Nowadays, the wind industry energy sector is faced with the challenge of meeting growing profitability requirements. Turbine manufacturers are continuously seeking possibilities to reduce the LCOE (levelised cost of energy). Weidmüller meets this demand with reliable components and customised solutions to cut down the capital and operational expenditures. Further trends are condition monitoring systems and data driven business models like Data Analytics. In these fields of automation and digitalisation, Weidmüller is able to provide tried and tested solutions to reduce downtimes and increase yield.
For years we have been supporting our customers with a wide range of components and specific assemblies and monitoring solutions.
We know the political and economical requirements in the wind business and we want to be more than just a supplier – we want to be a partner.
The Weidmüller wind team is highly motivated when it comes to taking care of customer projects during all phases of development and on site.
Thanks to our global orientation, we are very well suited to handle the requirements of our customers. From technical support to on-site delivery and services.
Our experienced engineering team uses modern development tools to quickly provide technical proposals and first prototypes to the customer.
Today, the wind energy sector is one of the fastest growing sources of electricity worldwide. Therefore, the wind industry faces the challenge of meeting increasing profitability requirements. This means that modern and future-proof plants must become increasingly cost-effective and reliable. To fulfil these market needs, Weidmüller offers customised automation solutions for the wind energy of the future. Whether as a complete package or individual components – explore our products and solutions:
Weidmüller has been honoured with the EcoVadis Gold Medal for its commitment to sustainability. The current rating puts Weidmüller among the top 3% of companies rated by EcoVadis in its industry, the manufacture of electronic components and printed circuit boards.
Mirco Wachsmuth
