My Sentry Mode uses roughly 7% per day of battery, does this seem right?
I live in an apartment complex, so no home charging, but I want to keep my Sentry Mode always on in case anyone does anything funny near my vehicle. I go to the supercharger once I hit around 20% (since that's when Sentry turns off), and charge up to 90%. I noticed that I need to go to the supercharger roughly once a week. I work from home, so roughly 90%+ of my battery usage is the car just sitting around doing nothing. Yesterday I finished charging to 90% around 2pm, and this morning around 10am, I checked and it was down to 83%. So that's 7% loss in capacity in less than 24 hours!
This means that in 7 days, I'll use 7% * 7 days = ~50% of the battery sitting in just Sentry Mode!
I always charge from 20%->90% (70%), so that leaves me just 20% for actual driving for the week. Indeed, I reset one of my trip meters after a 90% charge (in addition to using the "since last charge" meter), and they both usually reports roughly ~20kWh of actual usage in driving in a week (which is ~26% SoC, assuming 75 kWh total usable battery size).
Cabin overheat protection is off, and I'm not connected to any 3rd party data collection apps. I don't have Phone Key set up (I use the Key Fob), and I never check on my car via Tesla app (and I can't anyway, since the vehicle is parked underground and there's no cellphone reception).
If Sentry Mode does indeed use 7% per day, that's 7% * 75 kWh = 5.25 kWh/day * 365 days = 2.555 MWh of energy per year! 2.555 MWh * $0.36/kWh (supercharger rate in CA) = $920/year just to keep Sentry Mode on.
That's a huge waste of money, energy, and lots of unnecessary carbon emissions. I think most people might: a) not know about the extremely high energy usage of Sentry Mode, or b) not care since you're always plugged in at home, or c) have excluded Sentry Mode from operating at home. Thoughts/comments?
I live in an apartment complex, so no home charging, but I want to keep my Sentry Mode always on in case anyone does anything funny near my vehicle. I go to the supercharger once I hit around 20% (since that's when Sentry turns off), and charge up to 90%. I noticed that I need to go to the supercharger roughly once a week. I work from home, so roughly 90%+ of my battery usage is the car just sitting around doing nothing. Yesterday I finished charging to 90% around 2pm, and this morning around 10am, I checked and it was down to 83%. So that's 7% loss in capacity in less than 24 hours!
This means that in 7 days, I'll use 7% * 7 days = ~50% of the battery sitting in just Sentry Mode!

Cabin overheat protection is off, and I'm not connected to any 3rd party data collection apps. I don't have Phone Key set up (I use the Key Fob), and I never check on my car via Tesla app (and I can't anyway, since the vehicle is parked underground and there's no cellphone reception).
If Sentry Mode does indeed use 7% per day, that's 7% * 75 kWh = 5.25 kWh/day * 365 days = 2.555 MWh of energy per year! 2.555 MWh * $0.36/kWh (supercharger rate in CA) = $920/year just to keep Sentry Mode on.
