Elestor's flow battery
Large-scale, long-duration, scalable and affordable
For a decarbonised future
where long-duration energy storage replaces the power plants of the past
Our technology
To enable a fully clean energy system
that unlocks the true potential of solar and wind energy
About ElestorThis is the Long Duration Energy Storage flow battery
The technology is affordable and easy to scale, which means we can speed up the spread of Elestor flow batteries to store large volumes of electricity over long durations.
our technology
Get to know us
Find out why we dedicate our lives to a sustainable future and discover how we help shape a new, clean energy system that will improve everyone’s lives.
About
Discover our technology
Explore how flow batteries work, how hydrogen and iron interact in our closed system, and why Elestor’s solution is better than rival technologies.
technology
Work with us
Help us create long-term, affordable electricity storage solutions that will facilitate the transition away from fossil fuels to a new, clean energy system.
careers
Vacancies updates
Subscribe to our vacancy alerts to find out how your personal energy can help reinvent the energy system.
Elestor and Windpark Zeewolde partner on long-duration energy storage to address grid congestion
Elestor and Windpark Zeewolde have entered a collaboration for the phased deployment of a large-scale hydrogen-iron flow battery at the largest onshore wind farm in The Netherlands.
Read more
Dutch hydrogen battery promises 2 cents per kWh and lasts for decades
Article on TW.nl: A Dutch breakthrough in battery technology could keep the electricity grid stable for decades, at low cost and as a sustainable alternative to lithium batteries. This hydrogen–iron flow battery could significantly reshape large-scale energy storage.
Read more
Hydrogen-iron flow battery could deliver 25-year grid energy storage with 80% efficiency
Article on Interesting Engineering: A Dutch battery manufacturer has developed a revolutionary hydrogen-iron flow battery that could reportedly power grids for decades while maintaining stable efficiency across tens of thousands of charge-discharge cycles.
Read more
