I do both - the smart charger is set for Intelligent Octopus off peak 23.30 - 05.30 & the Octopus app can schedule the charge inside that window. If the app fails, the car charges for the full 6 hour window.This is always going to be an issue with newer cars and smart chargers. I prefer to use the scheduling in the car for charging etc rather than using app based, or server based stuff as there's too much to go wrong.
I keep my charger set as a "dumb" charger and have the cars infotainment for the scheduling side of things.
Which charger do you have? I have a hypervolt and the scheduling is server based, so I don't use it.I do both - the smart charger is set for Intelligent Octopus off peak 23.30 - 05.30 & the Octopus app can schedule the charge inside that window. If the app fails, the car charges for the full 6 hour window.
I simply let octopus take control but adjust on the car app to optimise my smart charging opportunities.I do both - the smart charger is set for Intelligent Octopus off peak 23.30 - 05.30 & the Octopus app can schedule the charge inside that window. If the app fails, the car charges for the full 6 hour window.
I’ve got a Zappi… the scheduling is both server & local. I set the charger schedule mainly to prevent the annoying ghost charge when I first plug in. It can take octopus upto 15 minutes to stop the charging.Which charger do you have? I have a hypervolt and the scheduling is server based, so I don't use it.
Plus I'm octopus go, so I can just use the cars off peak scheduler.
Since having solar I've been exporting about 25% - the Powerwall is set to Time-based control at the moment. It will predict how much it needs to add at night (if at all), and what energy will be consumed in the day / evening. As it would seem it should work with the Powerwall / Wal connector / Tesla, it should reduce most wastage. Later in the Spring I shall set it to Self-powered mode, which shifts the emphasis to day time charging from solar. On a good day I may end up getting c.24kWh, which is enough for my commute (c.18kWh in the warmer weather), plus a little bit. Grid use will be very low indeed.Just a query, how many people, who have PV, would have enough excess solar to charge an EV? It'd also typically only be a trickle charge too. I know my Zappi can be set to use excess solar, but of course, same issue. Genuine query, I thought it was a bit silly being able to set my EVSE to only use excess solar.
I really need to sit down and work out ( or seek advice from others and/or RTFM) on how to take full advantage of whatever sun we get oop north.Just a query, how many people, who have PV, would have enough excess solar to charge an EV? It'd also typically only be a trickle charge too. I know my Zappi can be set to use excess solar, but of course, same issue. Genuine query, I thought it was a bit silly being able to set my EVSE to only use excess solar.
I'm not complaining!FIT wasn't very well thought out..... Good for consumers of course.
Those on the FIT scheme usually go for an AC coupled battery system rather than use a hybrid inverter. The complications of splitting solar output from grid charged output make compliance with the FIT scheme very difficult. An AC battery install is separate from the solar generation meter so you can carry on getting 50% deemed export.Doesn't the FIT scheme use the kWh meter installed on the inverter output to calculate generated power, so those with batteries that can be charged via the grid, get paid for the battery discharge too?