Research Network
4 groups in clean energy research worldwide
Solar EnergySolar EnergyPhotovoltaic cells, solar thermal systems, and concentrated solar power. Covers cell efficiency improvements, perovskite and tandem architectures, and utility-scale deployment.Wind EnergyWind EnergyOnshore and offshore wind turbine design, aerodynamics, and wind farm optimization. Includes floating offshore platforms and grid-scale variability management.Offshore WindOffshore WindFixed-bottom and floating offshore wind turbines, marine foundations, subsea cables, and operations in harsh ocean environments. Unlocking the strongest and most consistent wind resources.HydrogenHydrogenGreen hydrogen production via electrolysis, storage, transport, and fuel cell applications. Central to decarbonizing heavy industry, shipping, and long-distance transport.Fuel CellsFuel CellsProton exchange membrane, solid oxide, and molten carbonate fuel cell systems for stationary power, transport, and portable applications. Bridging hydrogen production and end use.Energy Storage & BatteriesEnergy Storage & BatteriesLithium-ion, solid-state, and flow batteries for grid-scale and mobile applications. Critical for smoothing renewable variability and enabling full electrification.Nuclear EnergyNuclear EnergyFission reactor design, safety systems, waste management, and advanced concepts including small modular reactors (SMRs) and Generation IV designs.Carbon CaptureCarbon CaptureCapturing CO₂ from industrial point sources and directly from the atmosphere. Covers DAC, BECCS, geological storage, and utilization pathways.Smart GridsSmart GridsDigital infrastructure for intelligent power distribution, demand response, and distributed generation. Includes grid cybersecurity and real-time balancing.Energy EfficiencyEnergy EfficiencyBuilding envelopes, industrial process optimization, heat pumps, and demand-side management. The fastest and cheapest lever for reducing total energy consumption.Heat Pumps & Thermal EnergyHeat Pumps & Thermal EnergyVapor-compression and absorption heat pumps for space heating, industrial process heat, and district energy. Thermal storage using materials ranging from water to molten salt.GeothermalGeothermalHarnessing subsurface heat for power generation and district heating. Enhanced geothermal systems (EGS) are unlocking vast new resources beyond volcanic zones.Ocean & TidalOcean & TidalWave energy converters, tidal stream turbines, and ocean thermal energy conversion. Taps the vast kinetic and thermal energy of the world's oceans.Biomass & BiofuelsBiomass & BiofuelsConversion of organic matter to heat, power, and liquid fuels via gasification, pyrolysis, and fermentation. Covers sustainable feedstocks and advanced biofuel chemistry.Energy PolicyEnergy PolicyEconomic, regulatory, and geopolitical dimensions of the energy transition. Covers carbon pricing, subsidy reform, permitting reform, and international climate agreements.Energy Finance & MarketsEnergy Finance & MarketsCarbon pricing mechanisms, energy project finance, power purchase agreements, and the economics of the low-carbon transition. Covering wholesale markets, policy instruments, and climate finance.Energy Access & Developing MarketsEnergy Access & Developing MarketsExpanding affordable, reliable energy to 750 million people without electricity. Focuses on mini-grids, off-grid solar, and last-mile electrification in the Global South.Fusion EnergyFusion EnergyPlasma confinement via tokamak, stellarator, and inertial approaches toward commercial fusion power. Offers the potential for limitless, clean baseload energy.EV & TransportationEV & TransportationElectric vehicle powertrains, charging infrastructure, battery management, and the electrification of aviation, shipping, and heavy freight.Industrial DecarbonizationIndustrial DecarbonizationReducing emissions from steel, cement, chemicals, and other hard-to-abate sectors. Covers electrification, process innovation, hydrogen-based reduction, and carbon capture in industrial settings.Power-to-XPower-to-XConverting surplus renewable electricity into hydrogen, synthetic fuels, e-methane, e-methanol, and e-ammonia. Enables long-duration storage and low-carbon feedstocks for industry.Critical Minerals & MaterialsCritical Minerals & MaterialsLithium, cobalt, nickel, rare earth elements, and other materials essential to clean energy technologies. Covers mining, refining, recycling, substitution, and supply chain resilience. clear area
H&
Hydrogen & Fuel Cell Center
Verified
RWTH Aachen University
🇩🇪 Aachen, Germany
Developing green hydrogen production via electrolysis, storage materials, and PEM fuel cell systems for transport and industrial decarbonisation.
HydrogenFuel CellsIndustrial Decarbonization+1
50+Est. 2010 Website
B&
Biomass & Bioenergy Lab
Verified
Wageningen University & Research
🇳🇱 Wageningen, Netherlands
Sustainable biomass supply chains, advanced lignocellulosic biofuels, and biorefinery integration. Strong links to European agricultural and waste-to-energy sectors.
Biomass & BiofuelsCarbon CaptureIndustrial Decarbonization
16-50Est. 2007 Website
PI
Power-to-X Innovation Group
Verified
Delft University of Technology
🇳🇱 Delft, Netherlands
E-fuels, green ammonia, and synthetic methane production from renewable electricity. Reactor design, catalyst development, and system-level techno-economic analysis.
Power-to-XHydrogenIndustrial Decarbonization+1
6-15Est. 2018 Website
CC
Carbon Capture & Utilisation Lab
Verified
University of Melbourne
🇦🇺 Melbourne, Australia
Direct air capture sorbents, CO₂ mineralisation, and geological storage assessment for Australian CCS projects. Leading partner in the CSIRO Carbon Mission.
Carbon CaptureIndustrial DecarbonizationEnergy Policy
6-15Est. 2015 Website