Address-aware solar context
Resolve a Romanian project address into geographic coordinates and use that location as the context for solar position, sunrise, sunset and regional production assumptions.
Model the roof. Simulate the energy day.
A location-aware photovoltaic configurator connecting roof geometry, panel fit, real solar position, household demand and battery storage in one visual energy model.
Launch full configurator ↗Every deployment is built on the same connected commercial and spatial foundation—even as the product category changes.
The approved visual state resolves into an exact component structure: profiles, panels, glass, hardware, accessories and quantities ready for downstream work.
A location-aware photovoltaic configurator connecting roof geometry, panel fit, real solar position, household demand and battery storage in one visual energy model.
Resolve a Romanian project address into geographic coordinates and use that location as the context for solar position, sunrise, sunset and regional production assumptions.
Scrub time of day, date, season and roof-front bearing while the visible light direction and photovoltaic production profile respond to the same environmental state.
Move between two-slope, four-slope and single-slope roofs, then adjust length, depth and pitch while the building and available panel surfaces rebuild together.
Choose the number of requested modules and roof plane; the preview arranges a real-size residential array and keeps the installed system power tied to panels that actually fit.
Compare household consumption profiles, enable LiFePO₄ storage and tune battery capacity to see how generation, self-consumption and grid exchange change across the day.
Open a focused production-versus-consumption workspace with daily generation, household demand, self-sufficiency, grid import and export presented as one decision-ready view.