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Ballard announces order from Solaris for 25 fuel cell modules to power buses by Staff Writers Vancouver, Canada (SPX) Mar 17, 2020
Ballard Power Systems told SolarDaily is has received a purchase order from Solaris Bus and Coach S.A. in Bolechowo, Poland, for 25 of the Company's new 70 kilowatt heavy-duty FCmove HD fuel cell modules. These 25 modules will power 15 Solaris Urbino 12 hydrogen buses planned for deployment in Cologne, Germany and 10 Urbino 12 hydrogen buses planned for deployment in Wuppertal, Germany, all under the Joint Initiative For Hydrogen Vehicles Across Europe ("JIVE 2") funding program. The Solaris Urbino 12 hydrogen model Fuel Cell Electric Bus (FCEB) - capable of traveling 350 kilometers on a single hydrogen refueling - was introduced in 2019. The bus incorporates an axle with two electric motors and is equipped with a climate control system utilizing heat generated by the fuel cell module. Shipments of the 25 FCmove-HD modules to Solaris will begin in 2020 and extend into 2021 to match the timing for the bus builds and deployments. "Ballard is delighted with our ongoing collaboration with Solaris and we are very pleased to now provide next-generation FCmove-HD fuel cell power modules for bus deployments in Cologne and Wuppertal," said Rob Campbell, Ballard Chief Commercial Officer. "These German cities have previously ordered 45 fuel cell buses powered by Ballard. The combined fleet will be the largest fuel cell bus fleet yet in Europe highlighting the benefits of simple refueling, long range and zero emission operation. Ballard powered fuel cell buses in service now exceed 70 buses in Europe." Ballard launched its next-generation FCmove HD product in 2019. Solaris selected the FCmove HD shortly thereafter for the Urbino 12 FCEB and secured its first project for 12 FCEB's in Bolzano, Italy that are planned to go into service in 2020.
'Spillway' for electrons could keep lithium metal batteries from catching fire San Diego CA (SPX) Mar 13, 2020 Nanoengineers at the University of California San Diego developed a safety feature that prevents lithium metal batteries from rapidly heating up and catching fire in case of an internal short circuit. The team made a clever tweak to the part of the battery called the separator, which serves as a barrier between the anode and cathode, so that it slows down the flow of energy (and thus heat) that builds up inside the battery when it short circuits. The researchers, led by UC San Diego nanoengi ... read more
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