The following system would require a bunch of pipes and a bunch of thermometers to manage, but it would not require any electrical power. It's sort of a super-wofati-freezer idea meshed with a wofati idea, and a more regular passive solar house idea, and, and...
I have this idea to have a large berm behind my home with an insulated lower ceiling to the insulated upper floor to insulate the lower floor from external temps. This future home would be semi-underground (mostly southern and western exposed), but totally above grade for drainage.
In the berm, through a door in the North kitchen wall would be a walk-in Pantry, and, through double doors in the east back of the pantry, a walk-in root cellar.
Through a second set of double doors in the east side of the root cellar would be a walk-in freezer, which is a room full of iceblocks contained in some insulation of sorts (probably alternating milk crates - wood chips in one, and frozen milk jugs in others, and still others with frozen goods --- possibly all in old reclaimed chest freezers. When a cold snap was coming a person could bring some milk crates full of water jugs outside, let them freeze, and then carry the crate into the cellar and ice room, and surround it with ones full of wood chips. And as a person gets older, and carrying a whole crate of ice around might be too much, just carry one jug at a time.
There would be pipes coming into both the root cellar and the ice room from outside and some other ones that would leave the ice room and root cellar into the house. There would be some coming from the ice room to the root cellar as well. The ones from the ice room to the cellar would go directly into a cedar box on the wall with a door on it that would have some thermal mass in it and would also contain the water line from the creek, bringing gravity-feed water under pressure to the house system and keeping the box cold every time one turns on the tap while also keeping the pipes from freezing (as this is just a cold cellar space). This box is the fridge, which is a little out of the way, but not a huge chore. All the pipes would have valves on them to close or open them.
Some of the pipes coming into the house from the root cellar or the ice room would go directly to an air intake inside the beginning of the burn chamber of the rocket mass heater to provide a fresh oxygen source.
Some of them would go against the outside of the burn barrel and the stove pipe using the heat from them to create an upward convection draw on the air inside the pipes, drawing air from the back rooms or outside to the ceiling of the room with the heater and increasing oxygen in the house.
So, part of the idea would also be that nearing the end of the growing season, I would be bringing cold air at night into the root cellar for better root and other veg storage over the winter, which can be a problem because often the root cellar is not cool enough when you start to store vegetables.
The air would be brought into the root cellar every night, when the rocket stove fired up as the season cools (even in the summer the air is often cold against the big mountains here at night). Additonal pipes would bring air from outside, warmed by the cellar, but attached to the heating situation (burn barrel, and chimney, maybe), and vented at ceiling level. Both the intake and the heat situation on the rocket stove would drive the system to draw outside air into and clean the air in the back rooms, while also serving to cool them and the fridge box. An additional fridge box could be located in the freezer room or in the space between the double doors that go between the freezer room and the root cellar, and these would be fridge items that do not need to be accessed as regularly as those from the other fridge.
There would also be a bypass that had a pipe that brought air specifically from outside into the in-house systems so that the air didn't have to come from the cellar berm.
So in this case, the only power that will be needed will be the power of the heating system, which is the heat created by the rapid burning of rocket fuel which is needed anyway. The only work besides the pipes would be choosing which valves to open and close and doing it.
It would not require as much thinking as one might think either because the thermal mass in one back room or the other would be moderating and keeping whatever the temperature is in a pretty stable situation. The house would be super-insulated from the berm, and each room back there would be insulated from each other and from the outside, and everything will be well drained in drain rock trenches.
The only problem that I could see with the system would be if the air in the cellar or the ice room was not nice smelling. Then, I guess, that air would only be piped into the burning system as an oxygen source for the fire, and the valve would be shut off when not burning. If some of the pipes end up being useless due to moving smelly air, then so be it, the cost waste would be minimal to try it out.
Either way, I think the draw from the heat would create enough convection at any location to power the system, cooling whatever I want while heating what I want.