News   Nov 22, 2024
 655     1 
News   Nov 22, 2024
 1.2K     5 
News   Nov 22, 2024
 3.1K     8 

GO Transit Electrification | Metrolinx

In 2014, Tim Hudak basically killed the PC campaign by declaring two things: firing 10,000 government employees and cancelling GO electrification. This time PC may scale back from the original system wide plan, but cancelling the whole thing is political suicide.
I don't even remember him promising to cancel GO electrification. And I was paying attention. I'm not sure it was a big deal for most voters.
 
In 2014, Tim Hudak basically killed the PC campaign by declaring two things: firing 10,000 government employees and cancelling GO electrification. This time PC may scale back from the original system wide plan, but cancelling the whole thing is political suicide.

This is a weak attempt to tie one to the other. People only cared about his glee at cutting public servants. Nobody really cared about cancelling GO electrification. Heck, I have zero doubt that > 90% of the public wouldn't be able to tell you a thing about GO RER today.

There was only one transit file that might have cost Hudak seats: Ottawa's LRT.
 
It could be that the Tories are looking at alternatives to electrification of the entire system such as Hydrail or battery trains. Electrification is going to cost $1.5 billion and that money would buy an entire fleet of hydrogen or battery powered trains to say nothing of the fact that that knowing Toronto electrification will come in late and over budget unlike just buying rolling stock of hydrogen or battery trains which are bought at a set price and very significantly be plying the rail lines before the next election.

Hydrail and/or battery trains also allow Ford to separate himself from what is seen as a Wynne project and put his own stamp on it. Transit is a very political game in Toronto and Ford will want to get as much hay out of it as he can.

respectfully disagree on your financial metrics. There is no infrastructure for hydro/battery trains. In fact there is no established system around the world so saying that buying stock is the only required thing is very very untrue. How are they going to recharge those trains? chances are it might blow up into another e health, going into unknown territory with no prior experience to draw from
 
I'm gonna play devil's advocate here for the sake of it. And disclaimer, I'm no fan of the PCs. Usually no government answers questions in Question Period. This instance could have just been a deflection for the sake of being difficult, and because no formal PC transit plan has been announced yet.


Here is the video clip of the exchange on GO Electrification. Clark does say "this is a very important item for us", but no commitment.


It was an "election promise" on many occasions. It wasn't even a qualified deflection. It was a total one.
 
respectfully disagree on your financial metrics. There is no infrastructure for hydro/battery trains. In fact there is no established system around the world so saying that buying stock is the only required thing is very very untrue. How are they going to recharge those trains? chances are it might blow up into another e health, going into unknown territory with no prior experience to draw from


I certainly don`t think they should go gung-ho from the beginning but it would be worth the while to get a few of the Alstom Hydrail single level EMU. These are not new trains but simply part of the standard Concordia lint train but now with new power sources. It has been tested in Germany and received all the safety OKs to go ahead and has been running perfectly for the last several months. A great place to see if the system would work well for RER is to get a couple on loan from Alstom and use them on the UPX route. It would require a new hydrogen fueling station but they are relatively basic affairs as they are already in use for hydrogen buses and trolleys.
 
I certainly don`t think they should go gung-ho from the beginning but it would be worth the while to get a few of the Alstom Hydrail single level EMU. These are not new trains but simply part of the standard Concordia lint train but now with new power sources. It has been tested in Germany and received all the safety OKs to go ahead and has been running perfectly for the last several months. A great place to see if the system would work well for RER is to get a couple on loan from Alstom and use them on the UPX route. It would require a new hydrogen fueling station but they are relatively basic affairs as they are already in use for hydrogen buses and trolleys.

I don’t declare brand preferences, but the idea of slipping a hydrail powered car in between two of the existing UPX end cars (or vice cersa) is intriguing. Diesel power available to ‘limp’ along in case the hydrail fails. It would be an interesting experiment. Doesn’t have to be a lint carbody, could be anything that meets crash standards and has the right platform height. We do need to aggressively demonstrate/test/learn about hydrail, it’s just too soon to depend on it fully.

