Wasserstoff-Hub Haren (abgeschlossen)

Wasserstoff-Hub Haren (abgeschlossen)

PROJECTS

H2Agriculture_Hidden Object

In Haren, hydrogen is to be used for sustainable mobility in agriculture. ©agrowea

Wasserstoff-Hub Haren (abgeschlossen)

In Haren, a future model for sustainable mobility in agriculture is to be created - with the help of hydrogen. For this purpose, the electricity produced in a citizens' wind farm is used to produce hydrogen by means of electrolysis and then made available to agricultural vehicles in a hydrogen filling station. When there is surplus wind energy, a battery storage system is used to store the wind power. 

The Bürgerwindpark BW Fehndorf-Lindloh near the Lower Saxon town of Haren (Ems) supplies the hydrogen hub Haren with the energy needed to make the project a reality. For this purpose, the electricity produced from wind is stored in a large battery at peak times or fed into an electrolyser for hydrogen production. This can then be used by agricultural vehicles in a hydrogen filling station at the CEC Haren GmbH & Co. KG which is intended to reduceCO2 emissionsin the transport sector.

The project was funded as a scalable hydrogen project within the framework of the Lower Saxony Hydrogen Directive of the Ministry for the Environment, Energy, Building and Climate Protection. In Haren on 18.06., Environment Minister Olaf Lies handed over the funding of 4.85 million euros for the construction of this "hydrogen hub". "We are pleased to be able to play a significant role in the implementation of this forward-looking project through the planning, development and construction of the infrastructure," emphasised the project manager and managing director of CEC Haren GmbH & Co. KG Christoph Pieper.

Another funded sub-project called H2Agrar is investigating how green hydrogen can be used in agricultural mobility.

 

 

 

Partner

CEC Haren
Agrowea

CEC Haren GmbH & Co. KG is realising the construction of a green filling station park to supply road freight transport with alternative fuels in order to contribute to the reduction ofCO2 emissions in the transport sector.

Logo: ©CEC Haren GmbH & Co. KG

The Agrowea GmbH & Co. KG is engaged in the generation of electricity from wind power and solid biomass with the aim of enabling local communities, businesses and citizens to participate fairly in wind farms.

Logo: © Agrowea GmbH & Co. KG

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    Innovationslabor: H2 ReNoWe (abgeschlossen)

    Innovationslabor: H2 ReNoWe (abgeschlossen)

    PROJECTS

    H2-Region Nordwest-Niedersachsen (abgeschlossen)

    In the Wesermarsch region, the aim is to investigate how hydrogen can be established as a local energy supplier in order to ultimately build a sustainable hydrogen economy. To this end, hydrogen is to be produced, used and stored directly on site. For this purpose, an existing storage power plant is to be converted so that hydrogen can be stored and contribute to the climate-friendly power supply on site through reconversion.

    As part of the innovation laboratory "H2-Region Nordwest-Niedersachsen" (H2-ReNoWe), the Huntorf compressed air energy storage power plant is being converted so that it can use green hydrogen as an energy carrier - creating a flexible, regenerative storage power plant.

    For this purpose, the existing infrastructure in the power plant will be used and expanded in order to be able to store green hydrogen and ultimately use it for on-site power supply by means of reverse power generation. With the use of hydrogen in reverse power generation, there is the possibility ofCO2-free energy production and storage in the megawatt range. In addition, possibilities are to be analysed as to how the locally produced green hydrogen and oxygen can be marketed in the future on the one hand and integrated into the mobility sector on the other.

    For the further development of hydrogen technologies, the Lower Saxony Ministry of Science and Culture (MWK) is funding so-called innovation labs with up to 6.5 million euros. More information on the innovation labs.

    Partner

    ©DLR Institute for Networked Energy Systems
    ©TU Clausthal

    The Oldenburg Institute for Networked Energy Systems develops technologies and concepts for the future energy supply based on renewable energies. This transformation process is being researched taking into account the aspects of "defossilisation", "decentralisation" and "digitalisation".

    Logo: © DLR Institute for Networked Energy Systems

    The Clausthal Environmental Technology Research Centre (CUTEC) at TU Clausthal actively supports Germany's transformation process towards a sustainable industrial society.

    Logo: © Clausthal University of Technology

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