select the models that need to be imported into Google Earth and put them into a group.<\/p>\n
<\/p>\n
Step 5<\/strong>: Please use the \"move\" tool (Hotkey 1: \"M<\/strong>\") to move the group from point to point \u2460 to point \u2461.<\/p>\n
<\/p>\n
Step 6<\/strong>: Please close the \"Elevated Site<\/span>\" layer and \"Terrain<\/span>\" layer, and delete the line created in step 3.<\/p>\n
<\/p>\n
Step 7<\/strong>: Please click on \"File<\/span>\" - \"Export<\/span>\" -\"3D Model<\/span>\" in the menu bar, select Google Earth files (\"kmz\") to export Google Earth files, and open the file directly using Google Earth.<\/p>\n
The terrain accuracy created by contour lines is higher than that of the model in Google Earth , which may result in array s not fitting well with the terrain. Users can move the created group along the z-axis in SketchUp and observe it from a top view in Google Earth<\/p>\n
<\/p>\n
$\"\u56fe\u72473\"$ <\/p>","pure_content":"Click the \"Export dwg\" button in the toolbar, and in the pop-up dialog box, you can choose \"Export 2D layout\" or \"Export SLD\".\n\nExporting 2D layout\nSelect \"Export 2D layout\" and set the \"Settings\" first:\n\nSettings is divided into four modules: \"Export items\", \"Export polylines from SU layers\", \"Post settings\", and \"Generate CAD layout viewport extents\".\nExport items\nThe user can check the export item according to the demand. See the following table for the name and meanings of the layer of each export:\n\n\n\n classification\n layer name\n Description\n\n\n\n\n Array and strings\n Array_XX\n Array\n\n\n Array_XX_name\n Tag of Array\n\n\n Array_XX_str\n PV string\n\n\n Array_XX_strname\n PV string Tag\n\n\n Array_statistics\n Count Table of Array\n\n\n Array_pitch\n Pitch and Clear pitch of Array\n\n\n Array_slope_tilt_azimuth\n Array base slope, Nom. tilt and azimuth\n\n\n Terrain_slope\n Information of Terrain faces where Array is located\n\n\n Terrain_slope_along_array_width\n Terrain slope along array's width\n\n\n Array_virtual_module_str\n The array is connected in series with photovoltaics according to PV module Combine\n\n\n Array_virtual_module_strname\n The array is Tag according to the photovoltaic string of PV module Combine\n\n\n PV_module\n PV module\n\n\n SU_Line_Array\n Array Projection outer frame line (Parallelogram)\n\n\n SU_Line_PV_module\n PV module Projection outline (Parallelogram)\n\n\n Pile position and coordinates\n Array_center_name\n Center coordinates of Array\n\n\n Pole\n Pile position\n\n\n PoleName\n Post coordinate\n\n\n Pole_bridge\n In tray support Pile position\n\n\n Pole_bridgename\n Post coordinate of in tray support\n\n\n Soft_pole\n Flexible Rack Pile position\n\n\n Soft_pole_angle\n Angle of wire rope of flexible Rack\n\n\n Soft_pole_bolt\n Flexible Rack Bolts Pile position\n\n\n Soft_pole_bottom_elevation\n Column bottom elevation of flexible Rack\n\n\n Soft_pole_side\n Pile position of End pile of flexible Rack\n\n\n Soft_pole_code\n Flexible Rack Pile position Tag\n\n\n Soft_pole_name\n Flexible brace post coordinate\n\n\n Soft_pole_length\n Pile length of flexible Rack\n\n\n Soft_pole_length_type\n Pile position of flexible Rack is Tag according to Pile length\n\n\n Cable\n Module_index\n The array is based on the Tag of the internal PV module in the photovoltaic string of PV module Combine\n\n\n Module_to_string\n The array is connected to Connection inside the photovoltaic string according to the PV module Combine\n\n\n Cable1\n Thin cables (String Cable)\n\n\n Cable1name\n Thin cables Tag\n\n\n Cable2\n Thick cables (L1 devices Cable)\n\n\n Cable2name\n L1 devices Cable No\n\n\n Cable3\n Thick cables (L2 devices Cable)\n\n\n Cable3name\n L2 devices Cable No\n\n\n Cable485\n Communication line Cable\n\n\n Cable485name\n Communication line Cable No\n\n\n Cable_MV\n MV cable\n\n\n Cable_MVname\n MV cable Tag\n\n\n Medium voltage connection diagram\n MV_point_link\n Medium voltage connection\n\n\n Cable route\n Trench\n Cable route\n\n\n Trenchname\n Cable route Tag\n\n\n Avai. & Restr. & PV Zones\n Available_area\n Available area\n\n\n Restricted_area\n Restricted area\n\n\n PVarea\n Range line of PV zone\n\n\n PVareaname\n PV zone information\n\n\n Shadow area\n Shading_range\n Object shadow range\n\n\n Array_shadow_XYZ_ABC\n The Projection shadow blocking