![]() ![]() They also help us monitor performance as well as identify and address any issues as effectively as possible. These cookies are anonymous and used to analyze and remember what choices you have made and how you as a visitor use our website. Without these cookies, we cannot guarantee that the website is functioning properly. These cookies are necessary to run the core functionalities of this website, e.g. ![]() Wind power emits no CO 2 when producing energy and it is the fastest growing energy source in the EU. We carry out an Environmental Product Declaration (EPD) to assess the impact of both onshore and offshore wind projects. The largest environmental impact of Wind power is during the building phase due to production of equipment and transportation. Vattenfall invests in facilities to produce green hydrogen used in the industry or transport sector. Whenever there is excess of supply of electricity from wind and solar energy, it can be utilized in various ways with sector coupling applications, such as hydrogen, power-to-heat or batteries for e-mobility. Sector coupling will play a key role in our strategy to use reneawble energy sources. Integrating electricity from renewable energy sources into these sectors through the use of technology is called sector coupling. To protect the climate, fossil fuels must not only be reduced in the electricity sector, but also in sectors such as transport, heat and industry. We believe that cost-competitive fossil-free hydrogen can be achieved by 2030 by combining scale, standardisation and innovation in dedicated hydrogen-producing offshore wind farms. Therefore, Vattenfall is investigating several projects and initiatives across Europe and is a founding member of the initiative AquaVentus, which has the ambition to install 10 GW of Offshore Hydrogen capacity in the German North Sea until 2035. Thanks to its high number of full-load hours it is particularly well suited for the production of fossil-free hydrogen. Offshore wind will be the backbone of the hydrogen economy We are exploring this innovative technology in Scotland to unlock deep waters for renewable electricity production. The next big development in wind energy is floating wind farms whose wind turbine foundations aren’t fixed to the seabed. We are aiming for a strong portfolio of onshore and offshore wind in combination with solar and battery technology – to continue to play a strong role in the European energy transition. Expanding and integrating new renewable generation capacity is a core part of that mission. We want to make fossil-free living possible within one generation. The whole energy system is changing, and wind power is one of the most important energy sources for driving decarbonisation. Today, wind and solar are often the cheapest forms of new generation. Wind power alone is now providing 16% of Europe’s generation. Renewable energy is key to a fossil-free futureĭriven by society’s need to tackle climate change, renewable energy generation continues to grow.
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