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The Field page allows you to specify how tables are grouped within the DC Field, using the module, string, and rack configurations defined on the Table page. An automated visual representation of the DC Field layout is displayed on the right side, showing the arrangement of rows and tables with calculated dimensions.
DC Field Field Page

DC Field - Field Page

Overview

The DC Field - Field page is organized into the following sections:
  1. DC Field Header — Shows the DC Field identifier with Edit, Clone, and Remove buttons.
  2. Tab Navigation — Access different aspects of DC Field configuration: Table, Field, Losses, and Objects.
  3. Power — Configure the electrical capacity including nameplate power, parallel strings, modules in series, and shading algorithm selection.
  4. Layout — Define the physical arrangement of tables including number of rows, tables per row, spacing, and total table count.
  5. Terrain — Specify ground slope parameters for the DC Field location.
  6. Table to Table Orientation — Select whether tables follow flat or sloped terrain orientation.
  7. DC Field Visualization — Interactive preview showing the field layout with calculated dimensions (N-S length and E-W width).

User Inputs

#InputTypeUnitsDescriptionRelated Documentation
1Edit (DC Field)ButtonOpens a dialog to edit the DC Field name and repeater count.
2Table (Tab)TabNavigate to the Table tab to configure module selection, mounting type, and table geometry.Table
3Field (Tab)TabCurrently selected tab. Contains DC Field layout, power configuration, and terrain settings.
4Losses (Tab)TabNavigate to the Losses tab to configure DC field losses including mismatch, wiring losses, and thermal model parameters.Losses
5Objects (Tab)TabNavigate to the Objects tab to configure near-field shading objects specific to this DC Field (legacy workflow).Objects
6Nameplate PowerText FieldkWThe total DC nameplate power of the DC Field. Calculated from Module Rating × Module Count. Displays the Inverter DC:AC Ratio below for reference.
7Parallel StringsText FieldNumber of strings connected in parallel to the inverter from this DC Field. “Planned Parallel Strings” shown below indicates the target value based on inverter sizing.
8Modules in SeriesText FieldNumber of modules connected in series per string. The “Suggested Range” indicates valid values based on inverter voltage limits and module Voc/Vmp characteristics.
9Module RatingDisplayWThe rated power of the selected module. This value is read-only and is set on the Table tab via module selection.
10Module CountText FieldTotal number of modules in the DC Field. Calculated from Parallel Strings × Modules in Series. “Planned Module Count” indicates the target based on layout.
11Shading AlgorithmDropdownSelect the shading calculation method. Options: 2D (default), Infinite Length Rows, 3D (Legacy).Linear Shading
12Number of RowsText FieldThe number of tracker or fixed-tilt rows in the DC Field. Use the sync icon to toggle between linked and manual modes.
13Tables Per RowText FieldAverage number of tables per row. May be a decimal if rows have varying table counts. “Planned” value shown below indicates the target configuration.
14Table to Table SpacingText Fieldm / ftHorizontal gap between adjacent tables along a row. Used for layout visualization and land area calculations.
15Total Number of TablesText FieldTotal count of tables in the DC Field. Calculated from Number of Rows × Tables Per Row, minus any removed tables. “Planned” value indicates target.
16Tables Removed for InverterText FieldNumber of tables removed from the layout to accommodate inverter pad placement or other obstructions.
17SlopeText FielddegreesGround slope angle of the DC Field terrain. Affects bifacial calculations and terrain-aware backtracking if enabled.Terrain-Aware Backtracking
18GradeText Field%Ground slope expressed as a percentage (rise/run × 100). Linked to Slope field — editing one updates the other.
19Slope AzimuthText FielddegreesCompass direction of the downhill slope (0° = North, 90° = East, 180° = South, 270° = West).
20Flat Table OrientationRadio ButtonTables are oriented horizontally regardless of terrain slope. Standard configuration for level or gently sloped sites.
21Sloped Table OrientationRadio ButtonTables follow the terrain slope, maintaining consistent height above ground across sloped terrain.
22Advanced 3D DesignButtonOpens the advanced 3D design interface for detailed field layout customization, including individual row placement and terrain modeling.3D Shading

Saving Changes

Click Save Power Plant in the top-right corner to save all DC Field configuration changes and return to the Block Overview. Click the X button to cancel and discard changes.