Let's hope the charging facility at Reading works, as presumably until 230001 gets there it can't be tested in real life. And if it doesn't work, the unit will be stranded.
I think its a non-fast charging facility at Reading depot (so overnight I guess) and a Fast charge facility at the platform at West Ealing.
It'll be trickle charged at Reading using the same charging equipment as that used at Long Marston - the chargers made the journey to Reading on board the train.Let's hope the charging facility at Reading works, as presumably until 230001 gets there it can't be tested in real life. And if it doesn't work, the unit will be stranded.
Somehow that seems weird and yet entirely appropriate at the same time.It'll be trickle charged at Reading using the same charging equipment as that used at Long Marston - the chargers made the journey to Reading on board the train.
Great Western Railway’s innovative FastCharge battery trial has achieved another significant step – just days after laying claim to a battery train UK distance record without recharging.
The train demonstrated its capability on Wednesday by travelling a UK record of 86 miles (138km) on battery power alone and without recharging.
Today the Class 230 battery train completed a 70-mile move from Long Marston to Reading Train Care Depot – using just 45 per cent of its battery capacity. GWR’s team of specialist engineers on board the train claim it could have travelled more than 120 miles on a single charge.
Worth noting that in the press release GWR cited the Class 777 had done 138km in test, yet Stadler convert this to a conservative 50km to 60km range, and the operator scales this back further to suggesting that a range of around 20km would be utilised. Let’s hope that the GWR range utilisation is a bit more optimistic."Today the Class 230 battery train completed a 70-mile move from Long Marston to Reading Train Care Depot – using just 45 per cent of its battery capacity"
45% remaining after 70 miles could be an absolute game-changer for many branch lines. Just need a newer train to get the technology into.
Totally agree about it being a game changer, especially as the fast charge equipment is simple and cheap to install.45% remaining after 70 miles could be an absolute game-changer for many branch lines. Just need a newer train to get the technology into.
Also worth remembering this didn't stop ar many stations which would increase the drain as the train accelerates."Today the Class 230 battery train completed a 70-mile move from Long Marston to Reading Train Care Depot – using just 45 per cent of its battery capacity"
45% remaining after 70 miles could be an absolute game-changer for many branch lines. Just need a newer train to get the technology into.
The 158s also work routes far too long for this kind of technology, some 150s on the other hand?I dobut there's much demand for more 230s, but as a proof of concept it seems like great progress, no dobut gwr could fit the system on something like a 158 far easier if they have a few months of experience running these sets
Depends how much space the Batteries and equipment takes, would there be enough space under a DMU?no dobut gwr could fit the system on something like a 158 far easier if they have a few months of experience running these sets
But there is regen braking, which would at least help recover some of the power taken by that (but obviously not all of it, the laws of physics still apply).Also worth remembering this didn't stop ar many stations which would increase the drain as the train accelerates.
It will most likely be a DMU that uses traction motors not a mechanical/hydraulic gearbox. For that reason I think a D78 to 230 conversion is more likely than a 158 being converted. Other DMUs and, of course, EMUs may be available.I dobut there's much demand for more 230s, but as a proof of concept it seems like great progress, no dobut gwr could fit the system on something like a 158 far easier if they have a few months of experience running these sets
If it's used 45%, then surely it's 55% remaining after 70 miles. Either way very impressive. Though I wonder if like most car batteries it's preferred to keep the SOC between 10 and 80% in normal use."Today the Class 230 battery train completed a 70-mile move from Long Marston to Reading Train Care Depot – using just 45 per cent of its battery capacity"
45% remaining after 70 miles could be an absolute game-changer for many branch lines. Just need a newer train to get the technology into.
So if I cant find any batteries in any shops across Berkshire tomorrow I know who to blame!No fast charge facility at the TCD. 230001 has just been tucked away in the shed. Hopefully we've got a spare plug socket on an extension lead, its that or a pallet load of AAAs!
Might have better luck buying the uks supply of power tool batteries or maybe leisure batteriesSo if I cant find any batteries in any shops across Berkshire tomorrow I know who to blame!
The reasons D78 stock were selected by Vivarail for conversion, were that they were available and the bodies were constructed of aluminium so are still in extremely good condition.The 158s also work routes far too long for this kind of technology, some 150s on the other hand?
I seem to remember @Clarence Yard mentioning a while back that there were plans, whether that's as plans on the back of a fag packet or more detailed, to convert 465 driving vehicles to battery for the Cornish branches before COVID, or did I imagine that?The reasons D78 stock were selected by Vivarail for conversion, were that they were available and the bodies were constructed of aluminium so are still in extremely good condition.
When 230002 was demonstrated at Bo’ness in 2018, the concept was explained to those present in detail, here are some notes I made at the time and posted on another forum:
‘The concept of this project was explained by Vivarail staff including Adrian Shooter who was on the train. This is being pitched as a recycled train, selected because the aluminium bodies are still in extremely good condition. 365s, 465s and 466s also have aluminium bodies so could be reused in a similar fashion. 314s, 507s and 508s have alloy composite bodies and have suffered
badly from corrosion so are not suitable for reuse.
