Very economical
neodymium magnet motors
Scientist behind the technology
neodine magnet motors with
97%
efficiency
Exclusive opportunity to purchase
neodymium magnet motor technology
to start produce under your brand
high economical motors
These technologies developed cooperating with
Global Engineering Baltia
Production timeline video of industrial motor generator
Low power neodymium magnet motors
Low power motor 3,8W V3
This updated prototype is ready for production or to be integrated in your system.
Our team has found a way to recover electrical energy that is wasted in heating (EDS) in a conventional engine. Thanks to our solution, our electric motor does not heat up, and we are able to redirect this energy to other devices. For example: for a light source or for charging a battery. It is also possible, with the help of additional batteries, to accumulate excess energy that can be used to operate this fan.
Power: 3,8W
Current: AC/DC
Rotational speed: 966rpm
Dimmable: 0-1100 rpm
Voltage: 7,2V
Blade diameter: ∅35cm
Development stage: Ready for production
Power source: Batteries or AC adapter
Standstill torque: 0.48 Nm on 1000rpm and 3,8w consumption
Presentation video
Low power motor 5W V2
The second prototype is already built in a closed case and works on batteries. The model is ready for production.
Power: 5W
Current: AC/DC
Rotational speed: 966rpm
Dimmable: 0-1100 rpm
Voltage: 15V
Blade diameter: ∅35cm
Development stage: Ready for production
Power source: Batteries or AC adapter
Standstill torque: 0.48 Nm on 1000rpm and 5w consumption
Model comparison video
Low power motor 5W V1
The first prototype designed to demonstrate energy efficiency. The housing is transparent to see the operation of the engine and the parts used.
Power: 5W
Current: AC/DC
Rotational speed: 966rpm
Dimmable: 0-1100 rpm
Voltage: 15V
Blade diameter: ∅35cm
Development stage: Prototype
Power source: Batteries or AC adapter
Model comparison video
Low power motor 70W V1
Larger model completed working prototype.
Power: 70W
Current: AC/DC
Rotational speed: 800rpm
Dimmable: 0-1000 rpm
Voltage: 50V
Blade diameter: ∅46cm
Development stage: Prototype
Demonstration video
High power neodymium magnet motors
High power motor 2kw V1
The first prototype designed to demonstrate energy efficiency. The housing is transparent to see the operation of the engine, the parts used and to easy assemble.
Power: 2kw
Current: AC/DC
Rotational speed: 3000rpm
Powered: 350v batteries or 220v AC
Development stage: Prototype
Standstill torque: 6.3 Nm on 3000rpm and 2.2kw consumption
Development stages, laboratory testing and real life performance
High power motor 2kw V2
The second prototype has already been created in a closed housing. The model is ready for production.
Power: 2kw
Current: AC/DC
Rotational speed: 3000-5000rpm
Powered: 350-400v batteries or 220v AC
Development stage: Industrial prototype
Standstill torque: 6.3 Nm on 3000rpm and 2.2kw consumption
Development stages, laboratory testing and real life performance
Full report of motor performance from Riga Technical University
Short summary of tests
The tested device (motor with permanent magnets) achieves the maximum efficiency factor 0.95 +/- 1.5% (min. value: 0.94, max. value: 0.97), that corresponds to class IE4. The optimum operation of the motor (within the range of the tested power and rotation frequency determined by the customer) is achieved at mechanical power 2272W.
During the testing the temperature of the device did not exceed 27°C.
Point of the optimal operation of the device is determined: at Pm = 2272W and n=3000rev/min.
| DPM | EI1 class | EI2 class | EI3 class | EI4 class | |
| Efficiency factor | 0.95 | 0.80 | 0.83 | 0.86 | 0.88 |
| Mechanical power, W | 2272 | 2200 | 2200 | 2200 | 2200 |
| Electric power, W | 2387 | 2750 | 2650 | 2558 | 2500 |
| Economy, W | – | 363 | 263 | 171 | 113 |
| Economy% | – | 13.2% | 9.9% | 6.6% | 4.5% |
Frequently asked Questions
Highly efficient engine, which uses the principle of electromagnetic resonance to optimize its efficiency.
It consumes 10-25% less electricity than ordinary motors and has a 97% efficiency factor. Can work for a long time in overload mode without heating or breaking. Capable of running up to 8,000 rpm. Without changing the construction.
10-25% lower electricity bills are obtained.
Yes, contact us info@jerzinlab.com
we will show real time measurements and you can take your own measurements and check out the performance.
Contact us
If you are interested in producing such economical engines, please contact us.