Hydrogen-Powered Tractor Introduced by Fendt at German Summit

Fendt introduces hydrogen-powered tractor at German Hydrogen Summit; developed as part of H2Agrar model project.

Here’s an article posted in Green Car Congress that talks about the hydrogen-powered tractor unveiled at German Hydrogen Summit by Fendt.

According to the article,

Fendt unveiled its first-generation hydrogen-powered tractor at the German Hydrogen Summit.
The tractor is part of the H2Agrar agricultural model project in Lower Saxony.
The project aims to research hydrogen infrastructure for agricultural use.
Fendt will deliver two prototypes to farms in Lower Saxony for real-world testing.
The project aims to establish a hydrogen infrastructure for the Emsland model region.
The project has already won the DLG Agrifuture Concept Award 2022.

Key Features of Fendt’s Hydrogen Tractor Prototype

Hydrogen Fuel Cell System: The tractor is equipped with a hydrogen fuel cell that generates electricity to power the vehicle, significantly reducing carbon emissions compared to traditional diesel engines.
Battery Integration: It includes a 25 kWh battery that works in conjunction with the fuel cell, providing additional power and enabling efficient energy management during operation.
Power Output: The tractor is designed to deliver a power output of 100 kW (approximately 134 hp), allowing it to perform various agricultural tasks effectively.
Hydrogen Storage: The design incorporates a unique roof structure that houses the hydrogen tanks, optimizing space while ensuring safety and functionality.
Operational Duration: The hydrogen tanks are capable of providing sufficient power for about five hours of moderately strenuous work, making it practical for typical farming operations.
Platform Base: The tractor is based on the 700-series frame, which is known for its robustness and versatility in agricultural applications.
Research and Development: The project is part of the H2Agrar initiative, which aims to establish a hydrogen infrastructure for agricultural use and to investigate the technical requirements for hydrogen supply in farming.

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