WindESCo

Wind plants lose between 5-20% of their energy due to wakes. The larger the plant, the higher the losses. WindESCo Swarm? helps mitigate this by enabling turbines to cooperate, improving overall output. ?? #WindEnergy #EnergyEfficiency https://lnkd.in/eVYvDxKW

Are wake effects cutting into your revenue? Join our upcoming webinar on April 2nd to discover Swarm, a cutting-edge solution tackling the wind industry’s €25 billion annual wake loss challenge. Our experts will share insights from recent field tests and discuss how Swarm can optimize your wind plant’s performance. Bring your questions and be part of the conversation! ??? ?? Register now: https://hubs.la/Q03bhlmR0

As the wind industry moves toward repowering, health monitoring helps target aging components for cost-effective upgrades—ensuring maximum efficiency and extended turbine lifespan. At WindESCo, our eCMS solution provides continuous monitoring of wind turbine electrical systems, helping operators protect profitability while advancing global renewable energy goals. Learn More: https://hubs.la/Q039cc6H0

?rsted’s warning about wake losses from planned wind farms—potentially cutting its Irish Sea assets’ energy production by up to 5.34%—highlights the growing challenge of wake effects in crowded offshore zones. Wakes continue to pose an existential threat to offshore wind. As offshore development accelerates, advanced wake modeling and mitigation strategies will be key to preserving offshore wind economics.

We're having a blast at ACP OMS this week in Nashville! Swing by booth 211 to explore our eCMS for continuous monitoring of the electrical components in your wind assets.

At WindESCo, we’re advancing predictive maintenance with our Electrical Condition Monitoring System (eCMS). By utilizing high-frequency data, we can monitor and analyze electrical components in real time, identifying issues before they become costly failures. Why eCMS Matters: ?Detects early-stage problems like rotor bar damage, winding issues, and loose wedges – before they lead to downtime. ?Shifts from reactive to proactive maintenance, reducing repair costs and extending turbine lifespan. ?Advanced analytics and machine learning enhance performance by optimizing maintenance schedules and minimizing unexpected failures. Visit booth #211 at ACP OMS to see how WindESCo is transforming the way we monitor, maintain, and improve wind turbine efficiency! https://hubs.la/Q038nKdR0

We're coming to Nashville! Come visit us at Booth #211 to discover how we are transforming wind turbine maintenance with our cutting-edge Electrical Condition Monitoring System (eCMS). Why is eCMS a game-changer for wind turbine operations? ?Proactive Maintenance: eCMS bridges the visibility gap in critical electrical systems, like converters and generators, empowering operators to shift from reactive to predictive maintenance. ??Reduced Downtime: Early detection of failure modes (e.g., IGBT failures, capacitor issues, cooling system failures) helps to minimize unplanned downtime and repair scope. ??Optimized Performance: With real-time data from ABB’s expertise and WindESCo’s advanced analytics, eCMS ensures wind turbines operate at their peak, driving more efficient energy production. ?? https://hubs.la/Q037kWlY0 #WindEnergy #RenewableEnergy #WindESCo

?? We're excited to announce that WindESCo will be exhibiting at the ACP Operations, Maintenance & Safety Conference! Join us at Booth #211 to explore how our cutting-edge solutions are revolutionizing wind farm optimization, maintenance, and safety. Learn about our advanced technologies that improve performance, extend asset life, and reduce operational costs. Don’t miss the chance to connect with our team and discover how we can help take your operations to the next level. ?? ?? https://hubs.la/Q036zphn0 #WindEnergy #RenewableEnergy #WindESCo

Unlock the power of your wind fleet with WindESCo Swarm! ????? Discover how Swarm can boost your output by 1-3% and deliver a 5-year NPV of up to $30M for a 1 GW fleet. Dive into the details here: https://hubs.la/Q035Mxtz0