Where is the energy-saving performance of Photovoltaic Welding Strip Rolling Mill reflected

       The energy-saving core of photovoltaic welding strip rolling mill is reflected in three dimensions: reducing operating energy consumption, reducing ineffective losses, and optimizing energy utilization efficiency. Specifically, it is implemented in equipment design and process optimization:

Core energy-saving embodiment

       Efficient Drive System: Using variable frequency speed regulating motors or servo motors, the output power can be dynamically adjusted according to the production speed of the welding strip (such as 150-200m/min), avoiding energy waste under no-load or low load conditions, and reducing energy consumption by 20% -30% compared to traditional asynchronous motors.

       Roll and transmission optimization: The roll is made of wear-resistant alloy material and the surface treatment is optimized to reduce rolling resistance; The transmission structure uses high-precision gears or synchronous belts to reduce mechanical friction losses and further reduce power consumption.

       Waste heat recovery and utilization: Some high-end equipment integrates a waste heat recovery system for the annealing process, which recovers the heat generated during the annealing process and uses it for equipment preheating or workshop auxiliary heating to improve energy utilization efficiency.

       Intelligent energy consumption control: Through MES system or intelligent control system, real-time monitoring of equipment energy consumption data, automatic adjustment of operating parameters, and avoidance of excessive energy consumption; Simultaneously supporting load balancing to reduce energy waste during multi machine linkage.

       Lightweight and structural optimization: The equipment body adopts high-strength lightweight materials to reduce its own operating load; Optimization of pipeline and circuit layout, reducing fluid resistance and circuit losses, indirectly improving energy efficiency.