Public New Media Platform – Public News opens up Lu Tai Thermal Power: Revitalizing Every Photovoltaic Module for a Colorful Jining | 2025-04-08 15:02:18
As temperatures rise, photovoltaic power generation enters its “golden period” for spring operations and maintenance (O&M). Spring is not only a crucial time for maximizing electricity generation but also an essential window for identifying potential hazards and extending equipment lifespan. Recently, Shandong Lu Tai Thermal Power Co., Ltd. has fully launched its spring O&M activities for photovoltaic power stations, ensuring that every solar module can be “revitalized” this season to guarantee efficient power generation.
Precise Cleaning Enhances Generation Efficiency. Spring brings windy conditions, causing dust, bird droppings, and other debris to accumulate on the surfaces of photovoltaic modules, which directly affects light absorption and conversion efficiency. The company’s O&M team employs a scientific cleaning plan, regularly using soft, clean cloths to wipe the surfaces of the modules, ensuring no residue remains. For stubborn dirt, O&M personnel use clean water for rinsing and promptly dry the surfaces to prevent damage from moisture retention. Through regular cleaning, the photovoltaic panels are maintained in optimal condition.
Comprehensive Inspection Ensures Equipment Safety. The company’s O&M staff conduct thorough inspections of core equipment, such as inverters and distribution cabinets, to ensure electrical connections are secure and free from corrosion, while also verifying that the grounding system meets safety standards. Given the significant temperature fluctuations typical of spring, the personnel enhance inspections of the module structures to ensure there are no loose or damaged parts. Any issues identified are promptly addressed with repair measures to maintain stable equipment operation.
Data Monitoring Optimizes O&M Management. The company utilizes a real-time monitoring system to analyze the electricity generation data from its distributed photovoltaic systems, allowing for the timely detection of anomalies. Relying on the intelligent monitoring system, O&M personnel focus on areas with lower generation efficiency based on data analysis results, optimizing module layouts and electrical connections to ensure the overall operational efficiency of the distributed photovoltaic systems is maximized.
(Wang Shaojie)
Editor: Yang Xueping
