EOLOGIX-PING products

EOLOGIX-PING specializes in advanced blade condition monitoring technologies designed to optimize wind turbine performance and longevity. The company offers a range of monitoring systems, including ON-TOWER, IN-BLADE, and ON-BLADE solutions, each addressing specific turbine monitoring needs. The ON-TOWER system features Intelligent Listening Sensors and a Power Communication Module, providing efficient blade health monitoring at the tower base. The IN-BLADE system uses an In-Blade Unit and Kinetic Power Supply to detect internal root zone damage, enhancing early damage detection and self-powered operation. Meanwhile, the ON-BLADE system employs wireless blade sensors for early icing detection directly on the blade surface, offering precise temperature measurements and redundancy without relying on turbine data. These technologies empower turbine operators to make informed decisions and plan maintenance effectively, thereby boosting efficiency and uptime across individual turbines or entire wind farms.

EOLOGIX-PING specializes in comprehensive blade monitoring technology for wind turbines, offering solutions that independently operate outside of OEM constraints and SCADA systems. The ON-TOWER system utilizes Intelligent Listening Sensors (ILS) and a Power Communication Module (PCM) for tower base installations, facilitating swift and efficient condition monitoring. Their IN-BLADE devices focus on detecting root zone damage through the In-Blade Unit (IBU), powered by a Kinetic Power Supply (KPS). Meanwhile, the ON-BLADE system adopts capacitive sensing for direct outer blade surface monitoring, crucial for identifying ice presence and temperature variations. Each system allows real-time data collection and insight through an intuitive dashboard interface, optimizing maintenance planning and turbine uptime. EOLOGIX-PING's technology emphasizes technical precision by integrating acoustic and inertial sensors, enhancing the tactical response to operational anomalies. These solutions are designed to minimize maintenance costs and maximize turbine efficiency over time, promoting sustainable wind energy advancements.