Thrust, converted to electrical power — precisely balanced.
A micro turbine generator built on thrust-turbine aerofoils, with an added stage converting residual thrust to electricity and a waste-heat exchanger recovering the turbine's contained heat.
Thrust-to-electric, then heat recovery
A two-stage energy path: axial thrust drives the generator while exhaust feeds a heat exchanger that can run a secondary power loop.
Axial thrust from the turbine disc is captured by a permanent-magnet generator stage. Rotor force is converted directly to shaft torque, spinning the generator at matched speed with no gearbox — fewer moving parts, tighter tolerances, lower maintenance.
Exhaust gas passes through a counter-flow exchanger, lifting a secondary loop to up to 96 °C for process or district heat — or feeding a low-pressure recovery turbine for additional electrical output.
A synchronous inverter stabilises the electrical bus while the thermal bus is routed to heating or storage. Both outputs are monitored through a single control interface, with optional telemetry for facility management.
Mobile units
Man-portable and fuel-flexible — from 10 kg upward, every mobile unit stays within a two-person maximum carry load. For field sites, emergency and remote power.
- Continuous
- 5 kW
- Heat output
- 8 kW th
- Noise
- 68 dB(A)
- Mass
- 10 kg
- Continuous
- 10 kW
- Heat output
- 16 kW th
- Noise
- 71 dB(A)
- Mass
- 18 kg
- Continuous
- 20 kW
- Heat output
- 32 kW th
- Noise
- 76 dB(A)
- Mass
- 35 kg
- Continuous
- 40 kW
- Heat output
- 62 kW th
- Noise
- 81 dB(A)
- Mass
- 54 kg
Stationary units
Foundation-mounted systems for campuses, industry and district heating. Optional heat-exchanger power loop.
- Continuous
- 100 kW
- Heat recovery
- +90 kW th
- Efficiency
- 39.2 %
- Noise
- 84 dB(A)
- Footprint
- 2.4 × 1.1 m
- Continuous
- 250 kW
- Heat recovery
- +210 kW th
- Efficiency
- 40.1 %
- Noise
- 87 dB(A)
- Footprint
- 3.1 × 1.4 m
- Continuous
- 500 kW
- Heat recovery
- +420 kW th
- Efficiency
- 41.3 %
- Noise
- 90 dB(A)
- Footprint
- 4.2 × 1.8 m
Machined, balanced, tested. In-house.




Connected to Austrian Power Systems
Every AT unit can be dispatched through Austrian Power Systems for grid integration, storage coupling and district-heat supply — one control layer across electrical and thermal output.
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