Enhanced geothermal systems (EGS) and closed-loop technologies accessing deep heat.
Machine learning models predicting electricity demand with unprecedented accuracy.
AI auditing to prevent bias in energy distribution and planning.
Using ammonia for long-distance hydrogen transport and maritime fuel.
AI and sensors to protect wildlife at renewable energy sites.
Decision-support systems embedding climate and equity metrics into planning.
Digital tools enabling communities to co-design and oversee energy projects.
Solar thermal plants using mirrors to generate dispatchable electricity.
Integrated frameworks for protecting energy assets from advanced cyber threats.
AI-driven monitoring of OT networks and grid behavior for cyber threats.
Traceability systems for battery lifecycle and material provenance.
Industrial systems removing CO₂ directly from the atmosphere powered by renewables.
Control platforms orchestrating large fleets of distributed energy resources.
Large-scale heat pump and thermal network solutions for buildings and industry.
Real-time thermal monitoring to safely increase transmission line capacity.
Targeted interventions lowering energy costs for low-income households.
Frameworks empowering users to control their energy consumption data.
Privacy-preserving machine learning trained across distributed grid assets.
Deep-water wind turbines on floating foundations for untapped ocean energy.
Mechanical storage systems using gravity and mass for long-duration discharge.
Integrated clusters for producing and utilizing hydrogen from renewables.
High-fidelity virtual replicas of power systems for simulation and operations.
Advanced power electronics that provide synthetic inertia and voltage control.
Next-generation PEM and solid oxide electrolyzers for large-scale hydrogen production.
High-Voltage Direct Current networks for long-distance transmission.
Self-determined energy systems respecting Indigenous rights and governance.
Coordinating energy-intensive industrial loads to provide grid services.
Policies and programs supporting workers and communities leaving fossil fuels.
Storage systems capable of discharging energy for 10+ hours.
Experimental reactors achieving net energy gain from nuclear fusion reactions.
Next-generation photovoltaic cells exceeding silicon efficiency limits.
Cryptographic methods resistant to attack by quantum computers.
Converting renewable electricity into synthetic fuels and chemical feedstocks.
Utilizing quantum computing to solve complex grid balancing problems.
APIs and platforms providing live grid carbon intensity for demand shifting.
Islandable local grids serving critical facilities and communities.
Space-based detection of methane leaks from gas infrastructure.
AI-driven systems that automatically detect faults and reroute power.
Compact nuclear fission reactors designed for modular manufacturing.
Battery technology using solid electrolytes for higher safety and energy density.
Power-electronic transformers for precise, flexible voltage conversion and control.
Orbital solar arrays beaming energy to Earth via microwaves or lasers.
High-temperature superconductor cables for zero-loss power transmission.
Harnessing ocean currents and waves for predictable renewable generation.
Blockchain-based markets for peer-to-peer energy trading.
Decentralized solutions and policy frameworks ensuring electricity for all.
Bi-directional charging allowing EVs to discharge power back to the grid.
Aggregated networks of distributed energy resources acting as one.
