Title
iWESH - Integrated Whole Energy Storage with Hydrogen

CoPED ID
a13c8c76-040c-484c-9ae7-5795b9c1142a

Status
Closed


Value
£1,045,610

Start Date
Nov. 1, 2015

End Date
Jan. 31, 2017

Description

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This 12 month technical feasibility project tests the opportunity for an innovative whole system approach to

solve the trilemma of improving energy security from increased deployment of renewable generation which is

otherwise grid constrained, providing an overall improvement of the commercial viability of renewable

generation, and reducing the cost of producing "green" hydrogen particularly where additional grid costs are

incurred, such as farms and remote locations. It creates a technically validated, detailed model, based on using

a novel control system, that balances energy generation and use on site that is connection compliant to the

parameters stipulated in Engineering Recommendation G83/3, enabling real time cost, grid balancing and peak

shaving capability to store and produce low cost hydrogen. The project, led by ULEMCO Ltd with partners

Revolve Technologies and Clean Power Solutions, takes the current individual system components (already

installed at Springbank Farm, Cheshire), adds SMART on board vehicle storage, low cost h2 refuelling, and then

gathers real use data to define, quantify and validate the optimum operating value of the whole system.

ULEMCO LTD LEAD_ORG
CLEAN POWER SOLUTIONS LTD PARTICIPANT_ORG
ULEMCO LTD PARTICIPANT_ORG
REVOLVE TECHNOLOGIES LIMITED PARTICIPANT_ORG

Gordon Nelson PM_PER

Subjects by relevance
  1. Hydrogen
  2. Costs
  3. Renewable energy sources
  4. Warehousing
  5. Energy balance
  6. Modelling (representation)
  7. COST 306 project

Extracted key phrases
  1. Month technical feasibility project
  2. Energy Storage
  3. Hydrogen
  4. Low cost hydrogen
  5. Additional grid cost
  6. Low cost h2 refuelling
  7. Real time cost
  8. Integrated
  9. Current individual system component
  10. System approach
  11. Novel control system
  12. Renewable generation
  13. Energy generation
  14. Real use datum
  15. Grid balancing

Related Pages

UKRI project entry

UK Project Locations