shape of the Array in the front row versus the Array in the back row at ABC Time on Date XYZ\n\n\n Terrain_shadow_0m_XYZ_ABC\n After adjusting the Height above ground of the Array to 0m, the shadow of the Array on the Terrain at ABC Time on Date XYZ\n\n\n Terrain_shadow_XYZ_ABC\n Shadow of Array on Terrain at ABC Time on Date XYZ\n\n\n Cable Laying\n Cable_laying1\n Thin cables Cable Laying Mark\n\n\n Cable_laying2\n Thick cables Cable Laying Mark\n\n\n Cable_laying_bom\n Statistics of cable laying materials\n\n\n Grounding\n H_grounding_main\n Grounding Gird - main Grounding Gird\n\n\n H_grounding_main_trans\n Grounding Gird - Containerized Transformer Grounding Gird and connection line between Containerized Transformer Grounding Gird and main Grounding Gird\n\n\n H_grounding_array_to_main\n Connection line between Grounding Gird - Array and main Grounding Gird\n\n\n H_grounding_arrays\n Grounding Gird - Array and Array connection line (Overhead)\n\n\n H_grounding_arrays_ground\n Grounding Gird - Array and Array connection line (grounding)\n\n\n H_grounding_point1\n Connection point between Grounding Gird - Array and main Grounding Gird\n\n\n H_grounding_point2\n Grounding Gird - connection point between Array and Array (grounding)\n\n\n H_grounding_point3\n Grounding Gird - main Grounding Gird connection point\n\n\n H_grounding_road\n Grounding grid - grounding wire passing through in pipe\n\n\n V_grounding\n Vertical ground electrode\n\n\n V_grounding_name\n Vertical ground electrode coordinates\n\n\n Grounding_txt\n Count Table of Grounding material\n\n\n Loss and radiation of Array\n Loss and radiation\n Radiation Loss of Array and radiation received by Array surface\n\n\n Array pitch\n Array_pitch\n Pitch of Array\n\n\n Assist analysis color\n Terrain_color\n Coloring faces coloring\n\n\n Slope and hill-shading\n Slope_and_hill-shading_color\n Mountains and Hill-shading analysis coloring\n\n\n Generate cable laying trench based on cable routing\n Trench_back\n The Generate Cable route according to the Cable routing is the PV cable Path laid along the back of the Array\n\n\n Trench_ground\n According to the Generate Cable route of Cable routing, it is the Cable route of Buried laying\n\n\n Trench_road\n According to the Generate Cable route of Cable routing, it is the Cable route laid through the path\n\n\n Slope analysis Color\n All_valid_Aspect_color\n Aspect analysis coloring - for all mountains in available range\n\n\n Terrain_Aspect_color\n Coloring of Aspect analysis - effective for Only slope analysis valid\n\n\n Terrain_Sun_Aspect_color\n Aspect analysis coloring - effective for Both shading and slope analysis valid\n\n\n All_valid_Slope_color\n Natural slope Analyze coloring - for all mountains in available range\n\n\n Terrain_Slope_color\n Natural slope Analyze coloring - effective for Only slope analysis valid\n\n\n Terrain_Sun_Slope_color\n Natural slope Analyze coloring - effective for Both shading and slope analysis valid\n\n\n All_valid_EW_slope_color\n E-W slope Analyze coloring - for all mountains in available range\n\n\n Terrain_EW_slope_color\n E-W slope Analyze coloring - effective for Only slope analysis valid\n\n\n Terrain_Sun_EW_slope_color\n E-W slope Analyze coloring - effective for Both shading and slope analysis valid\n\n\n All_valid_NS_slope_color\n Analyze coloring of N-S slope - for all mountains in available range\n\n\n Terrain_NS_slope_color\n N-S slope Analyze coloring - effective for Only slope analysis valid\n\n\n Terrain_Sun_NS_slope_color\n Analyze coloring of N-S slope - effective for Both shading and slope analysis valid\n\n\n Fence\n Fence_line\n Fence\n\n\n Thick cables shall be Mark separately when it is laid h\n Cable2_trench\n Thick cables (L1 devices Cable) laying Path\n\n\n Cable2_trench_name\n Quantity and specifications Mark of Thick cables (L1 devices Cable)\n\n\n\n\n\n\n Tips\uff1a\n\nTo Export \"Array Loss and radiation\", analyze arrays shading loss needs to be carried out in the software first.\nTo export \"Assist analysis color\", coloring faces needs to be performed first in create zones.\nIf it is necessary to export the layer related to cable, the necessary operate such as divide of block and combine shall be carried out in the software first.