As one of the most critical components of a photovoltaic power station, the quality of photovoltaic modules directly affects the station's power generation performance. During the construction of photovoltaic power stations, due to the large quantity of photovoltaic module equipment, susceptibility to damage and failure, and various environmental factors such as weather, it is necessary to perform full-process monitoring of module quality during production, delivery to the site, and installation. Photovoltaic projects typically have short construction cycles and require high-quality products to be provided in a short period. If the production line conditions do not meet the requirements, it can lead to a dilemma between quality and supply progress, impacting the overall operation of the power station. To ensure the stability and reliability of module equipment during later operation, a comprehensive tracking system for photovoltaic module supervision, delivery, and installation inspections has been established.

 

NOA provides comprehensive supervision services to ensure the safety and reliability of photovoltaic equipment production for its customers. By adopting a method involving full-time supervision at the factory, the supervising engineers oversee the entire process of equipment production, starting from raw material preparation and equipment fabrication to complete equipment packaging and shipment. The supervision primarily includes two main aspects: first, control over equipment production progress (mainly involving planning/implementation and analysis, improvement, and tracking in case of substandard equipment output); second, control over equipment production quality (including daily data collection/summation, analysis, improvement, and tracking of anomalies, daily initial inspections, quality process control, sampling inspection according to national standards, and shipment management)