Sounds like a great location! I’m in a very different climate zone so most of my advice would have been around keeping the temperature warm enough through winter, while it sounds like you won’t have to deal with a lot of that.

I’ve seen some cool designs that made glass houses out of secondhand windows or slider doors - if that appeals I can share some links but it’s a certain kind of look, and Povoq’s suggestion of clear corrugated sheets is probably easier and more uniform. Rain collection from the house roof and greenhouse roof would be very useful.

I’ll see if I have any good links for you

Very cool project! I have a couple questions:

Do you get snow in your area? If it sheds from the house roof that could be an issue.

What is the siding on the house? Greenhouses can get pretty humid/damp so you’ll probably want to ensure it doesn’t/can’t rot the house. It can still be done but it’s good to plan for. If your house is concrete that would be much less of an issue.

Also what’s the directional orientation of the 12x24’ space? You’ll probably want to optimize your layout for sun exposure, so it’ll help to know what parts will be shaded when (such as by the garage) and where the sunlight will track.

Thanks for all your work keeping this place going!

I mean, you can’t have everything

GraphineOS seems to set the benchmark for secure de-googled android phones and has a very short list of supported devices. I think I’d suggest starting with one of those, and once support eventually drops, if you’re comfortable with a reduced security capability, looking to lineageOS or similar. I think if Graphine supports a phone, it’s pretty much guaranteed to have support on the more general OSs.

For a while I looked at ruggedized smartphones (some with removable batteries!) that were supported by lineageOS and others. I didn’t find one I was convinced would hold up as long as I wanted, and I had security concerns so I ended up getting a decent secondhand phone with guaranteed security support for a few years and putting it in a good case.

Sometimes I check in on various raspberry pi smartphone projects. I love the idea and think it’d probably be able to last the longest (or be turned into something else after an upgrade) but I don’t think any feel reliable enough to me yet.

I hadn’t realized how lucky we were - we have one of those crunchy refill stores in town, where you can bring your own containers and buy various powders and liquids (primarily cleaning supplies though they do some seasonings as well. I wish I could buy orange juice that way (I basically gave up on drinking it because I didn’t need any more plastic bottles). We switched to various dilutions of castile soap for most things, and a generic dishwasher powder for our little countertop rig.

I figured it was in response to people using the ships as a gotcha. Pointing out that solar panels are manufactured using power that, itself, isn’t green yet, and are shipped using non-green methods. If done in good faith, I’d suspect the were unfamiliar with using one existing process to bootstrap a new one, but it’s usually just another way of saying we should maintain the status quo (however bad) until its replacement is absolutely perfect.

There are some interesting projects turning them into pedestrian bridges and roofs for bike racks.

I don’t know how well remembered this is but big media execs latched on to the aesthetic of cyberpunk in the 90s and overused it so clumsily they killed the entire genre for over a decade. They stripped any punk message and turned it into another extreeeeem joke of the era.

Solarpunk needs more time to find it’s feet and build a body of work that embodies it’s values. So I’d much rather the big companies piss off for now rather than successfully define what it’s about for mass audiences.

Seconding this - if I ever move back home I’ll be looking for some kind of little electric kei truck for hauling trash and supplies. Most of my driving when I lived there was under 50mph and over fairly short distances.

A few folks I know switched smoothly from “climate change is fake” to “maybe it’s real but there’s nothing we can do about it at this point. Might as well live it up.” Basically anything to avoid change at any level.

I think that’s the defeatism they’re talking about here, not people pointing out the issues.

Good points! I suspect the ‘even thickness’ thing came from broken up concrete pads/sidewalks/patios, where the result would be irregulary shaped on X and Y but somewhat consistent for Z depending on how well they prepped the site for the slab. In that case it might end up pretty similar to landscaping rock. In some of the photos you can see they have a much flatter top and much more irregular edges and undersides.

100% agreed on demolition practices. There’s a lot of potential in deconstruction for reclaiming building materials rather than consigning them to the waste stream. The tradeoff is in time, person hours (my grandfather once claimed a truckload of bricks from a demolished mill to build the family fireplace - my mother and her siblings weren’t allowed to come inside that summer unless they chipped cement off some bricks and brought them with them). And in materials/energy - blades for a concrete saw and power to run it, perhaps. I’m sure there are other ways to get more-or-less regular building blocks but they’ll have some cost to balance against the good of saving the materials and reducing the need for new manufacturing. Either way, there’s some cool potential. Treating rubble or urbanite like quarried stone I think fits the solarpunk ethos.

Thank you for the details on bonding concrete! I’ve used cement to patch some holes in custom-shaped, 45° concrete blocks I made once (didn’t shake all the air pockets out of the first couple) so I knew you couldn’t just stick concrete to concrete, but not how to actually go about it when you had to. I’ll refer back here if I need to fix it someday, or if it comes up in any of my stories.

Thanks!

Thanks! I’m very much not nautical so take this with a grain of sea salt. I think yeah, able to travel faster and use weaker winds, plus perhaps better handling in whatever conditions the hull was designed for. The person I was talking with mentioned that the original hull from the windcoop looked like ones meant for the north Atlantic where it’d be dealing with short choppy waves. Presumably this one would heave up over them a bit more than the original, so it’d be a less-smooth ride. That might mean more wear and tear? That’d be a trade off they’d have to assess.

I think generally I very much want to depict a slower society, one that’s actually willing to take an efficiency hit if it means protecting animals, or habitats around it. That sort of consideration is sort of unthinkable in our current world, but yeah, I think it’d be worth it. Hopefully looking out for whales is a small piece, indicative of a much larger cultural theme.

