Gaoli Electric

Nimbus Lightning Protection specializes in lightning protection design, installation, test, inspection, repair and maintenance to existing and new systems. The firm also offers surge protection, rope access, chimney maintenance and specialist earthing.

Ping offers a device to continuously monitor wind turbines for detecting blade damage. The company's technology uses an algorithm that can rate the health of the turbine based on its acoustic signature on a scale of one to five and monitors changes over time. It was founded in 2018 and is based in Adelaide, Australia.

Polytech is a global partner and supplier of holistic solutions for OEMs, owners, and developers in the wind industry. The company develops robust solutions within areas of lightning protection, leading-edge protection, sensor technology, wind turbine transportation, and subsea cable protection solutions for offshore wind turbines. All these solutions improve the durability and performance of wind turbines, which is essential in boosting the renewable energy transition. The company was founded in 1994 and is based in Bramming, Denmark.

Edge Solutions is a company focused on wind energy technology, specifically in the domain of wind turbine maintenance and protection. The company offers a solution for the protection of wind turbine blades from leading edge erosion, which involves the use of precision engineered shields that are bonded to the blades, providing optimal protection and reducing maintenance costs. The company primarily serves the wind energy industry. It is based in Dundee, Scotland.

KK Wind Solutions is a green-tech company that offers electrical systems for wind turbines. It provides solutions ranging from the development of state-of-the systems and lean manufacturing capabilities to distribution, installation, and maintenance on-site through a global setup. KK Wind Solutions was founded in 1978 and is based in Ikast, Denmark.

Winflex Ltd has developed and began implementing innovative and proprietary technology for wind turbines. Winflex’ patent-pending rotor and unique wind turbine design dramatically impact the economic viability of wind energy projects. Winflex had already erected a working prototype, located in northern Israel and supplying electricity to the electrical grid. The Winflex rotor is one tenth the weight of a comparable sized motor (eg ~450kg compared to ~4 tons for a 20 meter diameter sized rotor), while providing equal or better rotor efficiency. The reduced weight is reflected in overall estimated savings of at least 50% in the total install cost per Kw. This dramatically improves the ROI for the Wind Farm operator and guarantees that many more projects will be able to achieve grid parity (COE) and therefore become economically viable projects.