With increasing global demand for renewable energy and growing awareness when it comes to sustainability, the wind industry market is more dynamic than ever. This creates a need for innovative and customised solutions that operate onshore and offshore wind turbines efficiently and at the same time contribute to a greener future.

Electric motors in the wind industry contribute to the efficient and reliable production of renewable energy and utilise the power of wind to generate electricity on a large scale.

Electric motors are part of a wide range of applications in the renewable industry.:

Selecting the right motor for your industry needs

Choosing the right motor for a wind turbine is a critical decision that impacts the performance and efficiency of your business. At Hoyer, we offer expert guidance in selecting motors that best suit specific industry needs. Factors to consider include the size of the turbine, the expected power output, and the environmental conditions of the installation site.

Our range of motors

Whether for small-scale installations or large wind farms, we deliver solutions that maximise energy production and contribute to sustainable energy goals.

Our range of wind turbine motors caters to various requirements, ensuring that each motor provides optimal performance. If your industry requires other types of energy efficient motors, such as the IE4 motor which offers Super Premium Efficiency, we have solutions that covers your needs. We can also provide explosion proof motors for operations in hazardous areas.

Design and technology of Hoyer's wind turbine motors

Our wind turbine motors are a product of advanced design and cutting-edge technology. These motors are built to withstand the harsh conditions typical of wind turbine applications, such as high winds and variable temperatures.

Key design features include robust construction, advanced cooling systems, and materials capable of enduring constant stress.

The technological advancements in these motors, such as improved electromagnetic designs and high-efficiency components, contribute significantly to their reliability and performance in generating renewable energy.