2 min read
Welcome to the next installment in our search for an accurate, cost-effective, and reproducible method to assess the energy improvement from wind...
2 min read
In our last video, we laid out the basic requirements for a successful methodology to assess the energy improvement from wind turbine upgrades:...
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2 min read
We've spent quite a bit of time discussing yaw misalignment. Our past blogs have addressed what yaw misalignment is, the different types, how it can...
2 min read
We've previously discussed yaw misalignment in-depth: what it is, what causes it, and how to measure it in your wind project. Today we'll be diving...
1 min read
In every wind plant, operators are looking to maximize turbine performance to increase their AEP and their top-line revenue number. There are...
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4 min read
One of the most common issues that wind farm operators face is static yaw misalignment. Because this problem is invisible to the turbine controller,...
1 min read
For any wind project, your turbines must face into the wind as often as possible to maintain optimum energy output. However, there are quite a few...
