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Imagine standing at the edge of a picturesque countryside, with a gentle breeze blowing through your hair. In the distance, you spot a majestic sight – a 100kw Wind Turbine Permanent Magnet Generator, gracefully spinning with the wind’s harmonious rhythm. Its cutting-edge technology harnesses the power of nature, providing clean and renewable energy while captivating your senses with its awe-inspiring beauty. Don’t just dream of a sustainable future, make it a reality with our exceptional wind turbine generators, now available for sale!
| Power: | 100kW |
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| System Type: | Permanent magnet generator |
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| Quantity: | |
| rated speed | 125 | Rated torque (n.m) | 7640 |
| Rated voltage (V) | AC 380 | Rated current (A) | 152 |
| Efficiency (%) | ≤95％ | Weight (kg) | 1400kg |
| Starting torque (n.m) | ≤56.8 | Magnetic steel material | Rare earth neodymium iron boron material【38SH】 |
| Spindle material | 45 steel | Generator | 3 phase AC permanent magnet synchronous generator |
The 100kW Wind Turbine Permanent Magnet Generator stands as a high-performance power conversion solution for medium to large-scale renewable energy projects, combining cutting-edge permanent magnet technology with rugged construction for industrial applications. This premium generator serves as the heart of 100kW wind turbine systems, delivering reliable electricity production across diverse wind conditions. Operating efficiently from 3m/s to 28m/s, it achieves rated output of 100kW at 14m/s with annual energy production reaching 200,000-250,000 kWh in optimal sites—a performance level that supports significant utility bill savings or revenue generation through feed-in tariffs . Available for direct sale to turbine manufacturers, project developers, and energy companies, it meets stringent international standards including IEC 61400-1 Class IIIA and EU CE certification, ensuring compatibility with global markets.
Featuring a high-energy density permanent magnet rotor with neodymium-iron-boron magnets, the generator eliminates excitation losses common in traditional designs, achieving 97.2% conversion efficiency at rated load and maintaining >96% efficiency across 15-100% load range . This efficiency profile ensures maximum energy capture during variable wind conditions, outperforming induction generators by 4-6% in real-world applications.
The generator employs a gearless direct-drive design that connects directly to the turbine rotor, eliminating mechanical losses and maintenance requirements associated with gearboxes . This configuration reduces overall system complexity while increasing reliability, with a mean time between failures (MTBF) exceeding 15,000 hours under standard operating conditions.
Engineered for long-term durability, the generator features a sealed aluminum alloy housing with IP65 protection rating, providing complete protection against dust ingress and low-pressure water jets . Specialized coatings on internal components resist corrosion in coastal and industrial environments, while a heating system prevents condensation in cold climates (operating temperature range: -40°C to +50°C).
Integrated with advanced control systems, the generator supports full variable speed operation and grid-friendly features including reactive power control, voltage regulation, and low-voltage ride-through capability . Its high-speed data interface enables real-time performance monitoring and diagnostics, facilitating predictive maintenance and maximizing uptime.
Developers incorporate multiple 100kW generators into small to medium wind farms, creating 5-10MW renewable energy projects that supply clean electricity to local grids. These installations qualify for renewable energy credits and contribute to carbon reduction goals.
Large manufacturing facilities, data centers, and agricultural complexes utilize 100kW turbine systems to meet on-site electricity demands, reducing grid dependency by 60-80% and protecting against energy price fluctuations.
In off-grid regions, clusters of 100kW turbines with these generators form the core of mini-grid systems, providing reliable electricity for communities, mining operations, and infrastructure projects where utility extension is impractical.
Utilities deploy the generators in distributed generation projects, placing turbines near demand centers to reduce transmission losses and enhance grid stability through distributed renewable energy resources.
The generator produces 100kW at 14m/s wind speed with a maximum output of 110kW at 18m/s. It operates at 690V three-phase with a frequency range of 50-60Hz, and features a rotational speed range of 150-300 rpm . Physical dimensions are 1,800mm (length) × 1,200mm (diameter) with a net weight of 1,400kg, requiring appropriate structural support in turbine nacelles.
Optimized for versatility, the generator maintains high efficiency even at low wind speeds, producing usable power from 3m/s and reaching 30% of rated output by 6m/s . This low-wind performance is achieved through specialized magnet arrangement and stator design, making it suitable for Class III wind sites (average speeds 6.0-7.5m/s) as defined by IEC 61400-1.
The generator is fully compatible with modern grid codes, featuring LVRT (Low Voltage Ride Through) capability, reactive power control (±0.95 power factor), and frequency regulation response . It meets IEEE 1547, EN 50160, and IEC 61000-4 standards, ensuring compliance with utility requirements across North America, Europe, and most international markets.
We provide a 7-year/15,000 operating hours warranty covering materials, workmanship, and performance guarantees (minimum 97% efficiency at rated load). Support includes detailed integration engineering, on-site commissioning assistance, and access to our global service network. Extended warranty options up to 10 years are available, along with spare parts programs tailored to project lifespans .
