“The fuel cell will prevail as a key propulsion technology in intralogistics. With the H2IntraDrive we are taking an important step towards making hydrogen-powered industrial trucks ready for industrial-scale production,” emphasized Theodor Maurer, CEO of Linde Material Handling, on the occasion of the handover. Recharging cycles, battery replacement and the maintenance of lead/acid batteries require relatively long downtimes for conventional trucks and thus reduce their productivity. By contrast, the fuel cell hybrid system used in these Linde vehicles can be refuelled within just a few minutes and requires relatively little maintenance. The resulting higher availability of the industrial trucks and tractors is particularly advantageous in multi-shift operation. Moreover, the energy recovered during braking is stored in the lithium-ion battery of the hybrid system and released once again during load peaks, while the fuel cell provides the basic power.

They aim to make hydrogen-technology ready for industrial-scale production – the repre-sentatives of the H2IntraDrive project partners and the funding authority: Dr. Veit Steinle (department head Environmental Policy and Infrastructure, German Federal Ministry of Transport) , Theodor Maurer (CEO Linde Material Handling), Prof. Dr. Willibald A. Günthner (fml Chair, TU Munich), Dr. Michael Ströbel (Manager Valuestream Planning Painted Body, BMW Group).
As Plant Manager Dr. Milan Nedeljkovic said: “Sustainability is a top priority for the BMW i. This applies both to the product and to the way it is manufactured. Therefore, fuel cell vehicles with certified green hydrogen as an energy carrier are just perfect for the BMW Plant Leipzig.” There, Germany's first ever indoor hydrogen refuelling station was installed in BMW i body production. Linde Gas set up the infrastructure and ensures the supply of hydrogen produced from renewable resources. The fml Chair at the Technical University of Munich will be evaluating the environmental sustainability and economic efficiency of the fuel cell vehicles in everyday use. The Federal Ministry of Transport, Building and Urban Development is supporting the research project under the National Innovation Programme for Hydrogen and Fuel Cell Technology (nip) with a sum of EUR 2.9 million.