\n\n\n\nExport polylines from SU layers\nIn addition to the above layer, if you need to export Layer existing in other SU, such as Candela - coordinate origin, you can select a layer in the drop-down menu.\n\nPost settings\nIt can only be used when \"Pile position and Coordinate\" is check in \"Export items\", and the user can select check or not according to the demand.\n\nGenerate CAD layout viewport extents\nClick \"Export\" to bring up the save path selection dialog box, and the model data will be exported as a . c2c file. This file can be generated in CAD using the CAD plugin provided with Candela3D (file name Candela3D_CD_plugin.dll) to create CAD drawings. The specific method is as follows:\nMethod 1: Create a new CAD file and load the plugin in CAD. Refer to the \"CAD Plugin Loading\" chapter for the loading method.\nMethod 2:Enter the gdwg command in the CAD interface, select the previously exported . c2c file in the pop-up dialog box, click OK, and complete the import process.\nThe imported effect is shown in the following figure.\n\nIf the \"origin coordinates\" have been correctly set, the generated array will not be offset. Otherwise, check if the \"origin coordinates\" are set correctly.\nCable laying diagram\nFor projects that have completed the \"Cable Laying Statistics\", after generating drawings using the GDWG command, the following prompt will pop up:\n\nIf \"Yes\" is selected, after setting the drawing scale, the software will use the layout function in CAD to generate cable laying diagrams for each power block separately.\n\u00a0 \u00a0 \u00a0 \u00a0 \u00a0 \u00a0 \u00a0 \u00a0 \u00a0 \u00a0 \u00a0 \u00a0 \u00a0 \u00a0 \u00a0 \u00a0 \u00a0 \u00a0 \u00a0 \u00a0 \u00a0 \u00a0 \nUsers can change the default frame according to their actual needs, and change the path to the following path in the loading folder of the CAD plugin (taking autocad2020 as an example) Autocad \\ 2020 \\ plugins \\ Candela3D \\ frame. Note that when replacing, it is necessary to keep the origin position of the frame unchanged.\nIf some cable paths are missing or there are redundant arrays, you need to adjust the outline of the \"power block\" in the dwg file model, and refresh it with the command \"Update layout viewport in cad cable layout drawing\" in the cad plug-in.\nThe length unit of imported and exported flat CAD drawings is feet, etc.\nAt this point, the export interface should select the corresponding length unit (such as feet), and at the same time:\n\nProject Settings - When setting the origin, the length unit should also be set to (e.g. feet)\nAt the beginning of importing DWG, the \"Options\" should also be set to (e.g. feet)\n\nExport SLD\nBefore exporting the electrical system diagram, the users needs to set the PV module model for the array in\u00a0\"Create Array\"\u00a0(specifically for reverse-imported projects).\n\nSelect \"Export SLD\", then configure the \"Settings\" as needed. After completing the settings, click the \"Ok\" button to apply the changes.\n\nClick 'Export' to bring up the save path selection dialog box, and the model data will be exported as a .json file. This file can be generated in CAD using the CAD plugin provided with Candela3D (file name Candela3D_CD_plugin.dll) to create electrical system drawings. The specific method is as follows:\nMethod 1: Create a new CAD file and load the plugin in CAD. Refer to the \"CAD Plugin Loading\" chapter for the loading method.\nMethod 2:Enter the ELECTRALSYSTEMDRAWING command in the CAD interface (or select \"Generate Electrical System Diagram\" from the CAD menu), select the previously exported .json file in the pop-up dialog box, click OK to complete the import process, and the software will draw electrical system diagrams for each unit separately.\nThe drawn effect is shown in the following figure.\n\nExporting 3D CAD Drawings\nUsers can export the 3D model in SU - File menu - Export, select DWG format, and export. Please open the layers that need to be exported in the \"Tag\" toolbar on the right.\n\nThe exported CAD file like following:\n\nExport \".kmz\" file to Google Earth\nStep 1: Please add geographic location, and the input latitude and longitude should be consistent with the origin latitude and longitude in the SU map.\n\nStep 2: Please close the \"Flat Site\" layer and open the \"Elevated Site\"laye.