WakeBlaster - faster than real-time wind farm flow simulation for optimised operational control
Lead Participant:
PROPLANEN LIMITED
Abstract
Almost all offshore and most onshore wind turbines are sited in wind farms where curtailments and wake
losses can be quite substantial. This feasibility project explores the creation of a technology base that enables
operators to increase the joint operational efficiency of wind turbines sited in wind farms. The envisaged
WakeBlaster technology delivers cost effective, faster than real-time, yet accurate modelling of even very large
wind farms. Control strategies based on WakeBlaster will lead to more efficient wind farms, reducing both
social cost and levelised cost of electricity.
losses can be quite substantial. This feasibility project explores the creation of a technology base that enables
operators to increase the joint operational efficiency of wind turbines sited in wind farms. The envisaged
WakeBlaster technology delivers cost effective, faster than real-time, yet accurate modelling of even very large
wind farms. Control strategies based on WakeBlaster will lead to more efficient wind farms, reducing both
social cost and levelised cost of electricity.
Lead Participant | Project Cost | Grant Offer |
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PROPLANEN LIMITED | £197,150 | £ 138,005 |
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Participant |
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INNOVATE UK |
People |
ORCID iD |