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- wind turbine control
April 6, 2020
automating the tuning process
Problem: Wind turbines often run 8 or more PID loops, and many of them have strong interactions. This causes manual tuning to give sub-optimal results.Solution: An automatic tuning tool which optimizes all the controller parameters w.r.t. the loads, and the power.
Result: The time required to fully optimize the control loops is reduced from two weeks to just two days.
April 6, 2020
Field Test Results
Problem: Wind turbines operate at a yaw error of about 6 degrees on average.Solution: An Artificial Intelligence method to find the yaw angle that optimizes the power production.
Result: Increase in power production of 1.5%.
April 6, 2020
using a model based control system
Problem:The control loops were unstable.Solution: New model based control system, developed using a physical model of the proces
Result: 80% reduction in pressure variations
April 6, 2020
System integration for batch crystaliser research.Customer: ISPT, the Netherlands. ISPT, an abbreviation of the Institute for Sustainable Process Technology, is a so-called top knowledge institute, i.e. […]