Product Introduction

At present, the application of intelligent traction substations in China is still in its early stages. The vast majority of electrified railways currently in operation are mainly ordinary traction substations, and the equipment is not intelligent enough. The operation status is mainly judged and repaired manually, and the fault diagnosis and recovery of the entire power supply system are still mainly manual.

The intelligent traction integrated substation relies on high-tech means such as information digitization and communication platform networking. On the basis of automatically completing functions such as information collection, measurement, measurement, control, protection, and detection, it replaces traditional electrical signals with network data signals to achieve intelligent analysis functions such as data calculation, analysis, and report management. This is also different from traditional traction substations that can only achieve remote signaling, telemetry, and other functions There is a significant difference between remote control and remote adjustment.

Product features

① Reduce operation and maintenance costs: It can achieve unmanned or few person on duty operation mode. Regular station maintenance personnel require 7-9 people, while integrated substations are unmanned and only 2-4 people are needed as needed.

② Increase service life and improve power supply quality: It can simultaneously have functions such as receiving, transforming, transmitting, and protecting, without being affected by external environment, reduce power supply radius, improve power supply quality, and ensure that the product operates normally in an environment of -55 ℃ to+70 ℃. The service life of conventional stations is only 15-20 years, while the service life of integrated substations can be extended to 30 years.

③ Reduce product volume and footprint: This integrated substation integrates all equipment into a modular design and integration, which is only 30% of the conventional station volume. The footprint can be reduced from 11000 square meters to 3300 square meters, saving land and increasing efficiency, and with low operating and maintenance costs in the later stage.