\n\nStep 3: Please use the \"pencil\" tool to find any point on the terrain surface, and draw two parallel lines along the positive and negative directions of the z-axis. Pay special attention to the intersection of the line along the negative direction of the z-axis with the \"Location Terrain\" layer.\n\nStep 4: Please select the models that need to be imported into Google Earth and put them into a group.\n\nStep 5: Please use the \"move\" tool (Hotkey 1: \"M\") to move the group from point to point \u2460 to point \u2461.\n\nStep 6: Please close the \"Elevated Site\" layer and \"Terrain\" layer, and delete the line created in step 3.\n\nStep 7: Please click on \"File\" - \"Export\" -\"3D Model\" in the menu bar, select Google Earth files (\"kmz\") to export Google Earth files, and open the file directly using Google Earth.\nThe terrain accuracy created by contour lines is higher than that of the model in Google Earth , which may result in array s not fitting well with the terrain. Users can move the created group along the z-axis in SketchUp and observe it from a top view in Google Earth","is_draft":"0","editor_type":"3","file_path":"","add_time":"1770022492","update_time":"1772184715"},"pure_content":"Click the \"Export dwg\" button in the toolbar, and in the pop-up dialog box, you can choose \"Export 2D layout\" or \"Export SLD\".\n\nExporting 2D layout\nSelect \"Export 2D layout\" and set the \"Settings\" fi"},{"id":"716293","string_id":"SMujZBvK","status":"1","parent_id":"713812","slug":"7-8-Export-PVsyst","order":"5","name":"Export to PVsyst","type":"2","cover":"","cover_alt":"","desc":null,"website":"","contact":"","seo_title":"","seo_keyword":"","seo_desc":"","share_switch":"0","share_code":"","author":"","published_time":"1770023125","add_time":"1770022486","update_time":"1775092290","corp_auth_id":"0","verify_code_auth_id":"0","editor_type":"3","file_type":"","auth_id":"[\"716293\", \"713812\", \"708581\"]","content":{"content_id":"716293","content":"
$\"\"$ <\/p>\n
**This function can export the array model in SketchUp into a \".dae\" or \".h2p\" file recognized by PVsyst,, and import it in PVsyst's \"Construction<\/span>\".<\/p>\n**
Export range<\/span><\/h2>\n
After click, the following dialog box will pop up, and the users need to select export range as \"All<\/span>\", \"Specified range<\/span>\" or \"Select power block<\/span>\" .<\/p>\n
$\"\"$ <\/p>\n
If users choose \"Specified range<\/span>\", users can left click on the defined export range and right click \"Done<\/span>\".<\/p>\n
$\"\"$ <\/p>\n
If select \"Select power block<\/span>\" , in the pop-up dialog box, the users needs to manual entry \"Power block number<\/span>\" and \"Expansion range of power block<\/span>\". The power block tag number supports below enter forms: 1-4,6-10,12.<\/p>\n
$\"\"$ <\/p>\n
Export \".dae\" or \".h2p\" file<\/span><\/h2>\n
After select \"Export range<\/span>\", the software will pop up the below dialog box.<\/p>\n
$\"\"$ <\/p>\n
\"File format<\/span>\": The users need to select the format of the export file as \".dae File\" or \".h2p File\".<\/p>\n
\"Export option<\/span>\": The users should check the options to export in the current model. When \".h2p File\" is selected as \"File format\", only mountains and array can be exported.<\/p>\n
Objects that do not exist in the model cannot be export even if check.<\/p>\n
After done setting, click \"Export\" button. If there are many terrain faces in the model, the following tip will pop up:<\/p>\n
$\"\"$ <\/p>\n
If select \"No<\/span>\", the software will not simplify the terrain. In this case, the exported file will be extremely slow when calculated in PVsyst. Therefore, it is not recommended to adopt this approach.<\/p>\n
If select \"Yes<\/span>\", the following dialog box will pop up. The users need to set relevant parameters, and the software will simplify the terrain according to the parameters set by the users.<\/p>\n
$\"\"$ <\/p>\n
Import \".dae\" file to PVsyst<\/span><\/h2>\n
It may take several minute time to import a \".dae\" file into PVsyst.<\/p>\n
$\"\"$ <\/p>\n
Fixed tilted plane<\/span><\/h3>\n
After the end of export, the pop-up interface needs to check the name of the array:<\/p>\n
$\"\"$ <\/p>\n
For PVsyst 7.x, after imported dae in PVsyst, it is necessary to do \"manage orientation<\/span>s\" for imported PV arrays.<\/p>\n
