-
Power-to-Gas (PtG)
Wind becomes hydrogen -
Fuel cell power plants
Supplying housing estates -
Lithium-ion batteries
High specific energy -
Supercapacitors
Capacitors -
Battery storage power plants
Grid stabilisation -
Redox flow batteries
Electricity by the litre -
Underground compressed air
Compressed air storage -
Pumped storage power plants
Grid utilisation -
Latent heat storage systems
Phase change -
ACT
Dates
no news in this list.
Sponsored projects
-
Higher performance with electrolysis technology
Material development -
Hydrogen fuel production by electrolysis
Study Plan-DelyKaD -
MeMO - a novel high-temperature battery
Power-to-Storage -
-
Economic check for energy storages
Analysis -
Increasing the storage density with salt hydrates
Composite Material -
Bundling storage in the cloud
Simulation and planning tool -
3D electrodes for more power and longer shelf-life
Redox-flow batteries -
Cooling of buildings using new salthydrates
Salthydrates -
-
From power grid to fundamental research
Capacitors -
Store PV-electricity economical
System concept -
-
Forecasting the potential of caverns
Performance Potential -
Charging batteries more quickly
Charging process -
Phase change material is crystallised
Organic PCM -
Hydrogen drying using cost-efficient membranes
Water electrolysis -
-
Hydrogen production in the megawatt-scale
Elektrolysis -
-
New Materials for lithium ion batteries
High-energy cathodes -
Saisonal storage in aquifers
Long-term storage -
Gas and fuel from wind
Power-to-Gas -
Future concepts for electrochemical energy storage
Crystal physics -
-
Compressed air instead of a pumped-storage power plant
Large scale emission-free electricity storage -
Innovative Supercapacitors
Electrochemical Storage -
Lithium, the renewable coal
Lithium combustion -
-
-
Zinc-air batteries for the grid
Stationary Energy Storage Systems -
Energy from tubes
Redox-Flow-Battery -
Reducing the costs with new materials
PEM electrolysis -
Direct conversion of solarenergy in hydrogen
Solar hydrogen production -
-
Storing energy at sea
Pump storage StEnSEA -
Foundry using waste heat of the furnace
Industrial waste heat utilisation -
Active coatings for heat storage
Composites -
Management of decentralised PV-battery systems
Grid management -
Hybride storage system based on renewables
SmartRegion Pellworm -
Drying with open sorption processes
Absorption-storage system -
„SALSA“ makes steam and waste heat useable
Latent heat storage based on salt -
Electricity from air and magnesium
Metal-air-battery -
Hydrogen from the sea
Sea water electrolysis -
Battery System for owners and the grid
Decentralised battery storage -
Saline stores process and solar heat
Liquid sorptionstorage -
Put stacks through their paces
PEM elektrolysis -
Nanomaterial increases capacity
Super capacitor -
Latent heat storage for central heating
Composite materials -
Heat storage in smallest volume
Thermochemical solid heat accumulators -
Hot water storage tank
Huge water tanks for buildings -
Sorptive heat storage using activated carbon
Sorption heat storage -
100 % renewable energy through Power-to-Gas
Power-to-Gas -
Increase dynamism with three-dimensional wire mesh
Phase-change material (PCM) -
Super batterie combines high performance and capacity
Analysis -
Increasing efficiency of power plants and electric arc steelworks
Latent heat storage -
Pourable PCM for high temperatures
Latent heat storage -
Battery storage system with five megawatts of capacity
M5BAT battery storage power plant -
Metal hydrides store faster with graphite
Thermochemical storage -
Quantum mechanics replaces laboratory experiment
Lithium batteries -
Standardising performance tests
Analysis -
New generation of lithium-ion batteries
Lithium-ion batteries -
The potential of electrochemical storages
Electrochemical Storage -
Magnesium sulfide - an alternative to lithium
Accumulator -
Increase efficiency with new materials
Redox flow batteries -
More efficiency through bulk movement
Chemical heat storage -
Liquid storage simplifies network expansion
Redox flow battery -
Waste heat used for production of precast concrete
Latent heat storage -
Cheaper slurries for cooling processes
PCM storage -
Thermal characterization of PCM
Latent heat storage -
Activated carbons increase energy density
Double layer capasitors -
Network storage with hybrid photovoltaic system
Power-heat systems -
Temporarily store excess wind in hydrogen
Wind-hyrogen systems -
New economical phase change material
Latent heat storage -
Household appliances store heat
Smart Grid -
Power gap filler in the megawatt class
ENABEL: PEM electrolyser -
City as Storage
Central energy management system -
How to store heat for weeks
Latent heat storage with super insulation -
Analysing energy storage in the electricity system
Integrated electricity market model -
Battery system based on storage of electrolyte anions
Dual-ion battery -
Synthesising methane cost-effectively
Synthesis -
Coupling renewables with electricity and gas grids
Supply networks -
Sorption heat storage for the industry
High temperature storage -
Fridges with latent heat storage
Latent heat storage -
System analysis energy storage
Analysis -
Increasing the energy density of thermal storages
Materials and components -
New membrane materials for PEM water electrolysis
Electrolysis -
Segmental design reduces costs of storage tanks
Large-scale hot water storage tanks -
Using salt caverns throughout Germany
Cavern storage -
New design reduces system costs
Flywheel energy storage systems -
Hybrid power supply for municipal vehicles
Battery fuel cell drive -
Cost-effective manufacture of lithium batteries
Stationary battery storage systems -
Faster power storage with high cycle rate
Energy storage flywheels -
Green H2: Producing low cost and load-flexible hydrogen
Hydrogen electrolysis -
Storing heat in mines
Heat storage system in a mine -
