KeiJidosha said:
Crowded charge sites. Capitalism arrives. Problem solved.
Yes. I think we can expect that when and if the free market comes to public fueling, BEVs and BEVxs will prevail over ICEVs and PHEVs, and fast charging will prevail over public L2.
The problem, is that well-meaning, but muddle-headed "plug in" proponents, do not understand the adverse effects the effect of expending huge amounts of public funds on "free" parking lot L2s, is having on EV development.
In fact, there simply is no likelihood that public L2 slow charging, at rates anywhere from 3 to 10 kW, will ever be market competitive with electricity from faster charge stations, for BEVs,
or for either fast charging or gasoline, for PHEVs or BEVxs.
Overnight charging using off-peak power from an L1/L2 will always be the least expensive and most convenient way to charge any "plug-in" vehicle.
Peak demand kWh, from a public L1/L2, will tend always to be the most expensive and inconvenient way to refuel.
In addition to the higher kWh delivery costs (due to the slow rate of charge) L2s are saddled with high fixed costs of additional parking places. In order to deliver a reliable charge from a parking lot L2, you need to install L2s and dedicated spaces to meet peak “plug-in”
parking demand, and incur further costs to segregate these (usually empty, by design) spaces from use by ICEVs or non-charging "plug-ins"
If you drive a BEV, you will want a battery with sufficient capacity to meet your daily driving needs, without buying very expensive daytime (peak demand) kWh. When you do need expensive daytime kWh for longer trips, L2 will be non-competitive with fast charging, on the basis of both convenience (time and reliability) and cost.
If you drive a PHEV or BEVx, you will also want a battery with sufficient capacity to meet your daily driving needs, using cheap off-peak power. For these drivers, the high cost per kWh and inconvenience of public L2, will make
either gasoline or fast-charging the preferable alternative, in the great majority of circumstances.
However, if you want to purchase a "plug-in" today, and are not averse to accepting charity from others, the prevalence in some regions, of a "free" public L2 infrastructure, and the current relatively small number of vehicles, relative to the number of L2 equipped parking spaces, may give the false impression that public L2 is a viable refueling alternative. The lack of reliability is of little consequence, since you were saddled with the stranded cost of your "back-up" ICE, when you bought your car. The price for the kWh, "free", is certainly right. And manufacturers, like GM and Toyota, are rushing forward to build large numbers of "plug-ins" designed to milk the artificial market, resulting from this L2 public subsidy cash-cow.
I expect that eventually, the public L2 infrastructure effort will collapse, due to the absence of market demand, for this inferior model. Once Public L2 operators start to charge the very high kWh rates necessary, to recover the very high costs of public L2, alternative fueling methods will reduce public L2 to a niche market position.