SARTRONS Escort G542 Bazhong Xingwen to Wencunba Transit Highway

The construction site of Wencunba Bridge for the G542 Highway Project in the Bazhong Economic and Technological Development Zone, undertaken by Sichuan Energy Investment Construction Group, was successfully completed as the prefabricated T-beams slowly landed on the designated bridge piers, marking the smooth completion of the new construction project of the Bazhong G542 Xingwen to Wencunba Transit Highway.

The Wencunba Bridge has a total length of 120 meters and a width of 26 meters. It has four spans and three piers, with a maximum pier height of 15 meters. To ensure the smooth construction of the bridge, Sichuan Energy Investment and Construction Group Bazhong Company has strengthened safety and quality supervision, optimized the construction plan, overcome the difficulties of loose soil and slopes on site, and high construction difficulty. During the installation process, two cranes were used for vertical and horizontal fine adjustments, with precise positioning, ensuring the successful installation of the bridge

Recently, Zhongke Energy SARTRONS Power Supply Guardianship G542 Bazhong Xingwen to Wencunba Transit Highway Construction Project provided reliable power support for the normal operation of its monitoring system, communication system, power supply and distribution system, and other systems.

In order to meet the power supply needs of the G542 Bazhong Xingwen to Wencunba Transit Highway Construction Project, Zhongke Energy has developed a customized power supply guarantee system for its power system, fully stationed in various important locations of the G542 Bazhong Xingwen to Wencunba Transit Highway Construction Project, providing high-quality and reliable power supply for its key electrical equipment, and ensuring the safety of road equipment power supply.

This project adopts the Zhongke Energy UPS power supply solution, which adopts advanced DSP fully digital control processing technology and IGBT high-frequency pulse width modulation technology. The dual transformation online topology design ensures that the output of UPS is a pure sine wave power supply that is not affected by grid fluctuations and is frequency tracking, phase locking, voltage stabilization, and noise filtering. Flexible parallel technology can be applied to different loads and systems, forming an N+1 or N+X working architecture according to customer needs. It can also perform random parallel operations of 8 machines with different capacities according to customer needs. Equipped with output isolation transformers, static bypass switches, and manual maintenance switches, it has high short-circuit resistance and can be applied in demanding working environments, suitable for high-performance UPS power supply in critical applications. We have successfully solved the power safety problem through scientific and reasonable distribution layout for infrastructure such as monitoring systems, toll collection systems, communication systems, and power supply and distribution systems on highways.