Optimize the ground beneath your feet
Ground-installed wooden cubes that generate solar energy, produce green hydrogen, manage stormwater, and track carbon – built for surfaces traditional panels can’t reach. No net loss.
Sp9, UEA








































Ground-installed wooden cubes that generate solar energy, produce green hydrogen, manage stormwater, and track carbon – built for surfaces traditional panels can’t reach. No net loss.








































One platform. Five integrated systems. Every square meter working harder.
Elegant design blends seamlessly with modern architecture. Built-in LED lighting for both function and aesthetics.
Replace underutilized surfaces with multipurpose renewable infrastructure. Transform any landscape into productive space.








































Not sure where to start? These answers will point you in the right direction.
Founder,
US and European Market
Chief Operating Officer,
European Market
General Manager,
Asian Market
Environmental Engineer,
European market
Chief Development Engineer,
European market
Not sure where to start? These answers will point you in the right direction.
It is designed for environments where traditional solar panels are not feasible, including parking lots, ports, truck stops, and industrial or residential landscapes
We use next-generation Perovskite solar cells that provide 29% more energy per installed kW than traditional silicon panels. This technology is optimized for high efficiency even in low-light conditions
A standard 1,000 m² installation produces between 80,000 and 120,000 kWh of clean electricity annually, which is enough to power more than 30 homes
Acting as a nature-based “smart sponge,” the platform reduces surface stormwater runoff by approximately 80%. It features a subsurface system capable of storing over 22,000 liters of water per 100 m²
Yes. The system is engineered to HS-20 vehicular loading standards, supporting axle loads up to 16,000 lb, making it safe for high-traffic areas like ports and truck stops
Black Locust wood is a sustainable material that naturally resists rot for 30–50 years without the need for toxic chemical treatments. It also serves as a carbon-negative material by sequestering carbon throughout its lifecycle
Built-in IoT sensors monitor real-time data on energy generation, water levels, temperature, and pressure. This information is translated into verifiable outcomes for ESG reporting
Each 1,000 m² installation offsets 53,000 to 80,000 kgCO2e annually—the equivalent of planting more than 1,800 trees