During the drawing process of photovoltaic wire 0.39, the mold temperature is too high. The hot spot effect in photovoltaic power stations caused by high temperatures will directly shorten the service life of photovoltaic modules by 30%, which may cause module failure in the long run. High temperature affects the service life of the core components of the inverter. The components in the inverter have rated operating temperatures. If the ambient temperature is high, the temperature will rise quickly when the inverter is running at full power. If the heat dissipation is not good at this time, the inverter will When it continues to work, the heat of the components keeps collecting inside the cavity. When the temperature is too high, the inverter will stop working, the aging of the components will be accelerated, and the life of the machine will be shortened. For wind power, if the wind temperature of the generator is too high, the stator coil temperature, iron core temperature, and rotor temperature will increase correspondingly, causing the insulation to become embrittled, weakening the mechanical strength, shortening the life of the generator, and in severe cases, causing generator insulation damage, breakdown, and cause accidents.
Is it OK if the mold temperature is too high during the drawing process of photovoltaic wire 0.39?
2024-09-23 23:39:02
Introduction Is it okay if the mold temperature is too high during the drawing process of photovoltaic wire 0.39? Is it okay if the mold temperature is too high during the drawing process of photovoltaic wire 0.39? The hot spot effect caused by high temperature in pho