The value of \"Tolerance<\/span>\" needs to be set according to the project situation, usually between 3°-5° for complex terrain projects. It can be calculated through the \"Array analysis<\/span>\" - \"Export<\/span>\" function in Candela3D. When the set value is too small, it will prompt that some arrays has not been grouped.<\/p>\n
After PVsyst 8.0, \"Manage orientation<\/span>\" is not needed.<\/p>\n
$\"\"$ <\/p>\n
<\/p>\n
<\/p>\n
Single-axis tracker<\/span><\/h3>\n
For PVsyst7.3 and above versions<\/span><\/h4>\n
$\"\"$ <\/p>\n
For PVsyst8.0 and above versions<\/span><\/h4>\n
$\"\"$
<\/span><\/p>\n
Import \".h2p\" file to PVsyst<\/span><\/h2>\n
It is similar to dae.<\/p>\n
<\/p>\n
<\/p>\n
<\/p>","pure_content":"This function can export the array model in SketchUp into a \".dae\" or \".h2p\" file recognized by PVsyst,, and import it in PVsyst's \"Construction\".\nExport range\nAfter click, the following dialog box will pop up, and the users need to select export range as \"All\", \"Specified range\" or \"Select power block\" .\n\nIf users choose \"Specified range\", users can left click on the defined export range and right click \"Done\".\n\nIf select \"Select power block\" , in the pop-up dialog box, the users needs to manual entry \"Power block number\" and \"Expansion range of power block\". The power block tag number supports below enter forms: 1-4,6-10,12.\n\nExport \".dae\" or \".h2p\" file\nAfter select \"Export range\", the software will pop up the below dialog box.\n\n\"File format\": The users need to select the format of the export file as \".dae File\" or \".h2p File\".\n\"Export option\": The users should check the options to export in the current model. When \".h2p File\" is selected as \"File format\", only mountains and array can be exported.\nObjects that do not exist in the model cannot be export even if check.\nAfter done setting, click \"Export\" button. If there are many terrain faces in the model, the following tip will pop up:\n\nIf select \"No\", the software will not simplify the terrain. In this case, the exported file will be extremely slow when calculated in PVsyst. Therefore, it is not recommended to adopt this approach.\nIf select \"Yes\", the following dialog box will pop up. The users need to set relevant parameters, and the software will simplify the terrain according to the parameters set by the users.\n\nImport \".dae\" file to PVsyst\nIt may take several minute time to import a \".dae\" file into PVsyst.\n\nFixed tilted plane\nAfter the end of export, the pop-up interface needs to check the name of the array:\n\nFor PVsyst 7.x, after imported dae in PVsyst, it is necessary to do \"manage orientations\" for imported PV arrays.\nThe value of \"Tolerance\" needs to be set according to the project situation, usually between 3\u00b0-5\u00b0 for complex terrain projects. It can be calculated through the \"Array analysis\" - \"Export\" function in Candela3D. When the set value is too small, it will prompt that some arrays has not been grouped.\nAfter PVsyst 8.0, \"Manage orientation\" is not needed.\n\n\n\u00a0\nSingle-axis tracker\nFor PVsyst7.3 and above versions\n\nFor PVsyst8.0 and above versions\n\nImport \".h2p\" file to PVsyst\nIt is similar to dae.\n\u00a0\n\u00a0\n\u00a0","is_draft":"0","editor_type":"3","file_path":"","add_time":"1770022486","update_time":"1775092290"},"pure_content":"This function can export the array model in SketchUp into a \".dae\" or \".h2p\" file recognized by PVsyst,, and import it in PVsyst's \"Construction\".\nExport range\nAfter click, the following dialog box"},{"id":"716288","string_id":"Jk5YEoMG","status":"1","parent_id":"713812","slug":"7-9-Cost-estimate","order":"4","name":"Cost estimate","type":"2","cover":"","cover_alt":"","desc":null,"website":"","contact":"","seo_title":"","seo_keyword":"","seo_desc":"","share_switch":"0","share_code":"","author":"","published_time":"1770023125","add_time":"1770022479","update_time":"1772266284","corp_auth_id":"0","verify_code_auth_id":"0","editor_type":"3","file_type":"","auth_id":"[\"716288\", \"713812\", \"708581\"]","content":{"content_id":"716288","content":"
$\"\"$ <\/p>\n
According to users settings, a cost estimation table can be generated and exported. Users can adjust cost estimates by modifying \"Settings<\/span>\" and \"Price library<\/span>\". Users can modify \"Price library<\/span>\", the modified data will be saved locally, and will be used later. Press \"Price library<\/span>\" button to download the latest price online.<\/p>\n
