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Chint Group Co., Ltd
services@chint.com
With the continuous improvement of the construction and operation level of China's rail transit (railway and urban rail transit), as well as the gradual use of new technologies and products in the power supply and distribution system, the current development of the power supply and distribution system is becoming increasingly mature.
As a life guarantee for the safe and reliable operation of rail transit, with the rapid advancement of industry technology, the power supply and distribution system not only needs to develop more safely, efficiently, and economically, but also proposes the future development goals of intelligence and informatization. At present, the product technology of urban rail transit power supply and distribution system in China is gradually maturing. However, due to the rapid development of urban rail transit and the trend towards networked construction and operation, the power supply and distribution system needs to bear higher construction and operation requirements, including the quality, technical standards, and protection schemes of the power supply equipment itself.
By upgrading the product technology and safety management of the power supply and distribution system, it provides safer, more efficient, and smarter life support for the healthy and sustainable development of urban rail transit.
The power supply and distribution plan for stations/vehicle depots is suitable for supplying power to various electrical equipment in the station, providing safe power supply for lighting systems, communication systems, environmental control systems, ventilation systems, air conditioning systems, fire protection systems, etc., and ensuring the normal operation of the station.
Chint has strong research and development capabilities, a complete line of intelligent power distribution products, and integrates Chint's own "one cloud and two networks"
Solution Architecture
Our Advantagesintelligence:
Intelligent monitoring and management system, real-time monitoring of various equipment in the corridor, achieving automatic control and improving the inspection efficiency of operation and maintenance personnel;Reliable:
A reliable power supply system reduces losses caused by line failures and ensures the continuous and stable operation of electrical equipment;Energy saving:
The subway consumes a huge amount of electricity: it is necessary to reduce the internal resistance of low-voltage switches, make the switches communicable, and set the rated current to achieve effective energy saving;Flexible: