Rail Transit Vehicles

OCET plays a significant role in the field of rail transit vehicles. As a high-tech enterprise integrating product research and development, production, sales, and services, OCET focuses on auxiliary converters for rail transit vehicles, including key technologies such as inverters, chargers, and DC/DC converters. The company has established long-term strategic partnerships with major enterprises in the domestic and international rail transit sector, such as CRRC Group, ALSTOM, and SIEMENS. Its products are equipped with various types of locomotives, high-speed rail vehicles, and urban rail vehicles, promoting the development and innovation of rail transit vehicle technology.

As part of EMAC OCET provides a complete Converter system , In the future, the technical development of rail transit converters will focus on improving energy efficiency, intelligent control, high reliability and green environmental protection. With the continuous progress of new materials, advanced control algorithms and power electronics technology, rail transit systems will be more efficient, energy-saving, safe and environmentally friendly, thus promoting the entire rail transit industry to develop in a more efficient and sustainable direction.

The company provides customers with full life cycle services, from design to power system supply, installation and commissioning, to after-sales service training and spare parts supply, as well as troubleshooting and overhaul technical support. This full range of services ensures that customer equipment maintains high reliability and long-term operating efficiency during use.

These comprehensive power systems and service capabilities enable Duramac to occupy an important position in the field of construction machinery and provide advanced solutions for future electrification trends.

Rail Transit Vehicles Series Main Feature

• In the future, converters will improve energy conversion efficiency, reduce energy waste, and optimize overall energy efficiency, especially in regenerative braking and energy feedback.
• By integrating artificial intelligence and big data analysis, converters will be able to automatically adjust operating parameters, perform fault diagnosis and early warning, and improve system reliability and safety.