<\/p>\n
Estimation Method<\/span><\/h2>\n
Except for the substation and transmission line, which are estimated based on the voltage level and quantity at the total price, all others are estimated based on the unit price.<\/p>\n
\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n
Item<\/strong><\/td>\n Estimation method<\/strong><\/td>\n<\/tr>\n<\/thead>\n
\u2160.Equipment purchase fee<\/strong><\/td>\n <\/td>\n<\/tr>\n
PV module<\/span><\/td>\n According to the selected module type, query the price library to obtain.<\/span><\/td>\n<\/tr>\n
Rack<\/span><\/td>\n By querying the price library, the price for a standard ground clearance height of 0.5 meters can be calculated. Based on the actual ground clearance height h of the array, the price coefficient can be calculated as 0.9+h * 0.2. The final price is: standard cost * cost coefficient.<\/span><\/td>\n<\/tr>\n
AC\/DC combiner box<\/span><\/td>\n When there is no combiner box, the value is 0, otherwise query the price library.<\/span><\/td>\n<\/tr>\n
Inverter<\/span><\/td>\n According to the inverter type and system voltage, the price library is queried and calculated, and then divided by the default capacity ratio of 1.2.<\/span><\/td>\n<\/tr>\n
Box transformer<\/span><\/td>\n Query price library by transformer type and grid voltage level.<\/span><\/td>\n<\/tr>\n
All cables<\/span><\/td>\n Retrieve the standard cost from the price database and multiply it by the cost coefficient (sqrt (unit kilowatt area\/11)). If it is a mountainous project, multiply by 1.3.<\/span><\/td>\n<\/tr>\n
Equipment of grid point<\/span><\/td>\n Calculate the standard cost based on voltage level, quantity, and price library query. Divide the cost into 70% fixed and 30% capacity related.<\/span><\/td>\n<\/tr>\n
Access point renovation<\/span><\/td>\n Calculated by querying the price library based on voltage level and quantity.<\/span><\/td>\n<\/tr>\n
Output line<\/span><\/td>\n Calculated by querying the price library based on voltage level and distance.<\/span><\/td>\n<\/tr>\n
\u2161.Building and installation fee<\/strong><\/td>\n <\/td>\n<\/tr>\n
Civil installation fee (including materials)<\/span><\/td>\n Calculated by querying the price library based on capacity and site type. 20% of it is related to capacity, and in the same category, the smaller the capacity, the higher the unit price.<\/span><\/td>\n<\/tr>\n
\u2162.Other expenses<\/strong><\/td>\n <\/td>\n<\/tr>\n
Rental fee (1# year)<\/span><\/td>\n Available Area * Rent<\/span><\/td>\n<\/tr>\n
Construction management fee<\/span><\/td>\n Select based on capacity<\/span><\/td>\n<\/tr>\n
Production preparation fee<\/span><\/td>\n Calculated by querying the price library<\/span><\/td>\n<\/tr>\n
Design fee<\/span><\/td>\n According to the capacity, the price library is queried and calculated<\/span><\/td>\n<\/tr>\n<\/tbody>\n<\/table>\n
When accurate equipment models and quantities are available, adjust some of the costs accordingly<\/span><\/h2>\n
When there are already device models and quantities in the model, recalculate the cost of the following devices based on their models and quantities:<\/p>\n
\n
Combiner box<\/li>\n
Inverter<\/li>\n
Transformer<\/li>\n
Cables<\/li>\n<\/ul>","pure_content":"According to users settings, a cost estimation table can be generated and exported. Users can adjust cost estimates by modifying \"Settings\" and \"Price library\". Users can modify \"Price library\", the modified data will be saved locally, and will be used later. Press \"Price library\" button to download the latest price online.\n\nEstimation Method\nExcept for the substation and transmission line, which are estimated based on the voltage level and quantity at the total price, all others are estimated based on the unit price.\n\n\n\n Item\n Estimation method\n\n\n\n\n \u2160.Equipment purchase fee\n \u00a0\n\n\n PV module\n According to the selected module type, query the price library to obtain.\n\n\n Rack\n By querying the price library, the price for a standard ground clearance height of 0.5 meters can be calculated. Based on the actual ground clearance height h of the array, the price coefficient can be calculated as 0.9+h * 0.2. The final price is: standard cost * cost coefficient.