Fastnet
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It looks like civils have started at Rownhams M27 Eastbound. I'll stop by tomorrow to see what's occurring.
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So, the Model 3 is now available in white, eh? I wonder how that looks.the white Model 3 that did about 80mph the wrong way
The TOUK map appears to be accurate to about postcode level, and includes more speculative sites, whereas the supercharge.info reports specific locations identified via a planning drawing or construction on the ground. We've included a link to the TOUK map in this thread's wikipost as it's a useful addition to the supercharge.info database, whereas the latter should be pretty accurate (for the UK sites it's more accurate than Tesla's Findus map which, as well as being sketchy on upcoming sites, is actually missing some open sites like Birmingham - St Andrews/Small Heath (at time of writing) ).So, the Model 3 is now available in white, eh? I wonder how that looks.
Any auditors out there who fancy supercharge.info v (sadly misnamed) TOUK Supercharger Tracker 2022 v TOUK Google map.
I can understand why Tesla might position theirs out of line, bit surely the crowd sourced ones should align???
Yep, work has started next to the legacy Gridserve charger in the area defined in the planning applicationIt looks like civils have started at Rownhams M27 Eastbound. I'll stop by tomorrow to see what's occurring.
From the photo, looks like it's at the south end of the shopping park car park - my coordinate estimate: 52.262200, 0.397500:It’s not been mentioned here but I spotted a post on the TOUK Facebook page saying that 10 V4 tombstones are already in place at Newmarket just off the A14 in the Studlands retail park.
It’s not on the ‘find us’ map which is probably why it’s been missed until now.
Tesla Owners Club UK: Public | Some nice new chargers with longer leads going in at Newmarket | Facebook
Some nice new chargers with longer leads going in at Newmarket. :)www.facebook.com
Edit: traffic can be really bad at this junction during rush hour so getting in and out can be a bit of a pain.
Given you can see Mattioli Woods signage in the background photo from FB, I reckon that's a pretty fair stabFrom the photo, looks like it's at the south end of the shopping park car park - my coordinate estimate: 52.262200, 0.397500:
View attachment 983442
So it's easier to open a new SuC than commission the second bank at Elveden?From the photo, looks like it's at the south end of the shopping park car park - my coordinate estimate: 52.262200, 0.397500:
View attachment 983442
Have they got enough go go juice to spare?So it's easier to open a new SuC than commission the second bank at Elveden?
Sometimes, yes.So it's easier to open a new SuC than commission the second bank at Elveden?
Any idea what grid dimensions Tesla typically use? I know anecdotally that Ionity for example work on 200 kVA per unit. So 12 charge points is around 2.5 MW.it likely had spare capacity available on the existing grid and Tesla just hoovered it all up (hence 10 stalls and not 12 which could be supported on the same 3 cabinets).
V3 cabinets are 350kVA or 385kVA at 480V input according to their rating plate (there was a change sometime around 2022).Any idea what grid dimensions Tesla typically use? I know anecdotally that Ionity for example work on 200 kVA per unit. So 12 charge points is around 2.5 MW.
Thanks. Yeah I don’t expect that Tesla would size their grid requirement based on the max power draw as that would be (statistically speaking) madness. So I’d expect something in the order of 2/3 of max power output of all cabinets.V3 cabinets are 350kVA or 385kVA at 480V input according to their rating plate (there was a change sometime around 2022).
V2 cabinets are 160kVA at 480V input.
All of these superchargers are constrained by a max current rating rather than power - so V2 is 192A per phase and hence 160kVA at 480V or only 126kVA at 380V. Early small sites often used existing available LV power at whatever voltage available (particularly bad in France); larger sites typically with dedicated transformer and so getting more like 440V even with DNO-provided transformers. More recent large sites have (all?) had Tesla-provided transformers to give USA-style 480V and hence run the superchargers at full rated power.
There have been at least some sites with an artificial power limitation applied (ie. below the nominal equipment rating), including some reputed to have dynamic power limiting (sharing supply with some local industrial power user and so able to draw more power at some times of day than others).
You'd expect (in the absence of local factors forcing something sub-optimal) that the supply connection would be sized for the full input rating of the cabinets. That already contains a significant scaling factor compared to the output rating: 385kVA input for a cabinet that can in principle have four outputs at 250kW each, 1MW total (plus conversion losses). Presumably the spec of the V3 cabinets was designed on the basis of statistical data gathered from usage of the V2 fleet.Thanks. Yeah I don’t expect that Tesla would size their grid requirement based on the max power draw as that would be (statistically speaking) madness. So I’d expect something in the order of 2/3 of max power output of all cabinets.
Ok gotcha. So swings and roundabouts Tesla max grid capacity would be 38.5% of the theoretical max draw from all pedestals.You'd expect (in the absence of local factors forcing something sub-optimal) that the supply connection would be sized for the full input rating of the cabinets. That already contains a significant scaling factor compared to the output rating: 385kVA input for a cabinet that can in principle have four outputs at 250kW each, 1MW total (plus conversion losses). Presumably the spec of the V3 cabinets was designed on the basis of statistical data gathered from usage of the V2 fleet.
which makes sense.Ok gotcha. So swings and roundabouts Tesla max grid capacity would be 38.5% of the theoretical max draw from all pedestals.
So a 12 pedestal v3 or v4 site would use a 1.2 MW grid connection or a smidge under 100 kW average per pedestal.
That's more a function of battery chemistry and the car's BMS though.which makes sense.
because max power input into car is up to 10-15% of SOC and then drops.
View attachment 983804
average output of SC probably in the region of 120 kw at best
View attachment 983805
2021 Tesla Model 3 LR AWD With 82 kWh Battery: Charging Analysis
Today we will take a look at the most recent fast charging test of the 2021 Tesla Model 3 Long Range version, conducted by Bjørn Nyland at a V3 Supercharger.insideevs.com
that's fine.. but the above remains the same - cars on avg sit under 100 kw of continuous loadThat's more a function of battery chemistry and the car's BMS though.