Advanced solar
Tandem cells, perovskites, building-integrated photovoltaics, and smarter tracking systems are pushing solar toward higher output with less material.
Technology map
The systems redefining power
Explore the technologies moving from research labs into the real world — and how they may change generation, storage, transport, and the grid.
SolarWindStorageHydrogenSmart GridE‑Mobility
Technology landscape
Six frontiers worth watching
The energy transition will not be driven by a single invention. It will come from technologies that reinforce one another across the entire system.
Generation / Materials
Next-gen wind
Larger turbines, floating offshore platforms, better forecasting, and digital twins are turning wind farms into increasingly intelligent power plants.
Long-duration storage
Flow batteries, thermal systems, gravity storage, and alternative chemistries aim to bridge the hours and days lithium-ion cannot economically cover.
Green hydrogen
Cheaper electrolyzers and cleaner electricity could make hydrogen an important energy carrier for steel, chemicals, shipping, and seasonal storage.
Smart grids
AI forecasting, distributed energy resources, virtual power plants, and automated controls can make the grid more responsive and efficient.
Electrified mobility
EVs, high-speed charging, vehicle-to-grid systems, and cleaner batteries are linking transportation directly to the future energy system.
Storage + intelligenceThe breakthrough is often the combination.
System advantage
From isolated products to a connected stack
A cleaner energy system works best when generation, storage, software, and flexible demand are designed to operate together instead of as separate pieces.
✓Storage can shift renewable power into the hours when it is most valuable.
✓AI can forecast supply, demand, pricing, and equipment performance in real time.
✓EVs and buildings can become active participants in the grid rather than passive loads.
Technology maturity
From emerging to essential
Different technologies are moving at different speeds. The most important question is not only what works — but what can scale.
Now
Commercial scale
Solar, wind, lithium-ion storage, heat pumps, and EVs continue rapid deployment.
Next
Scaling quickly
Virtual power plants, long-duration storage, advanced geothermal, and offshore wind expand.
2035+
System integration
Hydrogen hubs, AI-managed grids, vehicle-to-grid networks, and industrial electrification mature.
Beyond
Breakthrough era
Fusion, new materials, carbon-neutral fuels, and technologies still in the lab reshape the frontier.
See how these technologies fit together.
Explore the bigger system — and what a distributed, intelligent, increasingly electric energy economy could look like.