R&D Center “Electromechanical and Hybrid Power Units of Mobile Machines”

Electromechanical and Hybrid Powertrains for Mobile Machines

• Selection and feasibility study of powertrain design;
• Modeling of powertrain operating modes under typical operating conditions;
• Development of system interaction algorithms and technical requirements for powertrain components.

Electric Drives

• Design, calculation, and modeling of the physical processes of electric machines;
• Design, calculation, and modeling of operating modes, and prototype development of electric drive control inverters;
• Development of algorithms and software for electric drive control systems.

Energy Storage and Converter Equipment

• Design, calculation, and modeling of the physical processes, and prototype development of rechargeable energy storage units;
• Design, calculation, and modeling of the physical processes, and prototype development of supercapacitor energy storage units;
• Development and prototype creation of electronic control systems for electrical energy storage units;
• Development and prototype creation of controlled power converters.

Highly Integrated Electronic Control Systems

• Development of the design and circuit design for electronic modules of highly integrated control and diagnostic systems for mobile machines;
• Algorithm modeling and software development for microprocessor modules of highly integrated control and diagnostic systems for mobile machines.

Bench Equipment

• Calculation and design of test benches;
• Development of electronic control systems for bench equipment;
• Development of electronic systems for the primary processing, accumulation, and transmission of bench test data.