Longer Duration Energy Storage Demonstration Programme, Stream 2 Phase 1 projects
Updated 12 April 2023
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Stream 2 aims to accelerate commercialisation of innovative longer duration energy storage projects through to first-of-a-kind (FOAK) full-system prototypes. Phase 1 projects will be expected to deliver a feasibility study report for their proposed technology and contribute to knowledge dissemination and sector capacity-building.
The following 19 projects received funding for Stream 2, Phase 1.
Thermal energy storage
Project Name: EXTEND
Led by: Sunamp Ltd
Project Location: East Lothian, Scotland
Sunamp Ltd will receive £149,893 to conduct a feasibility study to further develop the storage duration of their thermal batteries. The project is also looking to pair this technology with domestic management systems to prepare for, and ride out, periods of low renewables generation on the grid, and to deliver heating and hot water throughout that period.
Project Name: Exergy3
Led by: The University of Edinburgh
Project Location: Edinburgh, Scotland
The University of Edinburgh will receive £149,779, to develop and prepare the test of a 36 MWh ultra-high temperature energy storage system that has the potential to significantly reduce the CO2 emissions of some of the most energy and carbon-intensive processes in the world.
Project Name: ADSorB
Led by: Active Building Centre Research Programme (Swansea University)
Project Location: Swansea, Wales
A consortium led by the Active Building Centre Research Programme (Swansea University) will receive £143,440 to develop innovative long duration thermal storage technologies and associated intelligent control systems to enable optimised, flexible storage of heat within homes, providing benefits for the occupant and grid.
Project Name: Utilising Composite Phase Change Materials
Led by: Vital Energi
Project Location: Blackburn
Vital Energi will receive £131,214 to further develop a thermal energy storage system using composite phase change material to support the decarbonisation of heating.
Project Name: INHERENT
Led by: Energy Systems Catapult Services Limited
Project Location: Birmingham
A consortium led by the Energy Systems Catapult will receive £149,831 to demonstrate that the Q-zeta domestic thermal store can provide high-capacity, low-cost Longer Duration Energy Storage for the UK energy system.
Power-to-X energy storage
Project Name: HyDUS
Led by: EDF R&D UK
Project Location: Oxfordshire
A consortium led by EDF R&D UK will receive £149,602 funding to transfer and modify Metal Hydride storage technology that is currently used for storing tritium and deuterium in the Fusion energy sector and apply it to safely store large quantities of common Hydrogen (Protium) for long periods.
Project Name: HEOS
Led by: Gutteridge, Haskins & Davey Ltd
Project Location: Chester
Gutteridge, Haskins & Davey Ltd. will receive £141,000 to undertake a study into the feasibility of demonstrating a grid-connected Power-to-X energy storage system based on storing hydrogen in an innovative and patented metal hydride.
Project Name: RIPCURL
Led by: ITM Power PLC
Project Location: Sheffield
ITM Power Trading will receive £149,388 to reduce Platinum Group Metal (PGM) loading in electrolyser cells through an extensive R&D programme that will explore alternative materials in order to reduce the reliance on PGMs in electrolysers. With a view to enabling lower-cost capital equipment to deliver low-cost renewable hydrogen.
Project Name: Hydrilyte™ Refueller Prototype
Led by: Corre Energy Limited
Project Location: Wales
A consortium led by Corre Energy Limited, will receive £149,922 to enable its consortium to demonstrate a unique long duration hydrogen storage system utilising Carbon280 Hydrilyte™, a patented hydrogen storage medium.
Electrical energy storage
Project Name: FlexiTanker
Led by: Cheesecake Energy
Project location: Nottingham
Cheesecake Energy will receive £139,411 to develop their thermal and compressed air energy storage technology to integrate more renewables into the grid, helping to fast-track the decarbonisation of the UK electricity system.
Project Name: Sustainable Single Liquid Flow Battery
Led by: StorTera
Project location: Edinburgh
StorTera will receive £148,940 to specify and cost a MW scale demonstrator of their sustainable and highly energy dense lithium sulphur based flow battery technology that could last for 30 years without degradation.
Project Name: High-Density Hydro® Energy Storage
Led by: RheEnergise
Project location: London
RheEnergise will receive £149,537 to develop High-Density Hydro®, a cost optimised energy storage solution to create stable, dispatchable power grids from ultra-low-cost renewable energy.
Project Name: e-Zinc Energy Storage Systems
Led by: e-Zinc
Project location: UK
e-Zinc will receive £144,990 to accelerate the commercialisation of its long-duration energy storage systems in the UK, based on its technology to store energy in zinc metal.
Project Name: BlueStor
Led by: MSE International
Project location: Portsmouth
MSE International will receive £149,779 to lead a feasibility study to demonstrate a new generation of organic flow battery technology that has the potential to displace diesel generators by providing power for vessels at berth, while also enabling port-based energy storage to significantly contribute to UK grid flexibility.
Project Name: Marine Pumped Hydro
Led by: RCAM Technologies
Project Location: Edinburgh
Led by RCAM Technologies, the consortium will receive £150,000 to develop a marine pumped hydroelectric energy storage technology manufactured using 3D concrete printing.
Project Name: Feasibility of Compressed Air Energy Storage in the Offshore UK Continental Shelf
Led by: Crondall Energy
Project Location: UK
A consortium led by Crondall Energy has been awarded £149,086 to develop the application of compressed air energy storage on the UK continental shelf, a simple and effective approach to long term storage of intermittently generated renewable energy.
Project Name: Co-location of Flow Battery Storage with Solar PV
Led by: Locogen
Project Location: Edinburgh
A consortium of collaboration partners, led by Locogen, will receive £121,400 to assess the feasibility of flow battery storage co-located with existing solar PV.
Project Name: Renewable Copper
Led by: Energy Systems Catapult Services Limited
Project Location: Birmingham
A consortium led by Energy Systems Catapult, will receive £149,954 to develop long-duration (4-12 hour) Copper/Zinc battery storage for a demonstrator project at Kilgallioch, South Ayrshire (Phase 1), and to plan for its commercial scale-up and rollout in Phase 2.
Project Name: PTES Demonstrator
Led by: SynchroStor
Project Location: Edinburgh, Scotland
SynchroStor will receive £79,560 to deliver a feasibility study of a grid-scale pumped thermal energy storage system which is easily scaleable and can be installed almost anywhere.