\n\n\n AC\/DC combiner box\n When there is no combiner box, the value is 0, otherwise query the price library.\n\n\n Inverter\n According to the inverter type and system voltage, the price library is queried and calculated, and then divided by the default capacity ratio of 1.2.\n\n\n Box transformer\n Query price library by transformer type and grid voltage level.\n\n\n All cables\n Retrieve the standard cost from the price database and multiply it by the cost coefficient (sqrt (unit kilowatt area\/11)). If it is a mountainous project, multiply by 1.3.\n\n\n Equipment of grid point\n Calculate the standard cost based on voltage level, quantity, and price library query. Divide the cost into 70% fixed and 30% capacity related.\n\n\n Access point renovation\n Calculated by querying the price library based on voltage level and quantity.\n\n\n Output line\n Calculated by querying the price library based on voltage level and distance.\n\n\n \u2161.Building and installation fee\n \u00a0\n\n\n Civil installation fee (including materials)\n Calculated by querying the price library based on capacity and site type. 20% of it is related to capacity, and in the same category, the smaller the capacity, the higher the unit price.\n\n\n \u2162.Other expenses\n \u00a0\n\n\n Rental fee (1# year)\n Available Area * Rent\n\n\n Construction management fee\n Select based on capacity\n\n\n Production preparation fee\n Calculated by querying the price library\n\n\n Design fee\n According to the capacity, the price library is queried and calculated\n\n\n\nWhen accurate equipment models and quantities are available, adjust some of the costs accordingly\nWhen there are already device models and quantities in the model, recalculate the cost of the following devices based on their models and quantities:\n\nCombiner box\nInverter\nTransformer\nCables","is_draft":"0","editor_type":"3","file_path":"","add_time":"1770022479","update_time":"1772266284"},"pure_content":"According to users settings, a cost estimation table can be generated and exported. Users can adjust cost estimates by modifying \"Settings\" and \"Price library\". Users can modify \"Price library\", the"},{"id":"716290","string_id":"GhNPvAh2","status":"1","parent_id":"713812","slug":"7-10-Production","order":"3","name":"Production","type":"2","cover":"","cover_alt":"","desc":null,"website":"","contact":"","seo_title":"","seo_keyword":"","seo_desc":"","share_switch":"0","share_code":"","author":"","published_time":"1770023125","add_time":"1770022480","update_time":"1772266676","corp_auth_id":"0","verify_code_auth_id":"0","editor_type":"3","file_type":"","auth_id":"[\"716290\", \"713812\", \"708581\"]","content":{"content_id":"716290","content":"
$\"\"$ <\/p>\n
The software calculates the energy yield based on the 3D model of the project and meteorological data information, according to the relevant loss settings input by the users. Among them, near shadings takes into account the influence of other arrays, shading objects, as well as the terrains, and can be calculated by linear or by string.<\/p>\n
Relevant loss settings<\/span><\/h2>\n
As shown in the following figure, corresponding values need to be set in the \"Detailed losses<\/span>\". In the software, it supports grouping based on the normals of the arrays. For most projects, the larger the number of groups, the more accurate the calculation. The default number of groups in PVsyst software before version 8.0 is 8.<\/p>\n
<\/p>\n
Calculation of power generation<\/span><\/h2>\n
According to users settings, the power generation of the project can be calculated, and the 25 year power generation can be exported.<\/p>\n
The power generation of some arrays can be calculated by \"Selected PV zones<\/span>\" or \"Selected arrays<\/span>\".<\/p>\n
Before using the \"Selected arrays<\/span>\" method, please use SU's selection tool to select the arrays to be calculated first.<\/p>\n
<\/p>\n
<\/p>\n
