thanks man !People are not taking objective measurements. It's really that simple.
14" M1 Pro draws 8W total when it's under light load and brightness is 2 notches below max (my regular usage model). Divide 70WHr by that and we get 8.75 or about 9 hours. Sounds about right to me from my experience.
13" M1 also draws around 8W with the screen at around that brightness from what is said above unless someone is lying. Divide 50WHr by that and we get 6.25 hours or let's say... 7 hours.
Massive difference? I think not.
When both devices are pushed to their absolute max, the chip will trump power consumption. Sure, but in order to reach that point with M1 Pro, you need an app that is massively multithreaded and also happens to stress both CPU and GPU to some insane amount. It's unrealistic to assume that even under gaming scenarios. For the most part, the 14" M1 Pro is about 15-20W under heavy load and that translates to still around 2-3 hours of heavy use.
Compare that to 15W max for M1 Air, still with the 50WHr battery and... it's still just around 2-3 hours of heavy use for Air.
If we were talking about 14" M1 Max, then it's a different story indeed. That chip can easily draw 10W at light load because the extra memory bandwidth comes at a pretty hefty cost in power consumption even in idle. I returned M1 Max immediately. It doesn't make sense for a portable device.
it's weird though,i'd expect the 14 m1 pro to draw more power ,given it's brighter(unless youre talking about the 13 pro) ,uses zones (which require power to calculate ) ,and the chip itself does draw more power even at idle .where did you get those numbers ?