PVcase Ground Mount is a specialized software solution for designing utility-scale ground-mounted solar power plants. Built as an AutoCAD plugin, it automates the process of site layout, terrain adaptation, grading, cabling, and scenario comparison. The software enables engineers to move from early-stage concepts to construction-ready designs, handling complex landscapes and reducing manual effort. By integrating advanced analysis and automation features, PVcase Ground Mount increases project speed, accuracy, and adaptability for large-scale photovoltaic (PV) installations.

Key Features

Automated Terrain Adaptation Automatically adjusts solar layouts to real-world terrain for accurate, buildable designs.

• Millimeter-level adaptation to complex landscapes
• Automated grading and slope analysis

Layout Automation and Scenario Comparison Generates and compares multiple design scenarios rapidly.

• Batch scenario generation (up to 100 at once)
• Capacity iteration and export for yield analysis

Advanced 3D Cabling and Electrical Design Automates complex cabling and electrical system layouts.

• 3D topographical cabling generation
• Trench cross-section and electrical labeling tools

Support for Multiple Mounting Systems Designs for fixed-tilt, single-axis trackers, and terrain-following trackers.

• Dual-row and multi-row tracker support
• Terrain-following tracker optimization for steep and uneven ground

Integrated Site Analysis Combines site selection and analysis with design tools.

• Slope, shading, and collision analysis
• Integration with PVcase Prospect for early-stage site evaluation

Comprehensive Export Tools Facilitates seamless data transfer to other platforms.

• Export terrain points and layout data to CSV
• Integration with PVcase Yield for energy modeling

Benefits

Significant Time Savings Reduces project design time by up to 90% compared to manual workflows.

• Fast transition from concept to construction-ready layouts
• Rapid scenario iteration and error reduction

Improved Accuracy and Reduced Risk Delivers precise, real-world-adapted designs that minimize costly errors.

• Accurate grading and earthwork calculations
• Automated collision and slope issue detection

Enhanced Design Flexibility Empowers teams to quickly adapt to changing project requirements and site conditions.

• Supports complex terrains and multiple mounting technologies
• Easy scenario comparison for optimal decision-making

Eco-Friendly Project Development Enables terrain-following designs that reduce the need for disruptive grading.

• Minimizes environmental impact and earthworks
• Supports sustainable solar deployment on challenging sites