The automaker Toyota wants to pave the way for a more sustainable rail transport: The mobility company has now delivered the first of six fuel cell modules for an emission-free train. A corresponding prototype with bimodal hybrid drive is currently being developed as part of the European “FCH2RAIL” project, where Toyota participates in various international partners from Germany, Belgium, Spain and Portugal.
The local train provided by the Spanish state railway Renfe receives a so-called “Fuel Cell Hybrid Power Pack”. The bimodal drive system combines the electrical power supply from the upper line with a hydrogen-powered fuel cell and battery system. Toyota controls those fuel cell modules, which are already known from the second model generation of the Limousine Mirai. According to Toyota, more power and higher density in a more compact packet; In the flat configuration you can easily integrate into the roof of the train.
The project is funded by the Technology Initiative “Fuel Cells and Hydrogen 2 Joint Undertaking” (FCH 2 JU). The goal: find a reliable and secure emission-free alternative for rail transport. On around every second railway line in Europe, diesel-powered trains are still on the way. The conversion to a more sustainable drive has great potential to significantly reduce CO2 emissions and thus contribute to climate neutrality.
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From the article:
Battery electric trains from Alstom, on the other hand, drive practically now (24.1. or. 5.2. 2022) normal passengers in Baden-Wurttemberg and Bavaria:
https: // http://www.Electrive.Net / 2022 / 01/21 / Alstom and German Rail Test First Battery Train IM Passenger Operation /
Due to the selected routes, different battery charging scenarios are served in the daily practice: Charging during (part of a part) in “running ride” or. Only at the start and destination stations!
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Nice concept that works as long as sufficient subsidies are paid. After that it is obsolete.
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Toyota supplies hydrogen for its trains and vehicles, which was generated 100% of wind stream
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Haha, Just Kidding.
This is an application where H2 is worthwhile. But it also shows that green produced H2 will never be available in sufficient quantities for private transport. Because as shown here, there are many applications in which the pure battery operation from DIV. Reasons (yet) is not feasible. As well as at flight and shipping. And the electricity produced in the near future will be available to produce green H2 is a widely used fairy tale.