commitments
- Advancing sustainability through cutting edge technology
- Dedicated to shaping a greener and cleaner future
certifications
- Design Evaluation Conformity by TUV Nord as per IECRE
- Component Certificate (by TUV Nord as per IECRE
- Type Certificate by CGC for Wind Turbine and testing accredited by CNAS
- Type Certificate as per IECRE in progress. Expected in 3 months.
salient features
- Based on mature WTG design platform
- The turbine specific and site level self learning optimization algorithm, enables autonomous optimization of power generation performance
- Multiple optional configurations and software hardware interfaces based on platform and module development
- ZVRT and primary frequency modulation realize outstanding grid code compliance even in case of a weak grid
- Load shedding technology based on advanced sensing for harnessing maximum performance potential
- Reliable precaution strategies for extreme weather can be delivered based on the exclusively accurate weather data
technology comparison
| Aspect | permanent magnet direct drive turbines vensys GW165 4.0 | Gearbox wind turbines |
|---|---|---|
| Reliability | Higher reliability due to fewer moving parts | More prone to mechanical failures with complex gearbox systems |
| Maintenance | Lower maintenance costs | Higher maintenance costs and regular up keep for gearbox componenets |
| Efficiency | Higher efficiency due to lower losses | Energy losses due to gearbox complexities |
| Noise | Quieter operations | Noiser due to more mechanical components |
| Cost | Lower LCOE during project lifetime | Higher LCOE due to highre operational expenses and lower turbine efficiency |
Technical Advantages
- Higher wind energy utilization, minimal energy loss and less maintenance(no gearbox)
- Active air cooling system for generator ensures high performance and reliability
- Adaptable to random changes in wind, optimizing power output
- Automatically corrects wind vane orientation for improved wind alignment accuracy
- Outstanding fault ride through capability and grid friendliness (AC DC AC conversion)
- Full power converter is cooled by active liquid cooling system, effectively improving the cooling efficiency
- Redundancy design for high reliability
- Regularly detects ultracapacitors of the pitch system, reducing risk to the wind turbine
- Enables flexible installation and construction
- Facilitates easy commissioning and stable operation
- Central, remote, and online monitoring systems for efficient operation and maintenance
competitive advantages
- Permanent magnet direct drive technology
- Captures more wind energy, higher tip speed ratio
- Supports application scenarios such as energy storage and distributed wind power
- Operates at a constant power factor, independent of grid voltage
- No need for external grid excitation
- Improved power generation
other benefits
Improved Power Generation
- Higher wind energy utilization and adaptability
- Large rotor dia and higher hub height
Lesser maintenance
Gearless design minimum maintenance
Reliability
German technology with more than 7GW installations of the 4MW WTG platform worldwide
Adaptability
Flexible modular design supporting various applications