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OEMs Block Wind Turbine Optimization, Featured in North American Clean Energy

OEMs Block Wind Turbine Optimization, Featured in North American Clean Energy

Wind plant operators face many challenges: low energy prices, hefty maintenance costs, investor pressure, and tight-- if existent-- margins. And despite common knowledge throughout the industry that wind turbines commonly underperform, the original equipment manufacturers (OEMs) are often unwilling to admit the shortcomings of their products to help owners bridge a widening gap to profitability. 

Stranglehold on Profitability 

The OEM stranglehold on the wind industry comes in the form of Long Term and Full Service Agreements (LTSAs and FSAs) that block trusted third-party partners from working with plant operators and independent power producers (IPPs) to improve plant performance. OEMs often have multi-year agreements in place with operators that threaten warranty cancellation if equipment is altered or maintained by any third party. In addition, OEMs often hold back valuable data about turbine output from their owners and operators in the name of protecting valuable equipment still under warranty. The result? IPPs and operators end up struggling to make money at their wind plants. This problem is likely to worsen as more OEMs move towards expanding their service divisions, squeezing out independent service providers...

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The US's $25 billion per year Repowering Opportunity

The US's $25 billion per year Repowering Opportunity

Repowering of wind projects in the US is set to attract $25 billion a year in spending by 2030. This potentially tens-of-GW market could be vital to...

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WindESCo Hits 64

WindESCo Hits 64

WindESCo now runs 64 individual checks on our Customer’s SCADA to uncover turbine performance anomalies across the entire wind turbine system,...

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Energy Improvement Assessment With LiDAR, Spinner Anemometer, or Met Tower Power Curve Tests

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...

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