ABB low voltage full power converters

ABB low voltage wind converters lower the levelized cost of energy (LCoE) by ensuring high turbine uptime, increased efficiency during operation, easy maintenance and lower life cycle cost. They unlock advanced grid-forming technology and compliance with global grid code requirements.

Life cycle proven, robust and reliable technology

Our converter solutions are globally recognized by utilities and power producers and integrate 30+ years of experience in the wind industry. Built with high-quality, durable parts to minimize maintenance and maximize uptime​​; adaptable to withstand extreme temperatures and conditions, ensuring consistent performance and longevity, both onshore and offshore. Tested and validated in real-world industrial applications, ensuring reliability​​. Ensured availability of spare parts is complemented by modernization options for extended performance e.g., increase annual energy production or complying the latest grid code requirement.

Key benefits

Proven solution, tailored for optimal performance, and designed to meet current and future grid requirements.

Reliable performance

Simplified, reliable design for minimized mechanical stress.

Increased efficiency

Wide operational range to cover different turbine variants. Superior efficiency at partial loads.

Optimized for specific needs

Each converter is tailored to meet the specific requirements of your installation. Suitable for nacelle or tower installation.

Comprehensive control options

Supports various fieldbus interfaces and real-time monitoring for seamless integration and operation.

Compliance with global grid codes

Compliance with grid specifications for the world’s main markets and future-proof: the design can be extended to comply with new grid codes.

Grid stability and fault ride-through

Ensures consistent and reliable wind energy output and enables stable operation during low/high voltage scenarios.

Digitally native converter

Remote diagnostics for fast intervention, predictive and efficient condition-based maintenance, and comprehensive data collection and analysis.

Effortless maintenance and operation

Elimination of slip-ring and brushes unit in the generator rotor circuit.

Life cycle support

Ensured availability of spare parts complemented by modernization options for extended performance.