Horizontal Shaft NdFeB Magnet 3 Phase AC Permanent Magnet Generator for Industrial Power Generation 500W-5000kW

The fundamental concept behind a permanent magnet generator revolves around the rotor containing permanent magnet materials that create a steady magnetic field. This constant magnetic field is essential for the generator's operation.

When a prime mover, which can be a wind turbine, water turbine, or an engine, causes the rotor to spin, the rotating magnetic field interacts with the conductors located in the stator windings. As the magnetic field moves, it effectively "cuts" through these conductors.

Based on the law of electromagnetic induction, this movement induces an electromotive force within the stator windings. Consequently, if an external circuit is connected to the generator, electrical energy is produced and can be supplied for use.

• Exceptional high efficiency ensuring optimal performance while minimizing energy consumption
• Environmentally friendly and cost-efficient power saving design
• High power factor maximizing electrical power usage and operational efficiency
• Compact and small size for easy integration into various settings
• High power density delivering considerable power output relative to size
• Large starting torque for strong initial performance when powered on
• Minimal noise levels contributing to a quieter environment
• Low temperature rise during operation ensuring durability and safety
• Engineered for long-lasting and stable reliable operation
• Smooth torque and speed control with high rigidity for precision

Permanent Magnet Generators (PMGs) are widely recognized for their exceptional efficiency, dependable performance, and compact structure. Because of these advantages, they have become the favored power sources across various modern industrial sectors.

Greef offers customized Permanent Magnet Generators under the model number GDF, proudly made in China with CE certification. Our generators are designed for LOW SPEED operation and feature LOW START TORQUE, ensuring efficient performance even at low initial speeds.