Greybeard33
Established Member
Might this be a game changer for electric freight? No need for a bi-mode loco or shunter.
Tarmac in overhead electrification trial
www.agg-net.com
The Decarbonization & Electrification of Freight Terminals (DEFT) project – trialled this week at Wellingborough freight terminal in Northamptonshire – is expected to decarbonize rail and lessen freight’s impact on passenger journeys.
Freight trains are typically loaded and unloaded from above, preventing the use of the high-voltage overhead cables used on mainline railways. As such, freight trains still rely on diesel to move in and out of terminals and passengers can be delayed by slower diesel freight trains on mainlines, or those waiting to be moved into a depot by a shunter.
However, Furrer+Frey GB have designed a moveable overhead conductor system whereby the overhead equipment supplying electricity to locomotives can safely move away once the train is in place and return when the train needs to move again.
Funded by the Department for Transport and Innovate UK, the innovative system is being trialled at Tarmac’s aggregate facility in Wellingborough, in partnership with GB Railfreight.
From the photos, the system appears to consist of solid bar conductor mounted on cantilever arms that can swivel around their masts. The conductor is moved to the side of the track, clear of the wagons, during loading/unloading.Noel Dolphin, head of UK projects at Furrer+Frey GB, said: ‘The electrification of freight terminals is the biggest technological hurdle to net-zero rail freight and we have just overcome it.
‘The demonstrator shows how we can plug freight yards into electrified rail lines and operate them safely and efficiently with the locomotives we already have – meaning greener, cleaner, and better journeys.
‘This moveable conductor system means trains can pull in on electricity, disconnect from it to safely load and unload, then reconnect to travel on.’