УГАТУ

Advanced high speed electric generators

Advanced high speed electric generators

Problem-solving

Development and industrial implementation a range of advanced high speed electric vehicles (next new generation more-electric aircrafts) with light weight design and increased rotary speed for civil and defense industry.

Challenges

1.Design and development of electrically powered aircraft or space tugs as well as advanced aircraft cаrriers with ship-board laser weapons.

2.Design of power-consuming generators with installed power from 250 to 300 kW and light weight design to expand boundaries on research and development of aircraft and space vehicles.

3.Development of high speed electric engine with a rotor operating at a speed from 250 000 to 300 000 rpm (revolutions per minute) to achieve a new level in surface processing and conduct research on molecular physics, etc.

4.Design and industrial implementation of advanced high speed micro generators with a rotor operating at a speed up to 1 000 rpm and installed power up to 1 kW to meet challenges related to power supply with low input-output to autonomous consumption as well as development of unmanned aerial vehicles, future soldier and advanced aerospace vehicles.

Basic Technologies

Use of novel rotor winding
Use of amorphous iron
Design of high speed electric vehicles

Advantage

Use of amorphous iron enables increased output-input ratio of electric vehicles. Amorphous iron represents minimal magnetization reversal loss as well as eddy currents losses in iron stators. The word’s first high speed electric generators with installed power from 250 to 300 kW using amorphous iron-based magnetic circuit was developed.
Use of new design approach of magnetic systems (magnet disposition and magnet shapes) allows increased output-input ratio and a more rigid construction.
The word’s first technology of composite electric machines enables reduced fabrication cost of advanced electric machines
New design of a rotor winding relating to correlation between number of grooving and poles allows enormous light weight design low when compared with traditional analogues, while providing high output-input ratio
Increased intelligent characteristics (intelligent measurement and control) enables success maintenance and repair as well as forecasting for future defects.