eCMS
Advanced Electrical Condition Monitoring for Wind Turbines
in collaboration with ABB
Bridging the Electrical Systems Visibility Gap
Electrical system failures are a major cause of turbine downtime, reducing operational efficiency and driving up repair costs. Yet, real-time visibility into critical components — particularly generators and converters — remains limited. WindESCo's eCMS (Electrical Condition Monitoring System) closes this gap, offering predictive maintenance and data-driven insights to minimize downtime and enhance turbine reliability.
Analysis of EPRI's database shows a pervasive generator failure problem across 17 different manufacturers (including ABB, Hitachi, Winergy, Vestas, GE, Loher, Cantaray, and Suzlon). Given the digitalization of a generator is complicated for operators/utilities due to the involvement of multiple OEMs, designs, and suppliers it continues to be an issue with limited transparency, much less real-time visibility.
Proactive Electrical System Health Management
Proactive monitoring systems like eCMS are crucial for maintaining wind turbine reliability and efficiency. They not only enhance operational efficiency but also minimize the risk of catastrophic failures. By implementing such systems, wind plant operators can significantly improve their turbines' performance, reduce maintenance costs, and maximize energy production.
Real-Time Monitoring
Tracks electrical component health to prevent unexpected failures
Failure Mode Detection
Identifies critical issues such as insulation breakdown, bearing wear, and winding faults before they escalate
Automated Alerts & Diagnostics
Eliminates reliance on manual inspections by providing continuous health insights and failure callouts.
Operational Efficiency & Cost Reduction
Reduces downtime and streamlines maintenance scheduling for improved performance
The eCMS Advantage
Industry First
Partnership with ABB
Factory & Field-Tested
Prescriptive Insights for O&M
Proprietary & OEM Agnostic
Real-Time Monitoring
The System
Generators are the backbone of wind energy production, yet failures often remain undetected until major damage occurs. WindESCo's Generator eCMS collects high frequency data to continuously monitor and detect impending failures.
Sensors & the IoT
WindESCo integrates a dynamic DAQ system built upon proven ABB technology into wind energy systems, enhancing turbine reliability through proactive monitoring and advanced analytics. eCMS leverages high-frequency data collected by GeneratorSense - sampling up to 100kHz - to capture transient events and subtle irregularities that conventional systems miss.
Advanced Signal Analysis
WindESCo's Generator eCMS uses advanced signal-based analysis to interpret subtle changes in high-resolution electrical data—often the earliest indicators of major failures. This approach detects current imbalances, irregular patterns, and harmonic distortions in generators and converters.
Smart Failure Prediction
WindESCo’s physics and engineering first principle based AI-powered analytics continuously learn from both historical and real-time data to predict failures with increasing accuracy. Over time, these models reduce false alarms and sharpen diagnostic precision—driving smarter, more reliable actionable O&M inputs.
Secure Interface to Cloud
WindESCo's secure communication network enables an efficient and secure data pipeline to the cloud. Secure data connections to the cloud rely on encrypted communication protocols to ensure data privacy and integrity during transfer.
Real-Time Insights, Scaled Seamlessly
WindESCo's eCMS is designed to deliver proactive, data-driven turbine health insights with minimal disruption. Our streamlined workflow - from initial preparation to full fleet scaling - ensures that operators can quickly realize the benefits of real-time condition monitoring, starting with a focused technology demonstration and expanding to comprehensive fleet-wide coverage.
Get Started
WindESCo's eCMS revolutionizes wind turbine management, shifting from reactive to proactive maintenance. By providing real-time insights into generator health, operators can reduce downtime, optimize O&M scheduling, and enhance energy output.
Learn More about eCMS
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