The leading German transmission network operators, 50Hertz, Amprion, TenneT and TransnetBW, have entered into a groundbreaking collaboration. This partnership, which also includes industrial giants such as Siemens Energy, GE Vernova and Hitachi Energy, focuses on the development of multiterminal centers equipped with DC switchgear. Such a project is the first of its kind in Europe and promises to be a crucial breakthrough toward achieving a sustainable energy infrastructure.
Climate Neutral Partnerships
Tim Meyerjürgens, COO of TenneT, highlighted the importance of this collaboration to optimize the distribution of offshore wind energy. offshore wind power expected to reach 70 gigawatts in the German North Sea. This initiative seeks to transport this energy efficiently and distribute it optimally throughout the country, thus improving grid stability and security of supply through the use of new technologies.
Stefan Kapferer, Managing Director of 50Hertz, emphasized that the goal of climate neutrality is to achieve climate neutrality strongly relies on the electrification of society through renewable energies. renewable energies.. The creation of a European standard for smart power centers, the result of this collaboration, will make it possible to interconnect large DC power lines, improving the resilience and flexibility of the European power grid.
Dr. Hendrik Neumann of Amprion emphasized the vital role of technological innovations in achieving European climate goals. Meanwhile, TransnetBW’s Werner Götz commented on how the innovative power grid innovative grid will contribute to reducing spatial impact and costs, increasing social acceptance of the energy transition.
The era of multiterminal centers in Europe
Statements by Tim Holt of Siemens Energy demonstrated his enthusiasm for the technical and strategic collaboration with grid operators, highlighting the importance of a flexible and efficient implementation of HVDC technology. Johan Bindele of GE Vernova and Andreas Schierenbeck of Hitachi Energy also expressed their commitment to the project, which they see as crucial to effectively integrating renewables into the grid and moving towards a sustainable energy system.
The multiterminal centers represent a revolution in the management of offshore wind energy, allowing the efficient connection and distribution of this energy through a very high voltage direct current network. These centers, which include DC circuit breakers capable of responding to failures in milliseconds, are key to demonstrating the technical and economic feasibility of multiterminal technology, as well as minimizing environmental impact and stabilizing energy costs.
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Source: tennet.eu
Photo: transnetbw
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