Grenevia SA has signed a licensing agreement for the production of a complete wind turbine. Thanks to this contract, FAMUR Gearo – the brand within the Grenevia Group responsible for the wind energy segment – will gain access to advanced technology that will enable the development of domestic manufacturing capabilities and the delivery of modern solutions tailored to the evolving Polish energy market.

The scope of the agreement includes a license for the eno126 wind turbine model in two rated power variants: 4.0 MW and 4.8 MW. The license grants Grenevia – and thereby its brand FAMUR Gearo – the rights to offer, sell, manufacture, install, and service the licensed solutions.

Acquiring a license to produce a complete wind turbine is a strategic step toward developing a so-called ‘Polish wind turbine – says Paweł Majcherkiewicz, Vice President of the Management Board of FAMUR SA, who oversees wind energy development within the Grenevia Group under the FAMUR Gearo brand.We are adopting a proven European market solution, significantly shortening the time required to launch a new product. Our engineers, electricians, automation specialists, and programmers face an intensive period ahead – in the coming months, they will take over the technical documentation and participate in training provided by our partner.
At the same time, we will be preparing our production facility in Katowice for nacelle assembly and engaging in talks with potential component suppliers. Our goal is to maximize the use of domestic resources, both in manufacturing and services. We already have some experience in this area – our subsidiary, Total Wind PL, has previously cooperated with eno energy on turbine installation and servicing, providing us with a solid foundation of expertise. The second half of 2025 will be extremely busy for us, and we expect production to be operationally ready next year, allowing us to begin deliveries –
adds P.Majcherkiewicz.

The license acquisition is part of the “Polish Wind Turbine” project led by FAMUR Gearo. The initiative aims to launch domestic production of modern wind turbines and gradually reduce the Polish market’s dependence on imported technologies. The project includes the development of local industrial capacity and the use of FAMUR Gearo’s existing technical infrastructure.

The technology provider selected through a competitive tender process is enovation GmbH, a German engineering company with deep expertise in wind technology and the exclusive licensing partner of eno energy GmbH. enovation brings extensive experience in adapting wind turbine technologies to local markets and will play a central role in the technology transfer.

As licensor, enovation GmbH will provide the full technical documentation, engineering support, and know-how required to manufacture and implement the turbines in Poland. The licensing agreement covers the eno126 model – a wind turbine with a 126-meter rotor diameter and a rated capacity of up to 4.8 MW – and is part of a broader cooperation aimed at enabling local production and market integration.

As experts in wind turbine engineering and licensing, we are pleased to collaborate with Grenevia on advancing European wind energy solutions – says Dr. Fabian Gierschner, Head of Development at enovation GmbH. – We believe our partnership will bring long-term benefits to Poland’s renewable energy ambitions and contribute to strengthening European green energy production.

eno energy GmbH, with over 20 years of experience and a portfolio of turbines ranging from 2 to 7 MW, acts as the original technology source. To date, the company has produced around 380 turbines with over 800 MW total capacity installed in seven European countries. eno energy also supports over 400 MW of operational capacity and is active in hybrid energy and storage solutions.

This investment is part of Grenevia’s broader project: “Business diversification towards a zero-emission economy and strengthening employment potential”, co-financed by the European Union under the European Funds for Silesia 2021–2027 program.

Source: FAMUR