Job Purpose:
The Performance Management Engineer is responsible for analyzing wind turbine operational data to identify areas for performance improvement. This role uses advanced data analytics tools to assess turbine efficiency, power output, and reliability, conducting root cause analysis on performance deviations and implementing corrective actions. The Engineer participates in testing and validation of performance enhancements, such as control system updates and aerodynamic optimizations, and manages SCADA systems to ensure accurate data collection and monitoring. This role also involves supporting predictive maintenance initiatives by analyzing condition-based data and implementing maintenance strategies that reduce downtime. The Performance Management Engineer collaborates with cross-functional teams to align performance enhancement activities with overall product development goals and contributes to continuous improvement by proposing new methodologies and tools to optimize turbine performance.
Data Analysis and Performance Monitoring
• Analyze operational data from wind turbines to assess performance against expected benchmarks, including power output, efficiency, and availability.
• Use advanced data analytics software (e.g., MATLAB, Python, R) to identify trends, anomalies, and areas for improvement in turbine performance.
Performance Optimization and Troubleshooting
• Conduct performance optimization studies, focusing on areas such as blade aerodynamics, control system tuning, and power curve adjustments.
• Assist in troubleshooting performance issues in office, using diagnostic tools to perform root cause analysis and implement corrective measures.
Testing and Validation of Performance Improvements
• Participate in the testing and validation of performance enhancement initiatives, including prototype testing and field trials.
• Collect and analyze test data to validate improvements, providing feedback to engineering teams for further refinement.