Cumulus Energy Storage (Cumulus) aims to be the leading manufacturer and developer of grid-level energy storage batteries with the lowest levelised cost of storage (LCOS) globally.
Large scale storage is an essential part of the future of energy. We need electricity super-storage to give industry the freedom of instantly available renewable electricity; give the grid capacity to deliver security of supply; and give time-shifting to renewables so that solar energy after sunset becomes reality.
The market drivers for energy storage are set in legislation. Increasing distributed renewables generation, especially the growth in solar PV on top of onshore and offshore wind, is causing pain points for grid infrastructure and incumbent generators; creating urgent global need for reliable low-cost, scalable grid-level energy storage.
Cumulus has taken the bold and visionary step of combining a 200 year old battery technology with industrial scale mining and water treatment processes, to create a disruptive opportunity – electricity super-storage. Using patent granted technology, we have created a low-cost grid-scale rechargeable Copper/Zinc battery.
With financial support from the UK government and equity investment, Cumulus has extended from Sheffield to San Francisco, with laboratory facilities developing grid-connected full-scale prototypes. Pilot line production, followed by full production capacity, will be supported by global component manufacturers and continental forming and assembly plants; delivering our super-storage products and services to customers through local project developers.
For more information about us, our technology and markets, please see below.
For more information about…
News & Updates
Copper/Zinc super-storage batteries for energy storage
Cumulus believes its Copper/Zinc battery system can achieve the lowest levelised cost of energy (LCOE) for grid-scale storage at £120/MWh, the equivalent of pumped hydro
View All News ArticlesLatest from Twitter
Please enable JavaScript too see the latest tweet.