Builds and operates software-enabled mines.

Builds micro nuclear reactors.

Lithium-sulfur batteries and 3D graphene supermaterials for energy and defense.

Builds grid-scale power electronics.

Stores zero-carbon industrial heat.

Commercializes fusion energy.

Builds sodium-ion batteries.

Discovers new material deposits.

Manufactures graphite battery anodes.

Deploys remote grid sensors.

Builds pulsed fusion generators.

Builds thermal energy storage.

Powers homes with batteries that form virtual power plants.

Pairs solar with battery storage for round-the-clock off-grid power.

Deploys rapid robotic power systems.

Sequesters carbon underground via bio-oil.

Manages power procurement with AI.

Installs fast, transparent heat pumps.

Produces fuels from captured CO₂.

Builds flexible solar cells.

Optimizes EV charging grids.

Improves lithium-ion battery electrolytes.

Digitizes infrastructure development.

Removes carbon dioxide from the air using limestone-based direct air capture.

Builds battery-backed electric stoves.

Improves lithium extraction efficiency.

Boosts carbon capture via trees.

Cuts building energy costs.

Produces carbon-neutral magnesium.

Electrifies chemical production.

Scales battery swapping systems.

Delivers AI-driven weather intelligence.

Buries nuclear waste.

Discovers and develops critical minerals.

Extracts battery materials from brine.

Optimizes electric grid performance.

Clean, firm power portfolios for hyperscale data centers and large industrials.

Manufactures zero-emission concrete.

Trades industrial chemicals online.

Makes electricity with light.

Optimizes battery manufacturing data.

Explores solar geoengineering.

Advances fusion plant technology.

Manufactures battery cathodes.

Builds backup power for inside the home.

Builds an atmospheric sensing network.

Next-generation battery technology for scalable clean energy storage.

Stores hydrogen for heavy transport.