
SPCP photovoltaic carports
Parking that powers e-mobility.
The SPCP Series combines photovoltaic generation, weather protection and intelligent Level 2 or Level 3 charging management. Solar-first or hybrid operation can reduce pressure on existing electrical infrastructure, while unused energy can support the building.
Discuss this solutionSPCP photovoltaic carports
Generate.
Charge. Share.
SPCP is designed as an energy system—not only a canopy. Intelligent controls prioritize photovoltaic production for vehicle charging and can redirect unused energy to the building in a hybrid configuration.
Level 2 + Level 3
Supports project-specific charging infrastructure for daily workplace use, commercial fleets and faster charging needs.
Solar or hybrid
Configure for 100% solar autonomy or combine photovoltaic generation with the building electrical system.
Building integration
Unused photovoltaic energy can be redistributed to support building loads rather than remain stranded.
Storage ready
Add batteries to extend useful solar energy and support charging-station operation after daylight hours.
Productive parking.
Built for long service.
Modular SPCP construction adapts to different parking layouts and charging programs. The galvanized-steel structure is engineered for outdoor durability while the canopy improves comfort and reduces heat-island effects.
Protect
Shade vehicles and users from sun and bad weather while improving the parking experience.
Integrate
Reduce the charging impact on existing electrical infrastructure through solar-first energy management.
Install
Plan a turnkey, phased installation around active-site constraints and continuity of service.
Protect the investment
Reference coverage includes a 5-year limited global warranty, 12-year limited PV module warranty and 30-year performance warranty.
Charging power, solar autonomy, energy redistribution, storage capacity and final warranty coverage depend on the engineered configuration, selected equipment, site conditions and applicable project documentation.