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This Friday at Offshore Renewable Energy, WindESCo will share how online condition monitoring can help you stay ahead of hidden electrical risks in offshore turbines. 📍Join us to learn how smarter monitoring can protect offshore wind assets from hidden electrical risks.

Leveraging real-time health data and prescriptive analytics enables operators to transition from reactive fixes to strategic, condition-based maintenance—boosting reliability, safety, and profitability. Read more: hubs.la/Q03zXFhz0 #WindEnergy #SmartMaintenance

💡In wind turbines, harmonic distortion—caused by inverters, converters, and variable frequency drives—can quietly erode the health of generators, transformers, and converters. That’s why, in partnership with ABB, we developed Generator eCMS — providing continuous monitoring.

🔍 Precision matters at the source. This #FieldFriday, we're installing high-frequency sensors on generator leads—critical data points for tracking insulation breakdown, partial discharge, and other early-stage electrical faults.

Effective wake steering is all about balance. Too close—below 3–4 rotor diameters—and there's not enough room to redirect the wake. Too far—beyond 9–10D—and the wake has already dissipated, leaving little to redirect.

Too many wind farms are running blind when it comes to generator health. WindESCo’s eCMS uncovers hidden electrical faults before they become failures. Read how smarter monitoring prevents costly downtime 👇 🔗 hubs.la/Q03rFVch0

Experience smarter wind turbine care 💡 Our advanced electrical condition monitoring system combines vibration analysis with electrical data to catch issues early, cut costly repairs, and boost performance. Stay ahead in renewable energy! hubs.la/Q03rsKZ10

Installation complete. Monitoring activated. WindESCo's eCMS sensors are now watching what SCADA can't - bringing visibility into the heart of your electrical systems.

Did you know a single wind turbine generates 30,000+ data points every minute? 📊 Learn how our tech is boosting turbine health, reducing downtime, and making clean energy more reliable: hubs.la/Q03qFcpn0 🌱⚙️ #Renewables #WindEnergy #SmartMaintenance

WindESCo is now a Member Technology Partner with AVEVA 🎉 We’re excited to announce our new partnership with AVEVA, enabling direct integration with AVEVA Data Connect for advanced wind asset analytics—starting with static yaw misalignment analysis.

Wind turbines generate 30,000+ data points per minute... per turbine. Processing that at scale isn’t easy. Discover how prescriptive analytics enables better performance, safety, and ROI across wind fleets: hubs.la/Q03psgM70

#FieldFriday 🌎 Behind every healthy wind asset is a dedicated field technician making it happen. Our WindESCo team is out in the field - climbing towers and installing sensors - ensuring that our technology keeps your assets running efficiently and reliably.

Effective wake steering is all about balance. Too close—below 3–4 rotor diameters—and there's not enough room to redirect the wake. Too far—beyond 9–10D—and the wake has already dissipated, leaving little to redirect. Smart layout isn’t just about avoiding losses 💡

Some of the WindESCo team is on site at #CLEANPOWER2025 this week! ⚡️ We’re excited to connect with industry leaders, share how we're advancing renewable asset performance, and explore the latest innovations in clean energy. If you're attending, come say hello—we’d love to chat!

Did you know a single wind turbine generates 30,000+ data points every minute? 📊 That’s a lot of information — and it holds the key to avoiding costly breakdowns. Learn how we're boosting turbine health & reducing downtime: hubs.la/Q03n677k0

Effective wake steering depends on turbine spacing—close enough to influence, far enough to redirect. Research and real-world data (from NREL and others) show that 5-10 rotor diameters often hit the ideal balance. Smart layout = smarter energy. ⚡

Our latest blog explores how WindESCo’s eCMS platform leverages vibration data, electrical signals, and magnetic flux—combined with AI—to give operators deep, real-time insight into turbine health. 👉 Read the blog to learn more: hubs.la/Q03l_Qf-0

Reactive maintenance is out. Data-driven decisions are in. Discover how WindESCo’s eCMS enables proactive diagnostics and intelligent maintenance planning to reduce costs, improve safety, and enhance turbine availability. 💡 Read the full blog: hubs.la/Q03lB3zh0

In this on-demand webinar, WindESCo unveils Swarm—our autonomous, field-tested solution that uses cooperative control to reduce wake losses and boost energy production across the entire wind plant. 👉 Watch the full webinar now to see Swarm in action: hubs.la/Q03lp_Hd0

Wind turbine electrical failures can cost hundreds of thousands and days of downtime. Our blog breaks down: ⚡ Top failure-prone components 💰 Cost impacts under FiT & PTC 🛠️ The ROI of proactive monitoring & more! Stay ahead of failures—read the blog 👉 hubs.la/Q03jjdXt0