Similariy, I hope that this society is configured differently enough, paced slowly enough, that it can tolerate some unreliability without issue. I imagine they have some high-priority, guaranteed-fast shipping for important stuff like aid, medicine, food, but that the rest of their shipping might show up late or early depending on the favorability of the weather, and that people expect that. I think that might be a general theme in a lot of areas of life - they’ve looked at the tradeoffs and decided that the convenience isn’t worth the cost in externalities. Sort of heresy to a modern American (or so it feels in some of my IRL conversations) but plenty of societies, including our own, got by that way.

Electric Arc Furnaces are probably our best bet for that - they’re an established, proven technology and can be swapped over to a green power source without any other changes (assuming the society has the energy capacity). I think I remember reading that a factory somewhere in Europe had already done that but a quick search has failed me.

Thanks!

I do have thoughts on that! This might be a little jumbled as it’s mostly off the cuff, but I think how much a society can be run only on renewable materials will depend on how much they’re willing to change their whole default framework, and what they’re prepared to give up in the short and long term to do it. Degrowth and library economy concepts would certainly apply. (I really like library economy stuff because I really like reuse).

I think there’s an abundance of resources, from existing usable items to raw materials which have already been extracted already accessable to us out in the world.

Right now there’s this default pipeline from extracted raw material to new (ideally fragile/flimsy/disposable) products to landfill. A library economy on steroids might include both tons of long-term reuse of whatever’s already been made, but also recycling of available materials that have already been extracted. There’ll always have to be new manufacture but ideally it’d be much reduced and anything made new would be designed to last and to be fixable. But that takes a ton of commitment on a societal level to using less and to sorting and distributing everything that already exists. It means mining junkyards and landfills for already-extracted raw materials and generally changing how we do things.

When it comes to energy, I think there’s a sort of hurdle we have to get over - first we need to get most of our energy to renewable, then we can optimize for long term repairability. There’s a lot of interesting recycling processes ramping up for solar panels, and as I understand it, there are less-efficient designs that are more fixable. So for the short term, I suspect whatever designs get the job done we use, and after that, we can start adjusting for long term.

My art tends to be of a society that’s as obsessed with reuse and externalities as ours is with money. They’re a society of scavengers and fixers and makers. That handwaved cultural change is sort of what I’ve chosen for my spec fix suspension of disbelief. Most of the tech I include already exists, but examining what a society that makes all its decisions around reducing harm would do with them is what I really enjoy.

They’ve been doing a bunch of cool solarpunk art for a bit, and they’ve started releasing it CC-BY (I think) including on wikimedia commons, which is great because otherwise the solarpunk category over there was mostly a bunch of AI art and proposed flags. (I’d added some of my photobashes so it wasn’t just AI representing the genre, but I’m very glad to have them contributing art with a lot of intent behind it.) I think a lot of the planning for their scenes comes from the solarpunk prompts podcast these days.

I really enjoy reading about the investigations that follow any big crypto heist, where they track the stolen money through various exchanges etc. The Swindled podcast just did one about a pretty poor attempt to launder crypto (see Razzlekhan) and Darknet diaries did one on the much more competent (suspected North Korean) heist of eth from Axie Infinity and their various laundering efforts including through Tornado cash. It’s surprisingly transparent in a lot of ways. It seems like stealing the money is often the comparatively easy part, and getting their huge sums out of crypto and into something they can use (while thousands watch the money like hawks) is much harder.

There’s conversion to EV, conversion to run on woodgas or possibly conversion to an alcohol engine - I think it depends on what’s readily available locally in parts and energy sources. If you have a sawmill or work construction or deconstruction and can be burning wood scraps for fuel that already exist, gasification might make sense. If you live in a place with lots of sugarcane or another source of alcohol, that might work. Ideally your energy source is a waste product of something that’s already there, and your use doesn’t incentivize more deforestation etc (that’s the hard part).

I also started a list of car parts that can be used/repurposed for other tasks, mostly based on stuff I’d seen on permaculture and tool forums: https://jacobcoffinwrites.wordpress.com/2024/09/04/using-every-part-of-the-car-a-resource-for-solarpunk-writers-and-artists/ it’s intended more for writers/artists, but some of the links might be interesting.

Just to add, the way I pictured this working was to set up a basic smithee, probably a three sided shed so I’d have a dark place to work (helps to gauge the temp of the metal by color). I’d get some of those gas welder’s goggles with the flip up flip down lens (or use my electronic welder’s hood) so I could safely look at the work in the firepot (solarpot?) then take it inside to quickly work on it. I’d stow the forge inside the smithee (or in an attached lean-to) when not using it. One feature that might be good would be a way to cover the lens and unclip it from the forge so it can be stored in a box or wrapped up, to reduce the risks of it starting a fire.

Sure! Generally they’re just an old coffee can with a thick layer of plaster of Paris and sand or firebox cement on the inside. They cement in some torch parts so they can attach a can from a burnzomatic torch and blow fire into the small, contained space from the side while having a hole on the front (usually with some loose firebrick for a door) to insert the work.

https://makezine.com/article/workshop/making-your-own-tin-can-forge/

https://m.youtube.com/watch?v=xv9nnEhgfuY

I don’t know that the design itself is actually applicable here, just that they’re a good demonstration that even with a small forge, you can do some pretty cool blacksmithing.

In practice I think a solar forge would have to be open from the top, and couldn’t really benefit from the tight space confining the heat, so it’d probably be closer to using a portable ferrier’s anvil like you might see reenactors use at the fair, or something like this:

Though it’d look more like that artist’s smelting rig with the big lens and all.

Thanks! I’m really excited to see what you come up with