Development prospects of electric traction for urban rail transit vehicles
Release time:
2023-04-14
With the advent of the Internet era, computer network technology has had a huge impact on various industries, including the rail transit industry. The combination of computer network technology and vehicle traction control has become an inevitable trend. In fact, based on the current situation, many manufacturers have keenly sensed the importance of computer network technology and have integrated it into the traction control of urban rail transit vehicles to develop traction control systems with network functions, promoting the platformization and networking development of traction control.
(1) Platformization and networking
With the advent of the Internet era, computer network technology has had a huge impact on various industries, including the rail transit industry. The combination of computer network technology and vehicle traction control has become an inevitable trend. In fact, based on the current situation, many manufacturers have keenly sensed the importance of computer network technology and have integrated it into the traction control of urban rail transit vehicles to develop traction control systems with network functions, promoting the platformization and networking development of traction control. Platformization refers to using the Internet as the foundation, accurately grasping market development trends, understanding major user needs, and utilizing platform advantages to create an efficient traction control system platform that can provide high-quality services to users, further optimizing the traction control of rail transit vehicles.
(2) Informatization and intelligence
The urban rail transit system has developed rapidly in recent years, and the corresponding train formation methods have become more diverse and diverse, which has sharply increased the difficulty of rail transit management. Because in the future traction control of urban rail transit vehicles, it is no longer limited to traditional requirements such as speed, control, and safety, but more consideration should be given to the overall management needs of traction control. It is necessary to build a highly automated and intelligent traction control system, plan the urban rail transit network reasonably, achieve reasonable traction control of vehicles based on information monitoring and management, and intelligently adjust traction speed. It can be seen that the electrical traction technology of future rail transit vehicles will inevitably be combined with information technology, artificial intelligence technology, etc., in order to achieve automation and intelligent traction based on reconnection control information, status monitoring information, status diagnosis information, logic control information, etc.
(3) Modularization
Whether for the sake of diversified demand or platformization, the traction control of urban rail transit vehicles will inevitably develop towards modularization and standardization. Integrating electrical traction technology into standardized modules can significantly improve the stability, safety, and reliability of electrical traction systems, while effectively controlling costs.
