zcskywire2
Solar Enthusiast
Current public date is Q2 2024. They are building a whole 60GWh factory for producing the cell in Jingmen, Hubei provence.
Edit for the EVE LF560K
New EVE Cell at RE+ 2023: LF 560K (628Ah Cell)
- Thread starter Will Prowse
- Start date
Edit for the EVE LF560K
Brucey
Solar Wizard
That will prob just be enough for timselectric requirements
OffGridForGood
Catch, make or grow everything you can.
Brand new class of 628Ah cells, few competitors (in this size) in the market = premium price I suspect.
guess we just have to wait and see.
guess we just have to wait and see.
Brucey
Solar Wizard
Hopefully stuff like this puts downward pressure on pricing:
Hedges
I See Electromagnetic Fields!
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- Mar 28, 2020
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"CATL also developed a new superconducting electrolyte formula which effectively reduces the viscosity of the electrolyte, resulting in improved conductivity."
So does this operate at liquid nitrogen temperature, like "High temperature superconductors", or do I need liquid helium?
"At room temperature, Shenxing can charge to 80% SOC in 10 minutes. Meanwhile, CATL leverages cell temperature control technology on system platforms to ensure that cells heat up to the optimal operating temperature range rapidly, allowing a 0-80% charge in just 30 minutes in temperature as low as -10°C"
Well, they are giving temperatures in C not K.
Fast charge below freezing sounds like a breakthrough for EV, if price and volume fit that market.
So does this operate at liquid nitrogen temperature, like "High temperature superconductors", or do I need liquid helium?
"At room temperature, Shenxing can charge to 80% SOC in 10 minutes. Meanwhile, CATL leverages cell temperature control technology on system platforms to ensure that cells heat up to the optimal operating temperature range rapidly, allowing a 0-80% charge in just 30 minutes in temperature as low as -10°C"
Well, they are giving temperatures in C not K.
Fast charge below freezing sounds like a breakthrough for EV, if price and volume fit that market.
Brucey
Solar Wizard
It sounds like that is leveraging the heating/cooling system of the overall pack "leverages cell temperature control technology on systems platforms to ensure cells heat up..."
If 4C charge rate becomes common then the 1C stuff of today should get nice and cheap.
Hedges
I See Electromagnetic Fields!
- Joined
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- Messages
- 20,690
Getting 560Ah x 3.4V x 16s = 30kWh for $125 x 16 = $2000 is approaching "game changer"
At such capacity & prices I might not even feel like a shmuck paying ~$800 for REC SI BMS.
How much again does the dealer charge for undercoat, paperwork, all that other stuff I don't really care about?
At such capacity & prices I might not even feel like a shmuck paying ~$800 for REC SI BMS.
How much again does the dealer charge for undercoat, paperwork, all that other stuff I don't really care about?
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hwy17
Anti-Solar Enthusiast
Apparently someone here has inquired about that listing and they said it's a placeholder, not yet available.
I'll wait until Ezeal or 18650 list them.
Whatever they can con you into paying.
OffGridForGood
Catch, make or grow everything you can.
The cell dimensions are going to lead to new configurations, ie not a server rack form.
Maybe more trouble than it's worth for a home ESS.
Meanwhile, I am watching for the early adopters to get some of these cells and report back on all these questions we have!
where is that @Danke guy that always seems to get stuff no one else can? - what are these new cells like? how do you build a pack for them?
Maybe more trouble than it's worth for a home ESS.
Meanwhile, I am watching for the early adopters to get some of these cells and report back on all these questions we have!
where is that @Danke guy that always seems to get stuff no one else can? - what are these new cells like? how do you build a pack for them?
OffGridForGood
Catch, make or grow everything you can.
When I see 560Ah cells, I don't automatically think of 12v or 24v - you could though.
Maybe better for some applications than paralleling up smaller cell packs.
Maybe better for some applications than paralleling up smaller cell packs.
