Wind Turbine Converter Architecture
Typical power electronics configuration for wind applications
Grid-Side Converter
The grid-side converter utilizes Semikron's SKiiP systems with press-fit technology for superior reliability in the harsh vibration environment of wind turbines. The system typically operates in active rectifier mode to control DC-link voltage and provide grid support functions including reactive power control and low-voltage ride-through capability.
Key Requirements
- High MTBF (Mean Time Between Failures) for minimal maintenance
- Superior thermal cycling performance (thousands of cycles)
- High efficiency for optimal power generation
- Advanced grid support functionality
FAE Technical Commentary
Expert insights on wind energy applications
For offshore applications, we strongly recommend SKiiP systems with enhanced conformal coating for corrosion protection. The press-fit technology provides superior reliability compared to traditional base-plate modules in these harsh environments.
When designing for extreme temperature variations, utilize Semikron's thermal design tools to properly size the cooling system. Account for the full ambient temperature range including internal heat generation during full power operation.
For grid code compliance, implement fast control loops with sufficient switching frequency headroom. Semikron's IGBT4 technology provides the switching performance needed for advanced grid support functions while maintaining high efficiency.