The 230 uses lithium ion batteries in series banks using a balanced charge process. In service it would be planned that a green supply rather than a generator would be used to recharge the unit, which has a range of approx 40 miles, charges take approx 10 mins. Regenerative braking allows the power cells to be topped up so batteries are never fitted with a full charge or there would be nowhere for the additional charge to go’.
150s I believe are alloy composites so not suitable and 158s are still widely used.
Also as mentioned in post 283 above, the concept is based on recycling stock having electric traction motors rather than a mechanical transmission.
Yes, a similar Depth of Discharge (or possibly even 30-80%) will also be applicable to railway vehicles in order to maximise lifecycles.Though I wonder if like most car batteries it's preferred to keep the SOC between 10 and 80% in normal use.
I would've thought they'd use the spare D-Stock shells first.I seem to remember @Clarence Yard mentioning a while back that there were plans, whether that's as plans on the back of a fag packet or more detailed, to convert 465 driving vehicles to battery for the Cornish branches before COVID, or did I imagine that?
I'm sure I've seen that brought up before the class 466 unitsI seem to remember @Clarence Yard mentioning a while back that there were plans, whether that's as plans on the back of a fag packet or more detailed, to convert 465 driving vehicles to battery for the Cornish branches before COVID, or did I imagine that?
Don't believe so. However if this works, converting the Borderlands line units to batteries and fast charge at Wrexham would be feasible. However back to topic.Has TFW had any collaboration with this venture?
I think they said somewhere else those plans are sadly long deadI seem to remember @Clarence Yard mentioning a while back that there were plans, whether that's as plans on the back of a fag packet or more detailed, to convert 465 driving vehicles to battery for the Cornish branches before COVID, or did I imagine that?
You may say sadly, but it would have come at the expense of brand new trains ordered with Churchward. Everywhere else would have got shiny new modern stock, and those branches would have been stuck for decades with 70s tube stock conversions. Now, these lines can be included in the Churchward order.I think they said somewhere else those plans are sadly long dead
Very clearly stating it isn't going to be carrying passengers, and making to commitment no to any possible future passenger service.Charging rails and lineside battery banks have been installed at West Ealing in preparation for the start of the trial on the Greenford branch line.
Once the trial commences it will run in non-passenger service alongside scheduled passenger services.
The initial testing will be ECS (which is what I think the wording of the press release is getting at), but it is still planned to run it in passenger service. It has to be a 'real world' trial and that includes having people on board.Have GWR backstepped on the public trial? I guess it was never specifically stated it would be, but this press release says:
Very clearly stating it isn't going to be carrying passengers, and making to commitment no to any possible future passenger service.
What's the difference from the passenger point of view between a train with a brand new bodyshell and brand new interior, and one with a reused bodyshell and a brand new interior?You may say sadly, but it would have come at the expense of brand new trains ordered with Churchward. Everywhere else would have got shiny new modern stock, and those branches would have been stuck for decades with 70s tube stock conversions. Now, these lines can be included in the Churchward order.
But from travelling on both 230s and 484s plenty of times, they don’t feel like they have a brand new interior A refurbished one perhaps, but you can tell it’s not brand new if you’ve got any sense. Especially not with the flickery TrainFX PIS, desperately slow doors, and don’t even get me started on the ridiculous temporary-looking gangways on the LNR and SWR examplesThe initial testing will be ECS (which is what I think the wording of the press release is getting at), but it is still planned to run it in passenger service. It has to be a 'real world' trial and that includes having people on board.
What's the difference from the passenger point of view between a train with a brand new bodyshell and brand new interior, and one with a reused bodyshell and a brand new interior?
GWR has the ambition of using 230s for branch line work in the Thames Valley and Cornwall. With the level of performance being demonstrated use on Okehampton, Barnstaple, and Exmouth-Paignton seems possibleI dobut there's much demand for more 230s, but as a proof of concept it seems like great progress, no dobut gwr could fit the system on something like a 158 far easier if they have a few months of experience running these sets
I guess what’s important to a discerning enthusiast may be different to Joe Public. I suspect for the latter the main perception is based on how clean and new the interior looks in general. And ultimately, that’s the perception that counts.But from travelling on both 230s and 484s plenty of times, they don’t feel like they have a brand new interior A refurbished one perhaps, but you can tell it’s not brand new if you’ve got any sense. Especially not with the flickery TrainFX PIS, desperately slow doors, and don’t even get me started on the ridiculous temporary-looking gangways on the LNR and SWR examples
Or even Newquay to Falmouth, assuming the 60mph limit isn’t a constraint on the main line, once that service is introduced in 2026.GWR has the ambition of using 230s for branch line work in the Thames Valley and Cornwall. With the level of performance being demonstrated use on Okehampton, Barnstaple, and Exmouth-Paignton seems possible