Fuel cell buses in Wuppertal's public transport system
Deployment of 52 hydrogen buses in Wuppertal city transport
Fuel cell buses in the Cologne Regional Transport Authority
Deployment of approx. 160 hydrogen buses in regional transport in the Cologne area
Fuel cell buses in Herten's public transport system
Deployment of 10 hydrogen buses in the Herten area
Fuel cell buses in Essen's public transport system
Deployment of 25 hydrogen buses in Essen's public transport system
Fuel cell buses in Düsseldorf's public transport system
Deployment of 20 hydrogen buses in Düsseldorf city transport
Fuel cell buses in Duisburg's public transport system
Deployment of 25 hydrogen buses in Duisburg city transport
Fuel cell buses in Bielefeld's public transport system
Deployment of 33 hydrogen buses in Bielefeld's public transport system
Series production of hydrogen fuel cell based train propulsion systems
Cummins Hydrogenics GmbH has been producing fuel cell systems for Alstom trains since March 2022 in the Herten Hydrogen Center for the world's first passenger trains operated with hydrogen fuel cells.…
NIP II - FC-Truck
Development and testing of a fuel cell system and a mobile and self-sufficient refueling system for heavy commercial vehicles
10 H2 industrial truck fleet for factory transport at the Daimler plant in Düsseldorf
National Innovation Program for Hydrogen and Fuel Cell Technology (NIP) - Phase II: H2 industrial truck fleet for internal plant transport at Mercedes-Benz in Düsseldorf
NIP II - H2kit
Fuel cell-based conversion kits for trucks with energy-intensive auxiliary consumers
NIP II - Hy-Lab
Hydrogen-powered fuel cell vehicles enable emission-free electric mobility with long ranges and short refueling times. However, hydrogen can contain impurities that damage fuel cells. In order to…
NIP II: H2Fuel
The main basis for the mandatory hydrogen delivery quality at hydrogen filling stations, which will be mandatory across Europe at the end of 2017, is ISO 14687-2. However, the limit values specified…
HyCleanUp
Fuel cell-based mobility requires clean hydrogen. In the NRW Hy-Cleanup project, ZBT is collaborating with the Max Planck Institute for Coal Research to research novel materials for removing…
NIP II - HySteelStore
Development of hydrostatic high-pressure accumulators made of high-strength precision steel tubes for fuel cell vehicles.
Procurement of a waste collection vehicle in Hürth
NIP II market activation: Procurement of a waste collection vehicle with alternative drive system
Procurement of 2 waste collection vehicles in Wuppertal
NIP II market activation: procurement of 2 waste collection vehicles with alternative drives
Procurement of a waste collection vehicle in Mülheim adR
NIP II market activation: procurement of a waste collection vehicle with alternative drive
Procurement of 2 waste collection vehicles in Münster
NIP II market activation: procurement of 2 waste collection vehicles with alternative drives
Procurement of two waste collection vehicles in Duisburg
NIP II market activation: Local emission-free waste collection in Duisburg
FlyGo - Fuel cell-supported mobility for environmentally friendly vehicles and aircraft
The Fraunhofer Institute for Production Technology IPT developed in the FlyGO project together with its project partners new concepts for a large-scale production chain of fuel cell components in…
HyQ²Ra
The HyQ²Ra project consortium has set itself the goal of improving the gas quality and quantity at hydrogen filling stations for end users. There are particularly high demands on the hydrogen quality…