Jun 3, 2021 15:02
2 yrs ago
24 viewers *
German term
Zuladungsverlust
German to English
Tech/Engineering
Automotive / Cars & Trucks
Fueling with hydrogen
Wasserstoff kann in wenigen Minuten getankt werden und ermöglicht aufgrund der Energiedichte derzeit höhere Reichweiten als BEV, trotz des niedrigeren Wirkungsgrades. Wie beim Dieselfahrzeug hält sich der Zuladungsverlust in Grenzen.
Proposed translations
(English)
4 +2 | hydrogen vehicles have similar payload and cargo volumes as comparable vehicles | Barbara Schmidt, M.A. (X) |
4 | Payload loss | Esther Pugh |
2 | loss of load capacity/load capacity loss | Ramey Rieger (X) |
Proposed translations
+2
1 hr
Selected
hydrogen vehicles have similar payload and cargo volumes as comparable vehicles
You're not actually losing anything here. As far as I understand, this is about hydrogen vehicles achieving a similar performance without affecting the payload and cargo volume any more than diesel engines do - which is actually very little.
see here:
the hydrogen van offers the same payload and cargo volume as the equivalent internal combustion engine (ICE) model (up to 1,100kg and 6,100 litres respectively).
https://www.commercialfleet.org/news/van-news/2021/05/06/hyd...
https://www.commercialfleet.org/news/van-news/2021/05/06/hyd...
My suggestion is to rephrase that sentence.
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Note added at 1 Stunde (2021-06-03 16:11:44 GMT)
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or
As with diesel engines, the payload and cargo volumes are not compromised.
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Note added at 4 Stunden (2021-06-03 19:45:57 GMT)
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Hi Andrew
Yes, I like that, too! I think it would work.
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Note added at 4 Stunden (2021-06-03 19:46:37 GMT)
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or
... there is very little effect on payload and cargo volumes
see here:
the hydrogen van offers the same payload and cargo volume as the equivalent internal combustion engine (ICE) model (up to 1,100kg and 6,100 litres respectively).
https://www.commercialfleet.org/news/van-news/2021/05/06/hyd...
https://www.commercialfleet.org/news/van-news/2021/05/06/hyd...
My suggestion is to rephrase that sentence.
--------------------------------------------------
Note added at 1 Stunde (2021-06-03 16:11:44 GMT)
--------------------------------------------------
or
As with diesel engines, the payload and cargo volumes are not compromised.
--------------------------------------------------
Note added at 4 Stunden (2021-06-03 19:45:57 GMT)
--------------------------------------------------
Hi Andrew
Yes, I like that, too! I think it would work.
--------------------------------------------------
Note added at 4 Stunden (2021-06-03 19:46:37 GMT)
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or
... there is very little effect on payload and cargo volumes
Note from asker:
Could I get away with: As with diesel engines, there is only a limited reduction in payload and cargo volumes? |
4 KudoZ points awarded for this answer.
28 mins
loss of load capacity/load capacity loss
Note from asker:
Thank you! |
41 mins
Payload loss
https://www.transportenvironment.org/sites/te/files/publicat...
Many governments have set ambitious targets for CO2 reduction. For light-duty cars and trucks, battery powered electric vehicles may be an appropriate choice. But for heavy duty transport, fuel cell power provides greater range, higher effective payloads and faster refuelling—which means greater route flexibility, less downtime and more efficient utilization of existing resources.
....... Higher Payload: The conventional 26 tonne diesel RCV has a payload capability of 10 tonnes. Trucks without the capability to haul the required payload cause the waste management company to deploy additional vehicles, pay overtime labour rates for extended hours, operate multiple shifts, or take the risk of operating their vehicles over the legal weight limit. We estimate the fuel cell RCV with 30kg of hydrogen has a payload between 9.6 and 9.8 tonnes (ie: minimal payload loss compared to a battery RCV). This compares to an estimated *payload loss* of up to a tonne for a pure battery RCV with 300kWh battery.
https://blog.ballard.com/zero-emission-refuse-truck
Many governments have set ambitious targets for CO2 reduction. For light-duty cars and trucks, battery powered electric vehicles may be an appropriate choice. But for heavy duty transport, fuel cell power provides greater range, higher effective payloads and faster refuelling—which means greater route flexibility, less downtime and more efficient utilization of existing resources.
....... Higher Payload: The conventional 26 tonne diesel RCV has a payload capability of 10 tonnes. Trucks without the capability to haul the required payload cause the waste management company to deploy additional vehicles, pay overtime labour rates for extended hours, operate multiple shifts, or take the risk of operating their vehicles over the legal weight limit. We estimate the fuel cell RCV with 30kg of hydrogen has a payload between 9.6 and 9.8 tonnes (ie: minimal payload loss compared to a battery RCV). This compares to an estimated *payload loss* of up to a tonne for a pure battery RCV with 300kWh battery.
https://blog.ballard.com/zero-emission-refuse-truck
Note from asker:
Thank you! It helped me understand what the word meant :) |
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