Title
Thermal Energy Storage System (TESS)

CoPED ID
fd9f42b9-0837-48c6-8bac-eecceeba6e07

Status
Closed


Value
£397,630

Start Date
June 30, 2018

End Date
March 31, 2019

Description

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Managing energy resources for sustainable economic growth and addressing the ‘Energy Trilemma’ of security of supply, low cost to consumer and decarbonising is imperative. For energy technologies to become truly transformative, as renewable energy and electric vehicles increase, energy storage technologies underpinning UK capabilities and delivering on this Energy Trilemma become more critical and key to supporting the UK’s energy policy. The TESS project is a novel thermal store that aims to decouple power generation from power requirements, to enable more use of daylight renewable generation and output power at night. This reduces emissions by enabling more EV usage and green power to charge them, whilst simultaneously removing load imbalances to the national grid. TESS is a cost-effective, disruptive, enabling technology with increased benefits, offering growth opportunities for EV and other applications. It does not employ lithium batteries, thereby reducing lithium dependancy, easing security of supply, and is inherently safer.

Nemein Ltd LEAD_ORG
Nemein Ltd PARTICIPANT_ORG

Subjects by relevance
  1. Emissions
  2. Energy policy
  3. Sustainable development
  4. Renewable energy sources
  5. Security of energy supply
  6. Safety and security
  7. Costs
  8. Electrical power networks
  9. Technology
  10. Accumulators
  11. Technology policy
  12. Energy production (process industry)
  13. Security of supply
  14. Environmental effects

Extracted key phrases
  1. Thermal Energy Storage System
  2. Energy storage technology
  3. Energy resource
  4. Energy technology
  5. Renewable energy
  6. Energy policy
  7. Energy Trilemma
  8. Sustainable economic growth
  9. TESS project
  10. Power generation
  11. Daylight renewable generation
  12. Growth opportunity
  13. Output power
  14. Power requirement
  15. Green power

Related Pages

UKRI project entry

UK Project Locations