Energy & Climate

Delivers compact nuclear power.

Electrifies chemical production.

Optimizes grid data and analytics.

Scales battery swapping systems.

Deploys kilowatt-scale fission reactors.

Improves lithium-ion battery electrolytes.

Stores zero-carbon industrial heat.

Generates energy while storing carbon.

Delivers AI-driven weather intelligence.

Turns deserts into commercial hubs.

Builds compact fusion reactors.

Modernizes electric power utilities.

Advances geothermal drilling technology.

Builds next-gen grid battery materials.

Maps the ocean floor.

Digitizes infrastructure development.

Supplies sustainable aviation fuels.

Sequesters carbon underground via bio-oil.

Removes CO₂ directly from air.

Builds fusion energy systems.

Reduces peak power demand on-site.

Builds AI-scale data centers.

Automates heavy equipment operations.

Installs residential geothermal systems.

Delivers home battery power.

Buries nuclear waste.

Recovers critical metals from waste.

Produces synthetic petroleum fuels.

Automates mineral exploration drilling.

Discovers and develops critical minerals.

Modernizes resource recovery systems.

Controls energy and transport networks.

Installs fast, transparent heat pumps.

Builds nationwide EV fast charging.

Extracts battery materials from brine.

Optimizes electric grid performance.

Delivers modular clean energy systems.

Advances geothermal clean energy.

Delivers real-time flood intelligence.

Builds iron-air batteries.

Manufactures zero-emission concrete.

Builds pulsed fusion generators.

Delivers end-to-end renewable power.

Monitors battery quality in real time.

Deploys remote grid sensors.

Builds commercial fusion generators.

Builds grid-scale power electronics.

Produces affordable green hydrogen.

Scales direct air capture.

Builds battery-backed electric stoves.