Yaw Converter (S610)
*Customized software solutions according to customer requirements
*Integrate many DI/O, AI/O (including PT100), encoder, CANopen communication interfaces, adapt to more than 90% of the wind turbine systems
*Built-in STO and SBC
Key Features
Control Program
Dual drive control with ns level
communication delay
Quick Start
Adopting half-control rectification scheme to avoid power grid impact and realize power-on soft start
Safety
Slury solutions for emergencies
Fault Storage
Support for Failed Snapshot Storage
Easy Maintenance
With visualization interface
Wide Busbar Operating Range
150V-180V DC
Wind Turbine Components from MICCTech
Since 2014, MICCTech has been providing professional products and technical services for onshore and offshore wind turbine solutions, with over 20,000 units installed globally.
Leveraging independently developed technologies and components, MICCTech's products are highly recognized by customers for their exceptional reliability, even under extreme environmental conditions.
Our knowledgeable team is ready to meet your needs in pitch control systems, yaw drive systems, and after-sales services.
For maintenance, spare parts, or retrofit operations, our technical experts offer professional advice and top-tier support.
MICCTech--Smarter Choice for You！
As of today, MICCTech has already partnered with many renowned brands, such as Goldwind, Windey, Mingyang, CRRC, and CSIC, to provide them with product substitution and technological upgrading services.
MICCTech's Pitch Drives and Yaw Drives are highly integrated. For example, they feature a built-in backup power charger, which further reduces the number of components in the cabinet, maximizing availability and ease of maintenance.
Additionally, they are highly reliable and suitable for installation at elevations of up to 6,000 meters, with an operating temperature range of -40°C to +70°C inside the cabinet.
Advanced Control Algorithms
The use of state - of - the - art control algorithms is a major highlight of the yaw converter. These algorithms can adapt to different operating conditions, predict changes in the yaw requirements, and optimize the control process. For instance, in aerospace applications, they can take into account factors such as gravitational forces, atmospheric drag, and orbital mechanics to provide the most efficient yaw control.
Energy - Efficient Operation
The yaw converter is designed to be energy - efficient. In wind turbines, for example, it consumes a minimal amount of the generated power for its own operation while still providing accurate yaw control. This helps in maximizing the net power output of the wind turbine system.
Remote Monitoring and Diagnostics
Many modern yaw converters come with remote monitoring and diagnostics capabilities. This allows operators to remotely monitor the performance of the yaw converter, detect any potential issues in real - time, and perform predictive maintenance. In large - scale energy farms or distributed robotic systems, this feature can significantly reduce maintenance costs and downtime.
Technical Specification
Yaw Converter (S610)
Product Inquiry
If you have already experienced our product, please let us know your true feelings. Your satisfaction is our driving force for progress,
while your suggestions are our valuable asset for continuous improvement.
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*Integrate many DI/O, AI/O (including PT100), encoder, CANopen communication interfaces, adapt to more than 90% of the wind turbine systems
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