PCS6000

MV full power converter designed for large wind turbines and other renewable energy applications.

Higher power from the same size unit

The next generation PCS6000 converter is tailored for bigger wind turbines up to 20+ MW. Available with new active filter technology, it offers great harmonic performance and >98% efficiency level.

33% more power with the same amount of components. Robust performance, grid stability, optimized power output, and intelligent software and digital features.

Technical data

MORE THAN 20 MW

single- line configuration: up to 10MW, double-line: 20MW and above

UP TO 3300V

rated voltage

MORE THAN 98%

efficiency

UP TO 2200 A

rated current

AVAILABLE FOR 50/60Hz

grid-side frequency

UP TO 120 Hz

rated machine-side frequency

Key benefits

ABB's PCS6000 medium-voltage (MV) wind converter is engineered to deliver maximum efficiency, reliability, and flexibility for high-power turbines. Operating at medium voltage reduces current, cable size, and overall footprint, enabling lighter, more compact installations. Advanced IGCT semiconductor technology and intelligent control algorithms optimize power output and minimize losses, helping wind operators achieve higher energy yield and reduce the total cost of ownership.

Higher efficiency

Efficiency level of more than 98% to extract the maximum power from the available wind resources. High reliability and long lifetime.

Supports all critical operations

Active power control, reactive power control, island mode operation, and special tasks like rotor positioning.

Liquid-cooled

The converter is liquid-cooled for improved efficiency, and can be offered with or without an external water cooling unit for system optimization.

Low parts count

No paralleling of components for a higher reliability and smaller footprint.

Maximized energy output

Increased energy output and reduced operational expenses, ultimately reducing the levelized cost of energy (LCoE).

Low and easy maintenance

Long-life components and easy access to the converter reduce the cost and time required for maintenance.

Grid stability and fault ride-through

Ensures consistent and reliable wind energy output. Compatible with most common grid codes and low/high-voltage fault ride through (FRT).

Flexibility

Offering flexibility across power range, generator type, electrical frequency, mechanical layout, control, and cooling configuration.

Digitally native

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

Global footprint

The converters can be offered in IEC or UL configuration, suitable for different markets.

Easy installation

Versatile installation options in the nacelle or at the tower base, ensuring adaptability to various wind turbine configurations.

Support and remote service tools

Enhance the converter’s reliability, availability and performance, reducing downtime and lowering LCoE.