Trustur AI
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Done for you in 10 minutes.
Receive a comprehensive project viability report evaluating the technical, regulatory, and financial feasibility of a proposed solar installation. Use this data-rich assessment to confidently pitch clients, secure financing, and streamline your engineering design.
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Moving a solar project from concept to construction requires more than just enthusiasm; it demands rigorous validation. A Solar Installation Feasibility Assessment is the definitive blueprint that proves a proposed site can physically support and financially justify a photovoltaic system. You need this data-rich report during the pre-development phase, specifically when pitching commercial clients, securing investor backing, or preparing engineering teams for design. A high-quality assessment goes far beyond simple Google Earth measurements. It synthesizes local solar irradiance data, detailed shading analysis, structural roof or ground constraints, and complex utility tariff structures into a single source of truth. The best reports translate raw technical data into clear financial metrics like Internal Rate of Return and Levelized Cost of Energy, while proactively flagging regulatory and grid interconnection bottlenecks. With this assessment in hand, you transform speculative solar proposals into derisked, bankable investment opportunities that stakeholders can confidently sign off on.
You need to provide 12 to 24 months of detailed utility bills, accurate site coordinates, and high-resolution photos or architectural drawings of the roof or ground area. Structural details regarding the building's age and roofing material also ensure highly accurate structural viability modeling.
Remote assessments utilize high-resolution satellite imagery, 3D LiDAR data, and digital elevation models to simulate local terrain and nearby obstructions. This digital twin model accurately calculates how shadows cast by trees, buildings, and parapets change throughout every hour of the year.
A feasibility assessment determines if a project is viable, bankable, and physically possible to guide investment decisions. The final engineering design follows this assessment, producing stamped construction blueprints, precise electrical schematics, and structural engineering permits.
The assessment pairs simulated annual energy yield with your current and projected local utility tariff rates to calculate offset savings. It then factors in total system costs, local tax incentives, depreciation, and ongoing maintenance to output metrics like IRR, payback period, and net present value.
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