NanocompEIM Phase II- Nanaocomposite Advanced Electrical Insulation System for Enhanced HVAC and HVDC Energy Networks

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Title
NanocompEIM Phase II- Nanaocomposite Advanced Electrical Insulation System for Enhanced HVAC and HVDC Energy Networks
CoPED ID
53b21f56-7351-436c-96d8-f80707bc253f
Status
Closed
Funders
Innovate UK
Innovate UK
Innovate UK
Innovate UK
Innovate UK
Value
£3,251,125
Start Date
Sept. 30, 2016
End Date
Sept. 30, 2019
Description

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NanocompEIM Phase 2 will develop pre-commercial nanocomposite material formulations and component

manufacturing processes scaled to full sized components for future power transmision networks including

HVDC and HVAC converter and substation equipment for new smaller and more efficient network installations

to meet the needs of future low carbon smarter energy grids. The project will produce selected full size

components nanocomposite-based prototypes for specific HVDC and also HVAC applications to support the

reliable operation of on and offshore renewable energy power networks. The project includes a dissemination

phase, designed to support whole industry adoption of nanocompEIM materials technology. This is a vertically

integrated project, which engages the complete supply chain from materials producers to equipment

manufacturers to end-users in the form of all three Transmission System Operators in the UK who will

ultimately use the components containing the materials made by the processes that this project will produce.

UK GRID SOLUTIONS LIMITED LEAD_ORG
GNOSYS GLOBAL LTD PARTICIPANT_ORG
UK GRID SOLUTIONS LIMITED PARTICIPANT_ORG
UK GRID SOLUTIONS LIMITED PARTICIPANT_ORG
University of Southampton PARTICIPANT_ORG
RAM INNOVATIONS LTD PARTICIPANT_ORG

Subjects by relevance
  1. Energy efficiency
  2. Renewable energy sources
  3. Processes

Extracted key phrases
  1. NanocompEIM Phase II- Nanaocomposite Advanced Electrical Insulation System
  2. HVDC Energy Networks
  3. Commercial nanocomposite material formulation
  4. Offshore renewable energy power network
  5. Future power transmision network
  6. Enhanced HVAC
  7. Component nanocomposite
  8. Future low carbon smart energy grid
  9. Specific HVDC
  10. Transmission System Operators
  11. Sized component
  12. NanocompEIM material technology
  13. Efficient network installation
  14. Material producer
  15. Hvac converter

Related Pages

UKRI project entry

UK Project Locations