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Home - Energy Storage - RheEnergise commissions Britain’s first ‘high density hydro’ long-term storage facility – SPE
Energy Storage

RheEnergise commissions Britain’s first ‘high density hydro’ long-term storage facility – SPE

solarenergyBy solarenergyJanuary 27, 2026No Comments2 Mins Read
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Pilot project for long-term energy storage (LDES) uses fluid with a low viscosity and a higher density than water. RheEnergise is looking for future projects in the range of 10 MW to 100 MW, with a storage capacity of six to twenty hours.

January 27, 2026
Matthew Lynas

RheEnergise’s High-Density Hydro project has secured investment from the UK government’s GBP 1 billion Net Zero Innovation Portfolio fund

Image: RheEnergise

By ESS news

A British startup has commissioned a pilot energy storage project designed to allow smaller, flexible hydropower plants to be built in hills rather than mountains. RheEnergise received a grant from the UK government to support the development of the now operational Cornwood project in Plymouth, England.

The energy system uses a fluid with a low viscosity and greater density than water, but otherwise operates like a typical hydroelectric storage facility, pumping uphill when electricity demand is low and discharging when demand is high. The low viscosity and higher density of the fluid mean that the RheEnergise system requires two and a half times less vertical height than a standard hydropower plant, potentially expanding the number of viable locations for pumped energy storage.

The idea has received significant support from UK and European innovation funds. RheEnergise has received GBP 8.25 million ($11.3 million) from the UK government, as well as grant support from the European Innovation Council (EIC) Accelerator programme. The company aims to have commercial-scale projects operational within the next three years and is currently developing potential sites in the UK, Italy, Poland, Spain and North America.

See also  Portugal to keep the energy storage auction before January 2026 - PV Magazine International

To read further, visit our ESS news website.

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