I wonder what the future will look like for long-distance haulage. These solutions should be fine for trucks that always return to their depots within 24 hours, but what about those that are away all week? Haulage companies will want confidence that they can have their trucks charged anytime, anywhere.
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Great for urban areas with emission zones. And they'll undoubtedly go further as the high capacity charging network expands. 720 km is pretty good already. Could be interesting for companies running regular, predictable routes. E.g. daily resupply of cooled goods, supermarket suppliers. This won't replace whole fleets, but it will be interesting for parts of fleets and create the demand to build out the necessary infrastructure.
e-trucking is already way beyond that. As mentioned before, a German youtuber "Elektrotrucker" is showing his daily work as long distance e-trucker, driving all across Europe, on non predictable routes, commercially and competitively, not just for fun.
Contrary to popular belief, the infrastructure in Europe is already good enough for that.
Something trucking has, that non-trucking does not, is enforced rest stops and breaks.
If you don't sit in a random layby, you rest at a charging point, the "waiting around" to charge isn't a detriment. Because as a trucker you have to sit around and wait for amount of time anyway.
*I can't be arsed getting into arguments and different countries and their waiting times. I just know around europe mandatory rests are necessary.
Volvo have launched one that reaches 700 km https://www.volvotrucks.com/en-en/trucks/electric/volvo-fh-aero-electric.html
And Mercedes have one that reaches 500km https://www.mercedes-benz-trucks.com/gb/en/trucks/eactros.html#carousel-097709c497-item-6becb3f47d-tabpanel I think the Mercedes was launched earlier so they might upgrade that soon.
I've worked with very few truck in my life. And those were in our conscript military.
So I'm just trying to confirm, do commercial trucks have spare wheels? If yes are they usually behind the cab or somewhere else?
Hm, no specs besides batteries?
The e Actros 600 with a slightly smaller battery manages 500 km at full load (well 40t out of a max allowed 44t total weight). This is probably with good weather. That Scania should get further. So it makes no sense to assume that this Scania wouldn't have a longer range.
Yeah, but how much ascent was there? Or are these tests on flat roads? Actually are these range estimation tests standardized? I assume not. I'd imagine something like benchmarks for computers - flat road, hilly road, mountain road, mixed road and few other combos all with defined characteristics.
If you want to see range in daily use under real conditions, have a look at the Elektrotrucker videos. 600 kWh trucks usually have enough range to be practicable in daily long range hauling in Europe. If that above battery solution can boost the total capacity to around 900 kWh, 700 km range, with 42 tons total weight, ie a quite typical load is realistic under at least mild conditions (18ยฐC) in certainly relevant configurations. Sure, wind, weather, geography and other factors can play a role. But there are countless scenarios and the technology is very new. Which is why if you are interested in real scenarios, not just optimal or nice weather ones, have a look at those e-truckers that are long holing already today and their experiences.
"depending on configuration and operating conditions".
No one will haul anything 720Km on 356Kwhr, not even Tesla's standard of potato chips.
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