PROJECTS

H2Agriculture_Hidden Object

A future model for sustainable mobility in agriculture is to be created in Haren. ©agrowea

H2Agrar (abgeschlossen)

The "H2Agrar" project from Haren, which is funded under the Lower Saxony Hydrogen Directive, aims to significantly reduce the greenhouse gas emissions released by agricultural machinery. To this end, a prototype Fendt agricultural machine is to be equipped with a climate-friendly fuel cell drive. In the course of the project, valuable experience is to be gathered to ultimately enable series production.

News (January 2024): Two prototypes are tested on two test farms!

The two FENDT tractors are currently being thoroughly tested in Haren. The H2Agrar project is being driven forward on two test farms in Emsland:

News (28.02.2023): Fendt presents first hydrogen tractor - delivery of two prototypes for the H2Agrar project to Emsland planned for April.

In Bavaria, the tractor and harvester manufacturer FENDT has presented its first hydrogen tractor, which is to be used in Lower Saxony as part of the H2Agrar project. In the project, two prototypes of the hydrogen-powered tractor will be used on a regular basis on farms in Haren, Emsland. Delivery of the two hydrogen tractors from Bavaria to Lower Saxony is scheduled for April. 

 

H2Agrar with Minister Lies

The project receives funding under the Lower Saxony Hydrogen Directive ©agrowea

Agricultural machinery with fuel cell drive

Large quantities of greenhouse gases are still released when agricultural machinery is used. These emissions currently result from the almost exclusive use of fossil fuels and amounted to 6 million tonnes of CO₂ equivalents or 8.5 % of total emissions in agriculture in 2014 (Bundesministerium für Umwelt, 2016). If fossil fuels can be replaced with green hydrogen, these emissions can be reduced almost completely.

Therefore, a prototype of Fendt brand agricultural machinery with fuel cell drive is to be developed - in preparation for later series production. This will enable green hydrogen to be used in agriculture as a CO₂-neutral diesel alternative for agricultural machinery. The tractors are to obtain the fuel from the hydrogen filling station in Haren. For the transport of hydrogen within the model region, Röchling Engineering Plastics SE & Co. KG is developing special transport containers for the transport of hydrogen within the model region, which will also be marketed throughout Europe after the end of the project in three years. The project is funded under the Lower Saxony Hydrogen Guideline and receives a subsidy of around 2.8 million euros from the Lower Saxony Ministry for the Environment, Energy, Building and Climate Protection.

 

Partner

CEC Haren
Röchling
TU Braunschweig
Emden/Leer University of Applied Sciences

CEC Haren GmbH & Co. KG is realising the construction of a green filling station park to supply road freight transport with alternative fuels.

Logo: © CEC Haren

Fendt has been a worldwide brand of the AGCO Corporation since 1997. Fendt manufactures agricultural technology such as tractors or harvesters and has around 6,000 employees.

Logo: © AGCO/Fendt

The Röchling Group is active worldwide in the field of plastics processing. The company has around 11,500 employees at 90 locations in 25 countries.

Logo: © Röchling Group

Around 20,000 students are enrolled in 71 degree programmes at Braunschweig University of Technology.

Logo: © Technical University of Braunschweig

Emden/Leer University of Applied Sciences is located in Emden. Around 4,500 students are enrolled at the university of applied sciences.

Logo: © Emden /Leer University of Applied Sciences

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