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Impact Action


1. Other EA windfarms


R&D projects and initiatives, including: First ever HVDC export platformin the UK sector. Meshed transmission networks R&D. HVDC offshore platformjoint industry academic cost reduction study. TrondheimHVDC emulator. Power Networks Demonstration Centre Network Innovation Allowance, including a


project looking at Low Frequency AC. ORE Catapult – EA1 case study. [3.2.9] Innovation specific to EA1 includes exploring: Improved classic 50Hz AC systems. Optimised DC solutions. Low frequency alternating current. The development of transmission technologies from2020 to 2030. Shortlisted supplier innovation, including: HVDC breaker technology HVDC systems utilising simplified conversion technologies Gravity based structure HVDC platform Over planting (under-rating of aspects of the transmission system). [3.2.10]


Innovative procurement or contracting ANNEX 6


learning and technology implementation relevant for future EA projects, and benefits could be potentially significant in pushing HVDC and collector technology to new levels.


2. Other offshore windfarms owned by SPR/Vattenfall


gained on HVDC transmission technology will help informthe future transmission choicesmade by SPR & Vattenfall on their future offshore projects.


3. Offshore windfarms owned by others


undoubtedly the most advanced UK project that will use HVDC transmission technology. Through all the collaborative projects listed, experience will be sharedwell between relevant players.


4.Wave and tidal projects owned by SPR/Vattenfall


applicable to tidal projects. In the distant future, itmay be applicable to far shore wave projects.


5.Wave and tidal projects owned by others


4.


6. The wider low carbon generation sector


fundamental to the growth of renewables in an integrated Europe-wide energy system.


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