1 min read
Energy Improvement Assessment Using Machine Learning to Model Power Output
In this video, we’ll be wrapping up our search for an energy improvement assessment methodology that is accurate, cost-effective, and reproducible.
Wind ED (5)
1 min read
Energy Improvement Assessment With Side-by-Side Analysis
Welcome back to our series looking at methodologies for assessing the energy improvement from wind turbine upgrades. In previous videos, we’ve shown...
2 min read
Energy Improvement Assessment With LiDAR, Spinner Anemometer, or Met Tower Power Curve Tests
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
Why Nacelle Power Curves Can Be Misleading for Energy Improvement Assessments
In our last video, we laid out the basic requirements for a successful methodology to assess the energy improvement from wind turbine upgrades: ...
2 min read
How to Correct Yaw Misalignment
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
How Does Yaw Misalignment Affect Power and Loads?
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
WindESCo | What Is an Energy Improvement Assessment?
In every wind plant, operators are looking to maximize turbine performance to increase their AEP and their top-line revenue number. There are...