<\/p>","pure_content":"The software calculates the energy yield based on the 3D model of the project and meteorological data information, according to the relevant loss settings input by the users. Among them, near shadings takes into account the influence of other arrays, shading objects, as well as the terrains, and can be calculated by linear or by string.\nRelevant loss settings\nAs shown in the following figure, corresponding values need to be set in the \"Detailed losses\". In the software, it supports grouping based on the normals of the arrays. For most projects, the larger the number of groups, the more accurate the calculation. The default number of groups in PVsyst software before version 8.0 is 8.\n\nCalculation of power generation\nAccording to users settings, the power generation of the project can be calculated, and the 25 year power generation can be exported.\nThe power generation of some arrays can be calculated by \"Selected PV zones\" or \"Selected arrays\".\nBefore using the \"Selected arrays\" method, please use SU's selection tool to select the arrays to be calculated first.","is_draft":"0","editor_type":"3","file_path":"","add_time":"1770022480","update_time":"1772266676"},"pure_content":"The software calculates the energy yield based on the 3D model of the project and meteorological data information, according to the relevant loss settings input by the users. Among them, near shading"},{"id":"716289","string_id":"dnoE4ujt","status":"1","parent_id":"713812","slug":"7-11-Financial-list","order":"2","name":"Financial list","type":"2","cover":"","cover_alt":"","desc":null,"website":"","contact":"","seo_title":"","seo_keyword":"","seo_desc":"","share_switch":"0","share_code":"","author":"","published_time":"1770023125","add_time":"1770022480","update_time":"1772266928","corp_auth_id":"0","verify_code_auth_id":"0","editor_type":"3","file_type":"","auth_id":"[\"716289\", \"713812\", \"708581\"]","content":{"content_id":"716289","content":"
$\"\"$ <\/p>\n
Relevant Settings<\/p>\n
The following figure shows the IRR calc. settings, where the electricity price is directly obtained from the database through networking. If there is no networking, the software will pop up corresponding prompts, and other settings need to be set by the users themselves.<\/p>\n
<\/p>\n
List of financial indicators<\/span><\/h2>\n
The project's financial list can be calculated based on users settings and exported.<\/p>\n
<\/p>","pure_content":"Relevant Settings\nThe following figure shows the IRR calc. settings, where the electricity price is directly obtained from the database through networking. If there is no networking, the software will pop up corresponding prompts, and other settings need to be set by the users themselves.\n\nList of financial indicators\nThe project's financial list can be calculated based on users settings and exported.","is_draft":"0","editor_type":"3","file_path":"","add_time":"1770022480","update_time":"1772266927"},"pure_content":"Relevant Settings\nThe following figure shows the IRR calc. settings, where the electricity price is directly obtained from the database through networking. If there is no networking, the software wil"},{"id":"716287","string_id":"qQ04FPmu","status":"1","parent_id":"713812","slug":"7-12-Export-proposal","order":"1","name":"Export proposal","type":"2","cover":"","cover_alt":"","desc":null,"website":"","contact":"","seo_title":"","seo_keyword":"","seo_desc":"","share_switch":"0","share_code":"","author":"","published_time":"1770023125","add_time":"1770022479","update_time":"1772267005","corp_auth_id":"0","verify_code_auth_id":"0","editor_type":"3","file_type":"","auth_id":"[\"716287\", \"713812\", \"708581\"]","content":{"content_id":"716287","content":"
$\"\"$ <\/p>\n
Click on \"Export proposal<\/span>\", the software will pop up with the following options:<\/p>\n
<\/p>\n
Users need to download custom information templates, fill them out completely, and upload them.<\/p>","pure_content":"Click on \"Export proposal\", the software will pop up with the following options:\n\nUsers need to download custom information templates, fill them out completely, and upload them.","is_draft":"0","editor_type":"3","file_path":"","add_time":"1770022479","update_time":"1772267005"},"pure_content":"Click on \"Export proposal\", the software will pop up with the following options:\n\nUsers need to download custom information templates, fill them out completely, and upload them."}],"content":{"icon":"","desc":"","content_id":"713812","add_time":"1769652268","update_time":"1769652268","content":"","is_traffic_less":"0","file_type":""},"hot_list":[],"user_read_num":"0","is_auth":"0"},"msg":"Success","code":200}