Lei Berners-Wu, Vice President Global Industrial Business at Rolls-Royce business unit Power Systems, said: “It makes us proud to bring this groundbreaking propulsion solution, which we have continuously further developed over the past years, into regular service together with our partners. The immense CO2 savings based on existing and proven technologies are an important step on the road to climate neutrality, on which we are moving forward together with our customers in all applications.”
The mtu Hybrid PowerPack combines the advantages of battery and diesel-powered trains. Trains with mtu Hybrid PowerPack can also be operated on non-electrified routes purely electrically and thus locally emission-free, for example in urban areas or in stations. In pure electric operations, drive noise is reduced by about 75 percent (20 dB(A)). Important for the climate: the CO2 emissions of the train are 25% lower than those of a train with conventional diesel drive. This is made possible by the recuperation of braking energy, which is stored in a battery, the so-called mtu EnergyPacks. In the HybridFLEX, the batteries are mounted under the floor of the vehicle. A new type of driver assistance system, the mtu Intelligent Drive Manager, is being used on this train for the first time. It ensures that the drive system automatically switches to all-electric operation in emission- and noise-sensitive areas such as cities or train stations. The driver does not have to actively intervene.
“The mtu Hybrid PowerPack is an excellent example of how we are becoming a provider of integrated sustainable solutions with pioneering technologies,” said Lei Berners-Wu. Rolls-Royce business unit Power Systems, with its mtu products and solutions brand, is leading the way towards net zero as a pioneer of climate-friendly drive and energy solutions. With the sustainability programme “Net Zero at Power Systems”, the company is taking concrete steps towards climate-neutral solutions. For example, from 2023 Rolls-Royce Power Systems will approve its mtu Series 2000 and 4000 engines for sustainable fuels such as synthetic diesel (second-generation biofuels or e-diesel), thus enabling climate-neutral operation in almost all applications. In addition to hybrid systems and the use of sustainable fuels, the company is also working on future technologies such as CO2-free fuel cell systems and hydrogen engines. Digital solutions for controlling, monitoring and servicing systems are also set to help reduce CO2 emissions.
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