Vziman adaptive polysilicon power supply succeeds on Inner Mongolia grid with solid-state switching technology that eliminates HV circuit breakers while enhancing reliability.

Vziman Electric Technology Company's self-developed adaptive polysilicon reduction furnace power supply has achieved complete success in grid operation in Inner Mongolia. To enable flexible power operation, this adaptive polysilicon reduction furnace power supply features a power converter installed between the N-line of the reduction transformer and the load resistor, integrating startup and operation into a single process.

Solid-state switches are implemented to achieve disturbance-free uninterrupted power supply during series-parallel switching of silicon rods, effectively improving power supply reliability. The system can achieve high-voltage startup without requiring high-voltage, high-current isolation circuit breakers, significantly reducing the number of reduction startup and switching devices. This simplifies the power system configuration and lowers overall costs.

Through independent innovation, this product has obtained national patents and offers advantages including short dynamic response time, rapid silicon rod breakdown capability, and more rational control logic, establishing technological leadership within the industry. The successful operation of this adaptive polysilicon reduction furnace power supply marks Vziman Electric Technology Company's further expansion in the new energy power supply market. The company will now move quickly toward mass production to generate greater economic benefits and enhance its core competitiveness in the market.