What we need:
Power Performance Engineer: Power Performance Engineer is responsible for monitoring, analyzing, and optimizing the performance of wind energy assets to ensure maximum energy production and operational efficiency. This role requires a deep understanding of wind turbine performance, power generation systems, and the ability to interpret complex data to identify and resolve performance issues. The Power Performance Engineer will work closely with the technical team, operations, and maintenance departments to improve plant performance, troubleshoot issues, and support the achievement of operational targets.
Power Performance Monitoring:
-Continuously monitor and analyse the performance of wind turbines and wind power plants to ensure optimal power production.
-Evaluate and report on energy generation efficiency, identifying underperformance and areas for improvement.
-Utilize advanced tools and software for data acquisition and performance analysis (e.g., SCADA systems, forecasting tools, and performance monitoring software).
Data Analysis & Reporting:
-Analyze turbine data, wind conditions, and other operational parameters to identify trends and deviations from expected performance.
-Prepare detailed performance reports for stakeholders, highlighting key performance indicators (KPIs) and opportunities for improvement.
-Provide regular performance updates to the management team and collaborate with other engineers to develop solutions.
Troubleshooting & Optimization:
-Identify, diagnose, and resolve performance issues and inefficiencies in wind turbine operations.
-Work closely with the operations and maintenance teams to implement corrective actions and optimize system performance.
-Recommend design or operational changes to improve plant performance and reliability.
Performance Testing and Validation:
-Conduct performance tests and validation exercises to assess turbine efficiency and power generation under various conditions.
-Evaluate the impact of environmental factors (wind speed, temperature, etc.) on turbine performance.
-Ensure compliance with performance standards and regulatory requirements.
Collaboration and Stakeholder Communication:
-Collaborate with other engineering disciplines, site managers, and technical teams to ensure smooth operation and performance of wind power assets.
-Provide technical expertise and guidance to other team members, including training on performance analysis tools and techniques.
-Communicate findings and recommendations effectively to both technical and non-technical stakeholders.
Continuous Improvement:
-Stay updated on the latest advancements in wind turbine technology and performance analysis techniques.
-Participate in continuous improvement initiatives to optimize the power generation and reduce downtime.
-Contribute to the development of best practices and standard operating procedures related to performance monitoring and analysis.
Who will fit:
-Bachelor’s or Master’s degree in Electrical Engineering, Mechanical Engineering, Renewable Energy, or a related field.
-3+ years of experience in power performance analysis, wind energy, or a related field.
-Experience with SCADA systems, performance monitoring tools, and data analysis software.
-Knowledge of wind turbine performance characteristics and key performance indicators (KPIs).
-Experience with wind turbine control systems, power curves, and energy forecasting is a plus.
Skills:
-Strong analytical and problem-solving skills.
-Proficiency in data analysis tools,CMMS such as MATLAB, Python, or similar software for performance modeling and analysis.
-Knowledge of wind energy production, load forecasting, and grid integration.
-Excellent communication and teamwork skills.
-Familiarity with industry standards and regulations (e.g., IEC, IEEE).
We are a developer, investor and operator of power generation and desalinated water plants with 90 assets in operation, construction or advanced development across 13 countries. We employ more than 4,000 people with ~60% local employment. ACWA Power's portfolio, with an investment value of USD 94 billion, can generate 65.6 GW of power and produce 8.0 million m3 /day of desalinated water.