Drone-conveyed testing is transforming how lightning protection systems are inspected on wind turbines. But even the most advanced sensors can't compensate for a poor electrical connection. Learn why continuous electrical contact is critical for accurate continuity testing on legacy Gamesa turbines, and how SLPS helps ensure reliable results.
Wind Turbine Blog
Overspeed Guard (Alarm 410: OGS) is one of the most common and time-consuming wind turbine alarms. Discover how SCADAScope's condition-based intelligence helps Gamesa operators distinguish genuine overspeed events from false alarms, cutting investigation time and sharpening maintenance prioritization.
AP Renewables was proud to attend the CanREA Operations Summit in Toronto, Canada’s premier event for wind, solar, and energy storage operations. Bringing together industry leaders, innovators, and experts, the summit provided valuable insights into the future of clean energy.
AP Renewables has released a new product for small-to-mid-sized wind farms, as part of the SCADAScope suite of products designed to streamline operations. SCADAScope PPC gives back the reigns to independent operators. Read more...
Joe Sneep discusses his observations—as an expert in the renewables sector—of a link between wind farms that prioritize high availbility, with the safety of the technicians. How do these two factors interact for the wellbeing of technicians working on wind turbine.
Tax opportunitities for wind farms in the USA are not being taken advantage of because operator don't even know they exist. Here's how you can add to your profits.
A wind turbine relies on its anemometer to detect the wind direction, so it can face directly into the wind.
Turbine blade lightning damage accounts for more than 75% of the breakdown costs associated with Gamesa G8X, G9X, and G114 turbines.
Gamesa turbine operators might say these Alarms are only a nuisance, but even a short Automatic Reset is creating downtime for your fleet, which reduces Availability.










