Next-generation solar
Perovskites, tandem cells, transparent photovoltaics, and new materials are pushing efficiency beyond today's conventional panels.
Explore the technologies transforming how we create, store, move, and use power — from smarter solar and advanced storage to hydrogen, AI grids, and breakthrough clean-energy systems.
Next-generation panels, smarter materials, and solar systems powering the clean-energy transition.
Advanced turbines, better siting, and next-wave wind technology built for a cleaner grid.
Electric vehicles, charging innovation, and the future of transportation connected to clean power.
The next energy era will be built from more than one technology. It will connect renewable generation, long-duration storage, intelligent grids, new fuels, advanced materials, and software that can make the entire system more responsive.
See what is emerging nowFrom generation to storage and distribution, these are some of the areas where innovation could reshape the economics and performance of clean energy.
Perovskites, tandem cells, transparent photovoltaics, and new materials are pushing efficiency beyond today's conventional panels.
Cleaner electrolysis, cheaper renewable power, and new infrastructure could make hydrogen a major tool for hard-to-electrify industries.
Flow batteries, thermal storage, gravity systems, and other approaches are targeting the hours and days lithium-ion cannot economically cover.
Forecasting, automation, distributed resources, and real-time optimization are turning the electrical grid into a more intelligent energy network.
The biggest breakthroughs may come from combining technologies instead of treating them as isolated products. Solar, wind, storage, hydrogen, electric transport, and intelligent grid software can function as one responsive ecosystem.
Explore the system →Generation moves closer to where energy is actually used.
Storage turns intermittent power into dependable supply.
Software coordinates millions of devices in real time.
New fuels carry clean energy into heavy industry and transport.
A front-row view of technologies, systems, and ideas that could define the next phase of the global energy transition.
Better forecasting, larger turbines, and software-defined operations are changing the economics of wind.
New chemistries are aiming for cheaper, safer, longer-duration storage.
AI could help balance decentralized power at a scale humans cannot manage manually.