Generate
Capture a broad spectrum of available light across active surfaces.
The new generation in solar energy is here
Everything can be SolarPWRD
Perovskite nanotechnology can turn surfaces and materials into active energy systems that generate, store, heat, cool and illuminate.
60–65%conversion efficiency
24/7electricity with embedded storage
50%lower LCOE and CAPEX
60%less space required
40 yearsuseful operating life
Solar energy reimagined
Conventional solar is equipment added to a surface. SolarPWRD makes energy part of the surface itself.
One material platform
Five capabilities that change what solar can mean
SolarPWRD is designed as a family of related perovskite formulations and manufacturing processes. The platform can be configured for different functions and integrated into rigid, flexible or surface-applied products.
Store
Place energy storage close to where electricity is produced and used.
Heat
Deliver controlled warmth through high-temperature industrial applications.
Cool
Support active cooling for buildings, products, vehicles and clothing.
Illuminate
Create thin, flexible lighting for designed surfaces and products.
Beyond the panel
Energy can follow the shape of the world around us
Printable and coatable active materials create a different design language from rigid silicon panels. Energy functions can be applied to glass, metal, polymer films, building materials, vehicle surfaces and textiles.
That opens opportunities wherever weight, available area, appearance, geometry or mobility limits a conventional installation.
See the application landscapeBuildings become energy surfacesRoofs, facades and interior systems can combine power, storage and climate functions.
Vehicles harvest energy through the bodyActive layers can be integrated beneath suitable painted finishes.
Textiles manage personal temperatureFunctional material can be woven into fabrics for heating or cooling.
Industry gains localized thermal controlSurfaces can deliver targeted heat, cooling, deicing and distributed power.
Performance by design
More energy from less space
SolarPWRD is engineered to increase conversion efficiency, extend useful production hours and reduce the physical footprint required for a given level of output.
3–4×higher conversion potentialCompared with the stated conventional silicon benchmark.
5×carbon creditsCompared with silicon-based panels under the stated methodology.
≈100%recyclable materialsDesigned to support a circular energy infrastructure.
A platform for the next energy era
What would you SolarPWR?
Explore how perovskite nanotechnology could reshape a building, vehicle, product, industrial system or material already in your world.