Yes, that should be fine. The app will display "Charging interrupted" during the blackout periods. I assume the box on your supplied cable says 8A like mine? (see also Home charging won’t exceed 1.7kw on 3 pin.)
I have a 7.5kW EVSE (aka wallbox) and it's on a "controlled load" ripple controller so Energex can remotely turn it on/off as they see fit - which is pretty much the equivalent of what you'll be doing. I often plug it in during the evening OFF period, and then when they decide (around 8pm) it comes to life and I get a notification on the app that charging has commenced. I try to arrange things so that it's not charging at the instant they turn things OFF. Even though the contactor is rated for 40A, I figure it'll last longer if it's not regularly interrupting 32A.
If you're going to regularly charge from a 10A power point, don't ignore the requirement to have it inspected by somebody competent. Prior to EVs, it was pretty unusual for a power point to have to deliver maximum power for hours on end. The power involved is roughly the equivalent of an electric kettle, but they typically only run for a few minutes at a time. A poorly terminated cable at the back of the power point may go unnoticed for years with intermittent use but can turn into a disaster when running continuously (see for example Near miss charging from a 13A household socket.)
I have a 7.5kW EVSE (aka wallbox) and it's on a "controlled load" ripple controller so Energex can remotely turn it on/off as they see fit - which is pretty much the equivalent of what you'll be doing. I often plug it in during the evening OFF period, and then when they decide (around 8pm) it comes to life and I get a notification on the app that charging has commenced. I try to arrange things so that it's not charging at the instant they turn things OFF. Even though the contactor is rated for 40A, I figure it'll last longer if it's not regularly interrupting 32A.
If you're going to regularly charge from a 10A power point, don't ignore the requirement to have it inspected by somebody competent. Prior to EVs, it was pretty unusual for a power point to have to deliver maximum power for hours on end. The power involved is roughly the equivalent of an electric kettle, but they typically only run for a few minutes at a time. A poorly terminated cable at the back of the power point may go unnoticed for years with intermittent use but can turn into a disaster when running continuously (see for example Near miss charging from a 13A household socket.)