With the Hi-MO X10's robust performance in fire prevention, shading resistance, and high power generation capability, the company helps customers enjoy a green, low-carbon lifestyle. Under localized shading conditions such as bird droppings or fallen leaves, the Hi-MO X10 modules significantly reduce the temperature caused by shading-induced hotspots, thereby preventing overheating and potential fire risks. Laboratory tests and real-world case studies indicate that under similar tree leaf shading conditions, the local hotspot temperature in TOPCon modules can exceed 180°C, whereas the lightweight, dual-protection Hi-MO X10 modules maintain a much lower temperature of approximately 80°C. According to real-world testing performed over two months by T?V certification, the average backplate temperature of the HPBC 2.0 module under partial shading conditions is approximately 7.43°C lower than that of TOPCon modules, thereby effectively mitigating safety risks associated with localized shading.