The Aeroleaf PMG 260-1kW-600R is a precision-engineered wind turbine generator utilizing coreless disc technology to provide high-efficiency energy conversion at low rotational speeds. Developed by Aeroleaf and manufactured in Belgium, it is designed for seamless integration into small-scale renewable energy systems.
Technical Specifications
Rated Power: 1 kW
Rated RPM: 600 rpm
Cut-in Wind Speed: 2.5 m/s
Cut-out Wind Speed: 45 m/s
Survival Wind Speed: 50 m/s
Blade Diameter: 0.265 m
Tower Height: 1.05 m
Weight: 11 kg
Number of Blades: 2
Orientation: vertical
Generator Type: Coreless disc PMG, outer rotor, 3-phase Y-configuration
Noise Level: 0 dB
Country of Manufacture: Belgium
Manufacturer Item: PMG-260-1kW-600R
Product Page: https://www.aeroleaf.eu
Performance Analysis
The Aeroleaf PMG 260-1kW-600R is a high-efficiency disc coreless permanent magnet generator (PMG), delivering a rated power output of 1 kW at just 600 rpm. Designed for low wind speed startup and direct-drive applications, this turbine is ideal for micro-generation and distributed renewable energy systems requiring compact, reliable power.
Weighing only 11 kg with a diameter of 265 mm and a length of 199.5 mm, the PMG features an outer rotor and a coreless stator with rare earth permanent magnets. With an efficiency of over 85% and minimal maintenance required due to its brushless, slotless design, it's built for long-term, high-performance operation.
Pros
- High efficiency over 85%
- Low starting torque and wind speed
- Compact and lightweight design (11 kg)
- Coreless and brushless for minimal maintenance
- Outer rotor and rare earth permanent magnets for high power density
- Simple Y-configuration winding with high insulation resistance
Cons
- Rated only for 48V DC systems
- Requires precise mechanical alignment during installation
- No integrated power regulation or inverter
- Not suitable for large-scale commercial applications
Conclusion
The Aeroleaf PMG 260-1kW-600R is a powerful and compact wind turbine generator ideal for sustainable off-grid systems. With high efficiency, a lightweight design, and minimal maintenance requirements, it offers a reliable solution for harnessing wind energy in low to medium wind speed environments.