HelioScope

Import rooftop geometry from CAD files or manual measurements.

Use AI-based obstruction detection to identify shading from nearby buildings and equipment.

Place PV modules and inverters using the drag-and-drop interface.

Run a performance simulation to estimate energy production and financial returns.

Generate a sales proposal to present to the customer.

Import terrain data from LIDAR or survey data.

Model shading from trees and other obstructions.

Lay out PV modules and inverters, optimizing for land use and interconnection points.

Run a performance simulation to estimate energy production and financial returns.

Generate a detailed design report for engineering and construction.

Import carport structure dimensions and parking layout.

Place PV modules on the carport roof, optimizing for shading and structural load.

Run a performance simulation to estimate energy production and financial returns.

Generate a visually appealing sales proposal for the customer.

Input utility rate data and incentive information.

Model system performance using HelioScope's simulation engine.

Generate financial projections, including cash flow, IRR, and NPV.

Evaluate the impact of different financing options on project returns.

Present the financial analysis to investors and stakeholders.

Use HelioScope to design and simulate the PV system.

Customize the sales proposal template with company branding and customer information.

Present system performance and financial projections in a clear and compelling manner.

Highlight the benefits of the solar project to the customer.

Generate a PDF or online version of the sales proposal.