ZF Wind Power launches SHIFT, a modular powertrain platform for wind turbines
ZF Wind Power has launched SHIFT, which it calls the world's first complete modular powertrain platform, letting turbine makers build many configurations from one base platform.
- More than 3,000
- Over 65 GW
- More than 20 years
- More than a decade
What Happened
ZF Wind Power, based in Lommel, Belgium, has announced the launch of the SHIFT powertrain, which it describes as the world's first complete modular powertrain solution and a milestone in wind turbine technology. The company says the design builds on a decade of proven success with the SHIFT gearbox concept and 20 years of powertrain design. The result is a modular powertrain platform intended to deliver reliability, efficiency and competitiveness while enabling turbine manufacturers to adapt quickly to diverse market and project requirements.
Over 65 GW
Installed across the SHIFT platform after more than a decade of continuous development.
The SHIFT gearbox forms the central backbone of the powertrain, and ZF builds a wide range of configurations from a single, robust base platform. Gearbox modules and main bearing unit configurations are engineered in-house by ZF, which the company says ensures seamless system integration, consistent quality and optimized performance across all configurations. Combining these standardized in-house modules allows both medium-speed and high-speed powertrain layouts to suit varying turbine designs, load conditions and operating environments. ZF also integrates the generator into the overall drivetrain architecture from the earliest design stages, optimizing gearbox, main bearing unit and generator as one engineered system.
- Co*Design: ZF collaborates with turbine OEMs from the earliest stage to tailor the optimal configuration
- Co*Evaluate: every configuration is optimized for load profiles, long-term cost of ownership, environmental conditions and logistical and installation requirements
- Co*Produce: the partnership continues into production
- Co*Logistics: the partnership continues into logistics
- Co*Service: ZF remains a long-term partner, supporting operators with advanced monitoring, service solutions and continuous optimization
“With more than 20 years of powertrain expertise and more than 3000 systems delivered, ZF has pioneered across the entire worldwide powertrain setup. By engineering both the main bearing unit and gearbox in-house, ZF maintains control over performance, quality, and innovation, while enabling a highly flexible architecture adaptable to a wide range of turbine designs.”
“The result is a modular powertrain platform that combines deep in-house expertise with high flexibility, delivering tailored solutions that reduce complexity and accelerate time to market. Designed to evolve with market demands, the platform is scalable to support a broad spectrum of torque requirements for future onshore and offshore projects, ensuring readiness for the next generation of large-scale applications.”
ZF says SHIFT platforms are engineered for efficiency by design, optimizing every component to boost energy yield and operational performance. The architecture is intended to support customers in meeting stringent NVH requirements and diverse technical and commercial demands. ZF adds that the platform is driven by data and real-world insights to continuously enhance performance, predictability and lifecycle value. According to CEO Dr. Jochen Witzig, working closely with turbine manufacturers, operators and other partners lets ZF deliver faster, fully aligned designs while reducing development time and costs, helping accelerate the growth of wind energy.
Why this matters
The launch matters for wind turbine manufacturers and operators, which ZF says can adapt faster to diverse market and project requirements while reducing complexity, integration risk and time to market. ZF also positions the platform as scalable for future onshore and offshore projects, saying it is ready for the next generation of large-scale wind applications.
Terms in This Story
- powertrain
- The group of components that transmit power from a source to where it does useful work, such as a gearbox, bearings and generator working together.
- gearbox
- A mechanical assembly of gears that changes speed and torque between an input shaft and an output shaft.
- main bearing unit
- The bearing assembly that supports the rotating main shaft of a machine and carries the loads acting on it.
- NVH
- Noise, vibration and harshness: the engineering term for how much a machine vibrates and how loudly it runs.
Summarised from the linked release; details can be imperfect — always verify against the original source.