Scope of new energy operation and maintenance services: This includes operating, monitoring, managing, optimizing, and conducting regular daily inspections, maintenance, and fault repairs on non-traditional energy generation systems such as photovoltaic and wind energy systems, to ensure safe and efficient output of clean electricity. Through technical means, we ensure the stable operation of new energy generation equipment and coordinate the matching of energy conversion with grid demand. By implementing preventive maintenance and targeted repairs, we reduce equipment wear and tear, enhancing the reliability and service life of new energy generation systems.
It mainly covers the following aspects:
- Equipment operation and monitoring: Control the start-up and shutdown of power generation equipment such as wind turbines and photovoltaic modules, monitor equipment operating parameters in real-time (such as wind speed, light intensity, etc.), analyze data and issue warnings for anomalies through an automated system, ensuring safe, economical, and stable operation.
- Energy conversion and grid-connection management: Managing inverters, converters, and other devices to convert renewable energy into electrical energy and connect it to the grid, ensuring that voltage, frequency, and other indicators meet grid-connection standards and avoiding impacts on the grid.
- Load regulation and optimization: Due to the intermittency of renewable energy sources (such as wind and solar power, which are affected by weather), it is necessary to dynamically adjust the power generation load through energy storage systems or intelligent dispatch systems to balance the supply and demand of the power grid.
- Safety and maintenance management: Conduct equipment inspections and regular maintenance (such as cleaning, lubricating, and fastening of components like wind turbine blades, gearboxes, and generators; dust removal and wiring inspection of photovoltaic modules, as well as maintenance of inverter cooling systems), and formulate emergency response plans to address extreme weather conditions (such as strong winds and dust storms) or equipment malfunctions.
- Data management and intelligent scheduling: Through big data analysis of power generation efficiency, optimize equipment operation strategies (such as optimal fan speed, photovoltaic panel tracking angle), and collaborate with the grid dispatch center to achieve efficient energy distribution. Analyze equipment operation data (such as power generation, failure rate) through the operation and maintenance management platform, develop predictive maintenance plans (such as replacing aging components in advance), and reduce downtime risks.
- Technical support: Cooperate with technical upgrades, participate in equipment modification and new technology application debugging.