- Paul
 
Last edited:
^ Ottawa is where iLint testing should take place, for a number of reasons, not least:
The Alstom Coradia LINT 41 is a two-car articulated rail train built by Alstom. The acronym LINT is short for "Light Innovative Local Transport rail vehicle". These trains arrived in Ottawa in June 2013, and entered service on March 2, 2015, their entry retiring the original Bombardier Talent trains. OC Transpo operates 6 Alstom Coradia LINT trains on the Trillium Line. In regular service, 4 trains run concurrently along the line, with 2 trains kept as backups. The trains are stored and maintained at the Walkley Yard, just northeast of Greenboro Station.

The trains were acquired as part of a plan to expand and enhance service along the Trillium Line. After the inclusion of more passing tracks, higher frequency could be obtained on the line, with the addition of additional trains.

The Alstom Coradia LINT 41 trains are both more efficient in terms of fuel usage as they are with their lower emissions, and are more suited to the type of work associated with public transit, than their mainline predecessors. They operate on diesel fuel as the Trillium Line is not electrified. There are two 315-kilowatt electric motors (422 hp) that drive the train, which are powered by diesel generators. [...]
https://www.otrainfans.ca/trillium-trains/alstom-coradia-lint

I believe they are interoperable between power gen types:
Your choice of energy
We have tailored the Coradia range to operate with different power systems, from diesel (the best-selling Coradia Lint) to electric (Coradia Stream) or dual mode (Coradia Polyvalent is available in dual mode or electric only) and to a variety of traction voltages. Our latest innovation in energy is the Coradia iLint, working on fuel cells powered by hydrogen, offering comparable performances to the Coradia Lint but with zero-emission!
[...]
https://www.alstom.com/coradia-range-regional-trains-suit-all-operator-needs

I'll search more on that later. This would not only allow testing of a vehicle for it's own load, but also use the diesel units as ballast load for testing, and/or 'cow and calf'. This would offer an advantage in poor traction conditions, like snow and wet leaves while still allowing thrust evaluation under load.

Addendum: Ottawa has the LINT 41, and the iLINT is based on the 54:
LINT 41 and LINT 54

Both the LINT 41 and LINT 54 consist of two parts. The longer carriage length of the LINT 54 allows for an extra set of doors per carriage, whilst the LINT 41 has only one set per carriage. Some transportation companies offer ticket machines in the door area. The two-piece railcars have two 315-kilowatt (422 hp) engines.

The trains are mainly used in Northern Germany and North Rhine-Westphalia. They are also quite popular in other European countries. For example, in Denmark they are being used by the largest non-state-owned operator, Arriva (a total of 43 units: 30 delivered in 2004-2005, 11 delivered in 2010–11 and 2 delivered in 2012) as well as by Lokalbanen A/S and Regionstog (a total of 42 units delivered in 2006-2007). In the eastern provinces of the Netherlands, they are operated by Syntus which is now Keolis Nederland.[3]

They are also used in Canada. Alstom delivered six new trains to operate on the O-Train Trillium Line in Ottawa. The new trains went into service on 2 March 2015, displacing the previous Bombardier Talent fleet.[4]

Lint 41 has 115 seats, while the Lint 54 can have between 150 and 180 seats.[5]
[...]
iLint
The Coradia iLint is a version of the Coradia Lint 54 powered by a hydrogen fuel cell.[7] Announced at InnoTrans 2016, the new model will be the world's first production hydrogen-powered trainset. The Coradia iLint is able to reach 140 kilometres per hour (87 mph) and travel 600–800 kilometres (370–500 mi) on a full tank of hydrogen. It is assembled at Alstom's Salzgitter plant.[7] It began rolling tests at 80km/h in March 2017.[8] In September 2018, the first Coradia iLint entered service on the Buxtehude-Bremervörde-Bremerhaven-Cuxhaven line in Lower Saxony, Germany.[9] A mobile hydrogen filling station refuels these trains, however, a stationary station is set to be built by 2021[10] along with 14 more of these trains.[11]
https://en.wikipedia.org/wiki/Alstom_Coradia_LINT




Pics at link.
 
Last edited:
Cryogenic handling is anything but basic - and we already had enough experiments that went nowhere in this province. It's time to end this stalling bull. If one want it so badly, maybe one should persuade Translink to do it perhaps?

AoD
Or just wait until the German Lander hosting the test has results. It is "bull". It's deflectio...Squirrel! Over there!

What proponents keep conveniently overlooking is that any rational proposed use is for where nations like Germany and France don't consider it justified return to electrify. Both nations continue to expand their overhead supply networks for mainlines and high-speed.

