Dimension scores are derived from public data and fields; weighted into the composite. Reference only.
SolarPlanner is solar design software from AI-nergy ApS, built for PV installers, EPCs, and professional energy teams. Its core value is automating the workflow from “enter an address—identify the roof—generate a PV/battery design—produce a customer proposal,” reducing manual roof drawing, site visits, and repetitive quoting work.
The platform emphasizes AI roof recognition, automatic boundary detection, pitch/orientation/obstruction analysis, and 3D model generation using high-resolution satellite imagery, aerial imagery, LIDAR, drone data, or custom images. On the design side, it supports automatic PV panel placement, setback and density optimization, automatic stringing, and modeling for microinverters and DC optimizers. For simulation, it offers 8760-hour production modeling, hyperlocal irradiance and weather data, panel-level physical loss modeling, plus analysis for batteries, EVs, heat pumps, self-consumption, and peak shaving. Outputs include white-label customer proposals, ROI/LCOE/payback period calculations, technical specifications, CAD/DXF, and GeoJSON.
The site shows “Start Designing for Free,” but does not disclose a clear free usage allowance. The formal commercial model is project/credit-based, with a minimum annual commitment of €1,500. Projects are priced by roof area and categorized as House, Building, Commercial, and Industrial. Billing occurs when a project is created, while edits within the same project do not incur additional charges. For bulk or high-volume API usage, the cost can be as low as €1/design. Payment is supported by card or bank transfer/invoice, typically settled in euros and excluding VAT.
The main advantage is its end-to-end automation: it covers both engineering design and sales proposals, while also supporting API access, batch processing, Salesforce/HubSpot, and custom CRM/ERP integrations, making it suitable for scalable project development. Downsides include limited public pricing transparency and a minimum annual commitment that may be burdensome for smaller teams. Claims such as 98% recognition confidence and 99% production forecast accuracy lack third-party validation in the scraped text. There is also no stated support for a Chinese interface, Chinese reports, local regulatory libraries, or RMB payments.
SolarPlanner is better suited to overseas PV installers, EPCs, sales engineering teams with steady project volume, and companies that want to embed a design engine into their CRM/ERP. Access from mainland China is not stated in the available text, so it should be considered unknown. If network access, payment methods, or local component databases are not a good fit, alternatives to compare include Aurora Solar, OpenSolar, PVsyst, HelioScope, or domestic Chinese PV design and quoting tools.
⚠ This review is compiled from public sources and does not constitute a purchase recommendation. Verify all facts on the vendor's official site. Verify on solarplanner.in official site.
solarplanner.in is an India Energy provider. TG4G tracks its product information, an overall rating of 7.0/10, and a China-accessibility score of Workable. Click "Visit Official Site" to reach solarplanner.in directly.