3 min read
Comprehensive Generator Health Monitoring: The Power of Vibration Data
Wind turbine generators are sophisticated electromechanical systems with complex and often expensive failure modes. Repairs can cost between $50,000...
AI/ML
5 min read
Wind Turbine Reliability Starts with Better Data
Access to generator, converter, and transformer health data is crucial in both onshore and offshore wind industries. In this blog, we explore the...
3 min read
Proactive Monitoring: Preventing Failures in Wind Turbine Electrical Generators, Power Converters, and Transformers
Wind turbines are complex systems where failures in electrical components - such as generators, power converters, power electronics, drives and...
2 min read
Improving Wind Turbine Reliability with Advanced Electrical Monitoring
In the first part of our two-part series, we explore the critical gap in electrical system visibility and how advanced monitoring solutions are...
4 min read
AI Center Lightning Talk: AI-Driven Asset Health in Wind Energy
On September 25, 2024, WindESCo's Senior Technical Lead in EMEA, Zuri Zugasti, shared fascinating insights at the WindEnergy Hamburg conference,...
8 min read
Enhancing Wind Turbine Reliability: Advanced Monitoring to Prevent Unscheduled Downtime
In a recent "Ask the Experts" interview with PES Wind (Issue 3, 2024), our Chief Technology Officer, Ping Liu, discusses how advanced sensors and...
1 min read
Approaches to Data Driven Predictive Maintenance
In this first installment of our blog series: Building a Reliable and Scalable Predictive Maintenance Strategy, we'll introduce two approaches that...