E.ON and thyssenkrupp bring hydrogen production on the electricity market

06/30/2020

  • Electrolysis plant to be linked to virtual power plant
  • Industrial companies can participate in electricity market

E.ON and thyssenkrupp are making hydrogen technology more intelligent: large-scale electrolysis plants, which plant manufacturer thyssenkrupp offers to industry, can now be linked to the electricity market in Germany via E.ON’s virtual power plant. This makes the plants “electricity market ready”. In this way, industrial hydrogen production can contribute to the efficient integration of green electricity into the energy system.

The principle is that if there is a high demand in the power grid, the plant will shut down hydrogen production so that the energy required for electrolysis is available to the public power supply. Conversely, hydrogen production is ramped up if more energy is fed into the grid than can be distributed.

This innovation makes so-called Power-to-X systems more attractive for the industry. The operator of a plant can market his willingness to adapt flexibly to general electricity demand and thus generate additional income on the electricity market.

This process is automatically controlled by the E.ON Virtual Power Plant. This software platform links various mostly industrial producers and bulk purchasers of energy and controls the generation and consumption of these customers according to the current network load. In this way, the Virtual Power Plant makes a significant contribution to compensating for the fluctuating electricity production from renewable energy in the power grid.

thyssenkrupp and E.ON successfully tested the system at the Carbon2Chem pilot plant with a capacity of up to two megawatts in Duisburg. E.ON has also checked that the plant meets all the requirements for participation in the balancing power market. Due to the high reaction speed of the thyssenkrupp plant, the technology can even participate in the market for high-quality primary control power. This was tested with the transmission system operator successfully.

thyssenkrupp and E.ON are now cooperating on marketing. Effective immediately, thyssenkrupp is marketing the Power-to-X technology with the additional option of coupling the system to the virtual power plant. E.ON offers customers the option of operating the power plant optimized for the power market.

“The cooperation with thyssenkrupp follows our principle that the conversion of industry to clean energy must be essentially economical. With our expertise in all aspects of the energy market, we are also succeeding in breaking down a barrier to the sensible use of hydrogen to generate electricity,” says Stefan Hakansson, Global Director City Energy Solutions / CEO E.ON Business Solutions.

Christoph Noeres, Head of Energy Storage & Hydrogen at thyssenkrupp: “We have achieved another important goal. Previous tests had already shown that our electrolysis plants produce green hydrogen with high efficiencies. At the same time the plants are responsive and flexible enough to participate in the balancing energy market. Our plants thus make a decisive contribution to a stable power supply and at the same time make a significant contribution to the economic efficiency of green hydrogen.”

E.ON's virtual power plant controls about 150 plants in Germany and the U.K. and markets the electricity and flexibility from these plants. A total of around 600 megawatts are marketed. It is a platform solution specially developed by E.ON to connect and control decentralized technical units.

This press release may contain forward-looking statements based on current assumptions and forecasts made by E.ON Group Management and other information currently available to E.ON. Various known and unknown risks, uncertainties, and other factors could lead to material differences between the actual future results, financial situation, development or performance of the company and the estimates given here. E.ON SE does not intend, and does not assume any liability whatsoever, to update these forward-looking statements or to align them to future events or developments.