Electrochemical storage: what's new in batteries - Part 2 | ENGIE Research & Innovation

My account ENGIE

Look back to previous sustainable technologies Return to the list

Current trend of the technology :

Strong R&D activity and business increasing

Active research and first emerging business

Work in progress

Decreasing R&D activity

Towards more sustainable and safer battery chemistry: Redox Flow Batteries and Solid-state batteries

Redox-Flow: this technology is still slow to penetrate the market although a big project has recently been announced (100-500 MWh in China).? Solid State Lithium Batteries: car manufacturers are still believing in solid state battery development- cells should be ready to be validated by labs in 2022.

Bibliography

[95] CNBC, 2021. Tesla will change the type of battery cells it uses in all its standard-range cars.

[96] PushEVs, 2021. Farasis Energy reaches 330 Wh/kg with new battery cell

[97] bestmag.co.uk, 2021. Sodium-ion trends as CATL announces plans to diversify into the technology.

[98] VRB Energy announces agreement for China’s largest solar battery; a 100MW solar & storage project in Hubei Province.

Download the 2021 Sustainable technologies PDF

Energy uses

Power-to proteins

Pumped Hydro Compressed Air

Multi-purpose offshore platforms

Green ammonia and green fertilizer

Electrochemical storage: what's new in batteries - Part 1

Electrochemical storage: what's new in batteries - Part 2

Green mobility: what’ new? Hyperloop

Green mobility: Sustainable Aviation Fuel (SAF)

Green mobility: Sustainable Aviation Fuel (SAF) - Part 2

Direct Current (DC) grids

Electricity storage in the sea

Electricity storage inside wind turbine tower

(Ambient) CO2 to fuels using Hydrogen

Direct Air Capture for CO2 removal from ambient air using chemical processes

See technologies of other categories

Sign up for the ENGIE Innovation Newsletter