Its present justification is to replace diesel, not the need to replace catenary. Again, if anywhere it could/should be hosted is where the base model already exists, so if things don't turn out well, the experimental vehicle(s) can be converted to stock diesel, battery, catenary or hybrid models. The Lint lends itself to that sort of flexibility. Ottawa has an Alstom assembly plant and ostensibly trained techs. That's the place, if anywhere, to do this. And the NRC! (Nat Research Council)

In the event, the present regime in QP aren't going to be spending on conventional, let alone exotic models. Unless they run on highways...
 
Or just wait until the German Lander hosting the test has results. It is "bull". It's deflectio...Squirrel! Over there!

What proponents keep conveniently overlooking is that any rational proposed use is for where nations like Germany and France don't consider it rational to electrify. Both nations continue to expand their overhead supply networks.

Its present justification is to replace diesel, not the need to replace catenary. Again, if anywhere it could/should be hosted is where the base model already exists, so if things don't turn out well, the experimental vehicle(s) can be converted to stock diesel, battery, catenary or hybrid models. The Lint lends itself to that sort of flexibility.

In the event, the present regime in QP aren't going to be spending on conventional, let alone exotic models. Unless they run on highways...

I don't know, from the looks of it the trains could probably run on hot air and standing ovations.

AoD
 
@alexglista When is the treasury meeting? Hopefully we can all have some closure on this soon.

I don't think a public date was given for when they will meet, and usually the meetings are closed door anyways. The biggest piece of news that we can rely on now in the short term is the Fall Economic Statement, to be given tomorrow afternoon. It is like a mini-budget and there is a good chance we will get a glimpse of what the PCs have in store for transit in it. If you can't wait until tomorrow, Rob Benzie tweeted out that he has news coming at or after 5PM. This is after markets have closed, so I'm thinking it has to do with the Fall Economic Statement.

 
France has just announced that it is cancelling an electrification program for it`s regional rail system radiating out of Bordeaux in favour of a hydrogen Alstom rail. There are 4 lines that were to be electrified representing well over 300km of track. The specific reason was clear...…….the $45 Euros to be used on electrifying just one of those routes will be used exclusively to buy the hydrogen trains. They intend to begin plying the new trains by 2022. These routes are currently served by single level DMUs and hydrogen rail was determined to be cheaper and faster to build than putting in the catenary for EMU and the system can be easily expanded with little effort unlike catenary which requires yet more infrastructure. The trains can go 140km/hr.

Steveintoronto also raises a very good point, this is not some kind of new or revolutionary train. It is just another way of powering it`s current Corridia Lint trains which currently are available in EMU/catenary and DMU. These commuter/regional trains have been supplied all over the world and these are just a variation of those current and very successful trains. If after the trial period they are not shown to be as successful as hoped then they could be modified back to either EMU/catenary of DMU, no different than the pieces of junk used on the current UPX route which are diesel but can be converted to catenary if required in the future.
 
France has just announced that it is cancelling an electrification program for it`s regional rail system radiating out of Bordeaux in favour of a hydrogen Alstom rail. There are 4 lines that were to be electrified representing well over 300km of track. The specific reason was clear...……...the $45 Euros to be used on electrifying just one of those routes will be used exclusively to buy the hydrogen trains.

They intend to begun plying the new trains by 2022. These routes are currently used by single level DMUs and hydrogen rail was determined to build cheaper and faster to build than putting in the catenary for EMU and can be easily with little effort unlike catenary which requires yet more infrastructure. The trains have a top speed of 140km/hr.

Steveintoronto also raises a very good point, this is not some kind of new or revolutionary train. It is just another way of powering it`s current Corridia Lint trains which currently are available in EMU/catenary and DMU. These commuter/regional trains have been supplied all over the world and these are just a variation of those current and very successful trains. If after the trial period they are not shown to be as successful as hoped then they could be modified back to either EMU/catenary of DMU, no different than the pieces of junk used on the current UPX route which are diesel but can be converted to catenary if required in the future.

Very interesting. I had always taken the line that electrifying was a gimmick, but clearly France doesn't thinks it isn't. I am still in the dark if hydrogen has similar benefits to electrification like fast acceleration. One interesting thing that I found in the Metrolinx hydrogen report is that the Metrolinx hydrogen facilities would use 2% of all of Ontario's daily consumption of electricity. I mean we have surplus energy so that's no big deal.
 

Back
Top