An M1 Macbook will draw an average of about 30W under load.
Starlink dish is about 50W.
80W * 8 hours = 640Wh
With a 100W solar panel generating 200Wh total throughout the day, you would use up 440Wh of your 1000Wh battery.
These are conservative estimates. My M1 pulls less than 20W at most times and you can get well over 200Wh from a 100W panel in a day. Tweak the numbers just a bit and you get indefinite power for a 40 hour work week.
Issue is, if you're really in the sticks (and therefore no 2g/3g/4g/5g service), you're completely disconnected unless the thing is on, idling away at 50w.
Sure you're not using data while you're sleeping, but you might want to be able to get a call from someone if they really need to get in touch with you. Or other passive tasks where you want to at least take a call/message/email if required.
Even in a residential environment, I've toyed with a timer that cuts my ISP modem and router overnight (and kills smart devices from trying to phone home...) because falling back to 3g/4g saves me ~15 watts, but it's honestly dollars/year of savings.
I do a ton of backpacking/camping/overlanding/etc and most places you can reach by car have at least some kind of reception. It's not like you will always be 100% off the grid.
If you just need a way to stay in touch, one option is to use a satellite SMS service, like the Garmin inReach.
Though, if you really want to run that setup 24/7, 600W of panels and a 2kW battery should do it. Bump that up to 800W and 3kW and you won't have any worries.
You can also add a small gas generator to the mix for emergencies.
Of course someone had to make this comment, but don't you worry, I've driven plenty of remote trails.
Obviously there are many places where there isn't cell coverage, but the vast majority (of even very remote places) has some type of coverage. I've been hours from the nearest asphalt road, in the middle of the desert and still have coverage. This is more often than not the case. Use a cell booster with an antenna on a pole, and you can extend this range even further.
My point is that you will not need 24/7 satellite connection just for taking calls, the vast majority of the time you will be near a service area. If taking calls is important to you, you can almost always find a place to camp with service (or carry a satellite phone). I also don't find many people in the truly remote areas camping out for extended periods of time. Most of the time, people want to be relatively close to services, for many other reasons.
> Obviously there are many places where there isn't cell coverage, but the vast majority (of even very remote places) has some type of coverage.
And from personal experience I can tell you that this is not true. It is not hard to find remote places with no cell coverage.
So you either aren't that adventurous, or you haven't explored very widely yet.
> I also don't find many people in the truly remote areas camping out for extended periods of time.
You don't find them, because they're in places you don't seem to go yourself or are not aware of.
> If taking calls is important to you, you can almost always find a place to camp with service (or carry a satellite phone).
Yes, there are other options and people have been making it work since before star link was available.
While I agree that most people won't need starlink on 24/7, it simply isn't true to say that you can count on some sort of cell service in the vast majority of places you can reach with a car.
I'm not talking about hiking paths. National Forests publish MVUM maps that tell you where you are allowed to take a vehicle and drive/camp. These forest roads can be in rough shape, but many of them are easily possible with competent driving and a bit of clearance. Large swathes of these areas have no cell coverage at all.
Then add in all the amazing places you can camp in northern BC, the Yukon Territory and Alaska and the list of coverage-less camping destimations grows even longer, though many of those areas are outside the latitudes where Starlink works right now.
There are also quite a few established , non-dispersed campgrounds in the weat that I've been to that had no cell service. The other Crater Lake (the one in northern California) is one example I can remember off the top of my head.
I don't think this is what he's referring to — there are vast areas in NM, AZ, NV that do not have cell coverage. Even when you apply all service levels (even 3G) across all cell providers, using carrier provided data (which tend to be overly optimistic), even then you can see giant no-cell-service zones on the map.
An M1 Macbook will draw an average of about 30W under load.
Starlink dish is about 50W.
80W * 8 hours = 640Wh
With a 100W solar panel generating 200Wh total throughout the day, you would use up 440Wh of your 1000Wh battery.
These are conservative estimates. My M1 pulls less than 20W at most times and you can get well over 200Wh from a 100W panel in a day. Tweak the numbers just a bit and you get indefinite power for a 40 hour work week.