Increase Plant Output

Reduce Operating Expense

Extend Life

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Combining the power of engineering, data science, and IIoT, WindESCo is revolutionizing how wind farms leverage data to reduce their cost of energy and maximize profits.

Increase AEP 2-6%

Reduce major component failures

– Paul Gaynor, CEO, Longroad Energy

“UPC has contracted with WindESCo for optimization of all our wind assets. WeBoost, which provides AEP improvement without any additional hardware on turbines, is integrated on all our projects in Asia, even though they are under Full-Service Agreements with OEMs."

– Brian Caffyn, CEO, UPC Renewables

“Phoenix Contact understands the many challenges of the wind industry: harsh environmental conditions, remote locations, and long life cycles. With WindESCo's domain expertise, we have joined forces to help owners reduce the operating expense of wind assets, and extend asset life."

– Jack Nehlig, President, Phoenix Contact, USA

“WindESCo is filling a big gap in the growing wind industry by providing a comprehensive OEM-independent optimization solution."

– Mo Dua, CEO, and Founder, WindESCo

OEM Models Optimized

WindESCo - News & WindED

What Are the Causes of Yaw Misalignment?

Wind farm operators are well aware that yaw misalignment can significantly reduce turbine power output. However, despite knowing and understanding this problem, the industry is still struggling to identify and correct this effectively. Today we will discuss the most common causes of static yaw

What is Yaw Misalignment?

One of the obstacles to maximizing operating margins for wind projects is the impact that yaw misalignment has on optimal turbine performance. So what is yaw misalignment, and why should it matter to you?