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The Wabtec FLXDrive platform (pronounced "flex-drive") is a class of battery-electric locomotives manufactured by Wabtec's GE Transportation subsidiary beginning in 2019. . Using a modified version of the GE Evolution Series platform, FLXdrive is Wabtec's first zero-emissions locomotive, storing energy in 20 racks of lithium-ion battery cell
The Altoona Works BP4 is a 1,500 hp (1,120 kW) B-B battery-electric locomotive rebuilt by the Altoona Works of the Norfolk Southern Railway.It was created in 2007 by replacing the diesel prime mover of an EMD GP38 (Norfolk Southern #2911, formerly Conrail #7732) with 1,080 12-volt lead-acid batteries and associated control equipment.
Modern battery-electric trains have the ability to operate on both types of track. A number of metro networks around the world have extended electrified metro lines using battery-electric technology, with a number of networks considering the option. From March 2014, passenger battery trains have been in operation in Japan on a number of lines.
Electric locomotive used in mining operations in Flin Flon, Manitoba. This locomotive is on display and not currently in service. An electric locomotive can be supplied with power from Rechargeable energy storage systems, such as a battery or ultracapacitor-powered mining locomotives. A stationary source, such as a third rail or overhead wire.
Wabtec claimed that the next version of the locomotive, to be developed within two years, would reduce the consumption of diesel fuel by nearly a third, and that emissions could entirely eliminated through the development of accompanying hydrogen fuel cells. [47] The first battery locomotives were for the Roy Hill railway.
This locomotive was eventually successful, but only after the voltage on the trolley system was stabilized. [69] A Siemens and Haske pure storage battery locomotive was in use in a coal mine in Gelsenkirchen (Germany) by 1904. [70] One problem with battery locomotives was battery replacement. This was simplified by use of removable battery boxes.
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The first JR Freight Class HD300 shunting locomotive was delivered from Toshiba on 30 March 2010. [12] The new locomotive uses lithium ion batteries, and is designed to reduce exhaust emissions by at least 30% to 40% and noise levels by at least 10 dB compared with existing Class DE10 diesel locomotives. [13] [14]