The technology applies proprietary algorithms developed through a joint effort between GE’s wind business and GE Aviation Systems, using a combination of SCADA data, Bently Nevada ADAPT.wind condition monitoring equipment (if installed on the turbine) and other key inputs to monitor and prioritize turbine health.
A new technology is said to help give wind farm operators a competitive edge by identifying problems with wind turbines before they can cause downtime or major failures. Using advanced software, GE’s PulsePOINT Advanced Monitoring and Diagnostic Services help operators reduce costs and achieve peak possible energy production by increasing wind turbine reliability and availability.
PulsePOINT incorporates advanced proprietary anomaly-detection algorithms with SCADA data and GE Bently Nevada condition monitoring equipment (if installed on the turbine). The system collects wind farm and fleet data from hundreds of turbine sensors and key SCADA control parameters. Currently running more than 150 rules and algorithms 24 hours a day, PulsePOINT detects and prioritizes anomalies in wind turbine operations and identifies the proper course of corrective action. This includes identifying wind turbines that are underproducing.
PulsePOINT is operating on data from more than 12,000 wind turbines worldwide in GE’s fleet. Warrantied owners, operations and maintenance, full-service agreement, and Bently Nevada condition-monitoring customers receive the full capabilities of the services.
The technology applies proprietary algorithms developed through a joint effort between GE’s wind business and GE Aviation Systems, using a combination of SCADA data, Bently Nevada ADAPT.wind condition monitoring equipment (if installed on the turbine) and other key inputs to monitor and prioritize turbine health. Further capabilities are planned to optimize maintenance.
GE Energy
www.ge-energy.com
Filed Under: News
