Stirling engine with alphagamma® technology:
pure energy paired with environmental benefits
Our Stirling engine with the new alphagamma® technology represents a future technology that stands for an essential component of our climate goals.
When used as an auxiliary power unit, our technology maintains the on-board power supply in parked vehicles and avoids environmental pollution from engines running on the stand.
Another goal of our research and development is the low-maintenance use and disposal of greenhouse gases in lean gas CHPs.
alphagamma® technology by frauscher
Our alphagamma® technology is the result of 20 years of development and basic research on alpha, beta and gamma stirling engines. Our solution combines alpha and gamma stirling engines.
The advantages are revolutionary: severely reduced piston and bearing forces ensure an extremely long maintenance-free life.
MobilGen™ G70: our contribution to road safety
The development of our auxiliary power unit MobilGen™ G70 is progressing rapidly. Especially during the summer months, professional drivers suffer enormous stress. Therefore the Frauscher Motors team is highly motivated to be able to present a unit that is close to...
Auxiliary power unit tops 40 Ampere
On August 17, 2021, the research team from frauscher thermal motors celebrated a successful milestone: the prototype of an auxiliary power unit achieved a stable charging current of 40 amps on a truck battery set with a nominal voltage of 24 volts. This means a...
New generation alphagamma® motors
In January 2018 we put the first prototypes of our alphagamma® motors in the 7.5 kW class into operation on our test benches. After a total of 29,000 hours of operating experience, both in internal test operations and in external practical use, we can now proudly...
frauscher thermal motors GmbH
Gewerbestraße 7
4774 St. Marienkirchen
Austria
Phone: +43 7711 318 20-0
Email: info@frauscher-motors.com
Business hours:
Monday to Thursday: 07:00 – 11:45 and 12:30 – 16.30

Diese Seite in folgender Sprache anzeigen: