Benefits and Implementation of Preventive Maintenance in Solar Power Plants
Preventive maintenance in solar power plants has many benefits. First of all, it ensures the longevity of the systems. Panels, inverters, cabling and other components used in solar power plants wear out over time and become inoperable. Regular maintenance and repair extends the life of the systems and ensures that they operate with fewer failures.
Any failure of components such as panels, collection lines and inverters can reduce the efficiency of the system.
There are many different ways to perform preventive maintenance on solar power plants. These include regular cleaning, temperature and voltage measurements, panel and inverter tests, wiring, connection tests and early detection of potential failures in other components.
What is Preventive Maintenance?
Preventive maintenance is the regular maintenance and repair of a system or equipment according to a predetermined plan. This helps prevent unexpected failures by keeping the system or equipment running efficiently for longer.
Preventive maintenance is carried out within a predetermined program and taking into account past maintenance. In this way, the life of the equipment is extended and failures are prevented. Preventive maintenance, which provides an important advantage for businesses, ensures less expense in the long run.
When Should Preventive Maintenance Be Performed?
Maintenance dates may vary depending on the intensity of use of the equipment, operating conditions and the production plan. Preventive maintenance, which is usually carried out before critical operations, ensures that businesses experience an uninterrupted production process, but it is not enough to plan maintenance only for critical equipment.
Other equipment should also be serviced at regular intervals. Maintenance timing should be adjusted according to the production plan and workload of the enterprises. Using the equipment in accordance with the instructions for use and performing regular maintenance helps to prevent breakdowns. Considering all these factors, enterprises should determine and regularly implement preventive maintenance plans.
Planned Maintenance Stages in Solar Power Plants
Planned maintenance phases are essential to increase the efficiency and lifespan of solar power plants. So what are the planned maintenance stages in solar power plants? Here are the details:
- Daily Maintenance:
Daily maintenance in solar power plants includes panel cleaning, inverter and transformer control, security system control and environmental cleaning. These operations ensure the regular and efficient operation of the power plant.
- Weekly Maintenance:
Weekly maintenance includes operations such as temperature and voltage measurements of inverters, checking cable connections, fire extinguishing system and grounding systems.
- Monthly Maintenance:
Monthly maintenance in solar power plants includes control of electrical panels, battery maintenance, control of relays and fuses, fire extinguishing system maintenance, grounding system control and control of mechanical equipment.
- 6 Monthly Maintenance:
6-month maintenance includes a detailed check of mechanical equipment. In this process, generators, motors, pumps and fans are maintained.
- Annual Maintenance:
Annual maintenance includes turnkey maintenance of solar power plants. In this process, maintenance of generators, motors, pumps and fans, cleaning of panels, maintenance of inverters, maintenance of transformers and electrical panels, fire extinguishing system maintenance are performed.
Operation and maintenance activities of solar power plants are of great importance in terms of increasing efficiency and preventing possible failures by detecting them in advance. Manual inspections using traditional methods can be time-consuming and costly. In recent years, the use of industrial drones with thermal cameras has become widespread.
Inspections performed by drones with thermal cameras are much faster and more efficient than manual inspections in the field. Thanks to the transfer of the data obtained to cloud systems, world-class reports are created by processing them quickly and safely with the fully automated artificial intelligence technology MapperX.
Today, solar power plants can be maintained more efficiently and cost-effectively thanks to unmanned aerial vehicles with thermal cameras and artificial intelligence technologies, and measures can be taken by detecting possible malfunctions in advance. This is considered an important step towards meeting future energy needs by increasing the demand for sustainable energy sources. Visit the website to learn more about “Solar Power Plants are the Future of Renewable Energy“