INTELLIGENT TECHNOLOGIES FOR EFFICIENT POWER SUPPLY IN TRANSPORT SYSTEMS

Abstract

The main directions of development of the energy-saving technologies in electrified transport systems are considered in the article with taking into account the flexible regulating features of modern power equipment. The proposed theory and principles of functioning allow understanding the optimal control laws for converters, accumulators, and renewable energy sources in their integration into traction power supply systems. Research opens the possibility of the installed power of the required equipment in minimizing and reducing the capital costs for energy-saving technologies. Also, combination of all developed approaches will provide the system effect.

Keywords

• electric transport
• energy efficiency
• traction power supply
• intellectual control
• energy recovery
• electric vehicles
• interoperability