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It doesn't actually say much in writing about the charger - there's a Tritium DC unit in the pictures but that could just be the 3D model the draftsperson had handy for "EV charger".Personally would have though a few AC chargers would be a better fit for the club's members who are likely to spend a few hours playing tennis, but won't complain about DC in that area.
Tritium RTM75 or similarWhat sort does it look like?
That was my guess too, let's wait if a charger spotter shows up with all the detailsTritium RTM75 or similar
Goddammit, I need the chaddy to get to the central coastInterestingly looks like it's got dual CCS2 handles (no CHAdeMO).
Maybe need to wait for Ampol Waitara then, which being Arena funded should have CHAdeMOGoddammit, I need the chaddy to get to the central coast
While you say that you would not use a PKM150 in a single stall, that is exactly what BP Pulse is doing, at least at their Victorian sites, so that they can easily grow sites as more demand and more chargers become available. Just beef up the number of 950V DC modules in the accompanying cabinet and you are ready to rock.It's definitely a Tritium.
Most likely an RTM75 (albeit there is little difference to the new PKM series but you wouldn't use that for a single stall)
Interestingly looks like it's got dual CCS2 handles (no CHAdeMO).
And I think it looks like Chargefox ID (top right) and instruction (mid-left) stickers.
It's similar to the way V3 superchargers work.Theoretically the architecture of the PKM series should be a lot more redundant and reliable than the old RTM gear, as well, but only time will tell.
Without knowing which parts tend to break in the Tritium hard to say.Theoretically the architecture of the PKM series should be a lot more redundant and reliable than the old RTM gear, as well, but only time will tell.
Yes and no. My understanding of Superchargers is that they have bugger all in the pillars themselves, with all power electronics in the associated cabinet. They definitely have power sharing though, in units of 3 in Australia at least. While they are delivering DC to the pillar, there is no "DC Microgrid" like the Tritium PKM uses.It's similar to the way V3 superchargers work.
And there you have the advantage of the Tesla approach really. For Teslas at least, they just need to verify that the VIN presented by the car is a valid Tesla VIN and then they can authorise charging. Even if the network is down, the message can be queued up and sent later. If they miss billing a charge session, it is no big deal as long as the customer was able to charge.At least some issues seem to be with the modems, which are probably the same across the models.
A few pictures up on plugshare now, with people charging.
Even if it is when you are sharing, considering this is a tennis club and your usual visit length will be at least an hour for a game and a bit of a cool down afterwards, 25kW will give a model 3 around 160km of charging. When I was on my recent trip to Uluru, I would have crawled over broken glass to get to a 25kW charger.And one already whinging about it power sharing and one saying it is 25 kW per plug?
I think most users of this charger won't be playing tennis. It is in a charging deadzone, very close to the freewayEven if it is when you are sharing, considering this is a tennis club and your usual visit length will be at least an hour for a game and a bit of a cool down afterwards, 25kW will give a model 3 around 160km of charging. When I was on my recent trip to Uluru, I would have crawled over broken glass to get to a 25kW charger.