1. Operations Monitoring & Control:

• Monitor the plant’s real-time performance to ensure energy production is as expected.
• Analyze data from the monitoring system to identify performance issues, system faults, or abnormalities.
• Conduct remote or on-site inspections to verify operational status.
• Maintain control over key operational metrics, including energy yield, efficiency, and uptime.

2. Preventive and Corrective Maintenance:

• Develop and implement preventive maintenance schedules for all equipment, including solar panels, inverters, transformers, and other electrical components.
• Conduct regular inspections and tests of solar plant equipment to detect potential issues.
• Oversee the corrective maintenance and repairs of faulty equipment to minimize downtime.
• Coordinate the repair work with technicians and contractors as needed.

3. Performance Monitoring & Reporting:

• Prepare and submit regular performance reports on plant operation, including energy production, system performance, and maintenance activities.
• Compare actual performance with expected performance and investigate any discrepancies.
• Identify and implement performance optimization strategies.
• Maintain records of all maintenance work, repairs, and inspections.

4. Troubleshooting and Problem Solving:

• Diagnose and troubleshoot operational problems, such as underperformance, equipment failure, or system shutdowns.
• Work with the engineering team to resolve issues and implement improvements.
• Utilize diagnostic tools and software to pinpoint issues with inverters, panel systems, or electrical equipment.

5. Safety and Compliance:

• Ensure that all safety protocols are followed during maintenance and operation activities.
• Ensure the plant complies with all relevant local, national, and environmental regulations.
• Conduct safety audits and training for maintenance personnel.
• Ensure proper handling of hazardous materials, such as chemicals and waste products, following environmental guidelines.

6. Asset Management :

• Oversee the inventory of spare parts, tools, and other necessary equipment for maintenance.
• Work with procurement to manage stock levels of spare parts and arrange timely orders for replacements.
• Maintain detailed records of the plant’s assets and their condition.

7. System Upgrades and Enhancements:

• Identify opportunities for system upgrades or improvements to optimize energy output and system reliability.
• Coordinate with engineering teams to integrate new technologies or equipment upgrades.
• Assess the performance of new components or systems being installed.

8. Team Coordination and Management:

• Supervise a team of technicians and other O&M staff, providing guidance and support.
• Schedule and prioritize maintenance tasks based on urgency and plant requirements.
• Train staff on proper O&M procedures and new technologies or systems.

9. Emergency Response & Troubleshooting:

• Lead the response to emergencies, such as natural disasters or system failures.
• Ensure that proper emergency protocols are in place for fire, electrical hazards, and other potential risks.

10. Commissioning and Handover:

• Participate in the commissioning of new solar plants or system upgrades.
• Ensure that the plant operates as expected and hand over the system to the operational team.

11. Cost Management:

• Monitor and manage the operational budget for O&M activities.
• Optimize operational costs without compromising the quality of service or equipment life.
• Overall, the O&M Engineer plays a critical role in ensuring the solar plant operates efficiently, safely, and within performance targets while minimizing downtime and maintenance costs.

Requirement: - B.E (Elect)

Experience: - 2 or 3 years solar industries