Shaping the future - ZF Friedrichshafen · Shaping the future responsibly Tianjin, China ......

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ZF Wind Power Gerard Mercatorstraat 40 3920 Lommel, Belgium Phone +32 11 34 97 00 Fax +32 11 34 97 10 [email protected] www.zf.com/windpower IW / WIND POWER 17 / EN The right is reserved to modify products and technical data. Serving wind energy markets worldwide With state-of-the-art manufacturing plants and worldwide service locations, ZF offers a global footprint to deliver a complete service portfolio. Shaping the future responsibly Tianjin, China Beijing, China Coimbatore, India Gainesville, USA Lommel, Belgium Witten, Germany

Transcript of Shaping the future - ZF Friedrichshafen · Shaping the future responsibly Tianjin, China ......

Page 1: Shaping the future - ZF Friedrichshafen · Shaping the future responsibly Tianjin, China ... development of technologies and concepts to increase ... advanced bearing technology.

ZF Wind PowerGerard Mercatorstraat 403920 Lommel, Belgium

Phone +32 11 34 97 00Fax +32 11 34 97 [email protected]/windpower

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Serving wind energy markets worldwideWith state-of-the-art manufacturing plants and worldwide service locations, ZF offers a global footprint to deliver a complete service portfolio.

Shaping the futureresponsibly

Tianjin, China

Beijing, China

Coimbatore, India

Gainesville, USA Lommel, Belgium

Witten, Germany

Page 2: Shaping the future - ZF Friedrichshafen · Shaping the future responsibly Tianjin, China ... development of technologies and concepts to increase ... advanced bearing technology.

Covering all torque rangesThe prevailing trend in the wind power industry toward ever more powerful, reliable, and available turbines under challenging operating conditions requires a novel modular approach and advanced digital solutions.

The dynamic nature of the wind power market calls for continuous and rapid development to deliver produc-tive, reliable and cost-effective turbines.

ZF is committed to delivering gearbox solutions that can handle the torque growth-curve induced in the drive train as turbine platforms are being equipped with larger rotors. ZF invests heavily in research and development of technologies and concepts to increase torque density, enabling torque increase within the same outer gearbox dimensions. Thanks to digitaliza-tion, ZF connected gearboxes can automatically sense the best way to optimize energy generation and improve turbine economics for any wind site condition.

Coupled with its reliable product portfolio and the abil-ity to provide worldwide service and maintenance, ZF is the technology partner of choice in the wind power industry.

Leading wind turbinegearbox technologyWith expertise in both automotive and industrial technology, ZF is determined to support its customers in making wind power the most attractive renewable energy source for the future.

How do customers benefit from ZF wind turbine gearboxes?

• More than seven decades of cumulative know-how in the wind power industry and long-term partnerships with the world’s leading suppliers of wind turbine gearbox components and with wind turbine manu-facturers and operators, enable ZF Wind Power to confidently meet any challenge customers may face.

• With a long tradition of innovation, ZF Wind Power differentiates itself in the marketplace by means of quality and reliability in customized solutions for different concepts used by its customers in their markets: Integrated, Conventional, High Speed and Medium Speed.

• Excellent strength and torque capacity, surface dura-bility and low noise performance, as well as optimum bearing life under specified loads, contribute to the gear unit’s long, trouble-free working life.

• ZF novel modular approach will further improve Cost of Energy for different segments and markets with platform designs, increased torque density and advanced bearing technology.

Use the ZF Wind Power app to scan the below gearbox tokens and receive more information on ZF technology for wind turbines.

Integrated

Suspension

Rotor side

3-point

Generator side

4-point

Key market segments Mechanical torque

8 500 kNm

6 500 kNm

5 500 kNm

4 000 kNm

3 000 kNm

2 000 kNm

1 500 kNm

1 000 kNm

* Estimated market demand period 2016-2020

GW* 50 100 150

Megawatt produced in the 3 MW segment

>20 000

performance of critical processes

in-house

Megawatt produced to date

>100 000Megawatt gearbox portfolio

0.8-8.0

ZF introduced its first wind turbine gearbox

1979Megawatt annual manufacturing capacity

~18 000