#freedge

In these sketches, my main concern was imagining how these fridges would fit into the community alongside their power sources--I didn't want them to be too bulky, but I also wanted them to be available for easy access. I also figured they'd need shelter for the fridge's longevity, as well as to protect any users from the element. It'd also be nice to have them alongside other mutual aid sources like little free pantries, little free libraries, the like. One of my favorite designs is the sheltered community space on page 2, with the fridge, the seat, the pantry, and the library all in one protected structure with solar panels on the top. Having a table near the community fridge would also be nice to give people a place to rest as well.

However, around this time, I started trying to find out just how big of a solar panel would be needed to power a fridge like this, and the results were... a bit discouraging. Until! I was informed that chest freezers use way less energy to keep cool--cool air sinks, so opening an upright fridge releases most of the cold air that's been building up and makes the machine work harder to keep cool, whereas a chest fridge doesn't lose nearly as much cold air. In addition, some people have converted chest freezers into chest refrigerators for as little as ~$30 USD. Due to the insulation in a chest freezer, converted chest fridges use way less energy than their upright counterparts to keep cool, making it way more feasible to power them with solar.

So of course, I had to get to drawing again!

Since I'd already concepted a variety of structures for upright fridges, for the chest fridges I mostly focused on their design and possible convenience/accessibility concerns I had been worried about, one of the main being having to reach inside vertically instead of horizontally--several of my family members have difficulty bending, so I was worried having a chest fridge would make things more difficult for others like them. There are likely other ways to address this concern that I haven't thought of, but for now I've concepted putting a grabber tool inside of every fridge so people with trouble bending can still get things. How well it'd work in reality, I'm not sure...

Buuut these are my concepts so far! I hope you like them, I hope they're cool? Let me know what you think! I think these would be cool to have in a solarpunk future--whether they're entirely possible today or will have to wait until a somewhat-distant, 'solar panels can generate more energy with less size and fridges are also way more energy efficient' future I can't say, but it's cool to think about!

[Image 1: Pencil sketches of refrigerators connected to solar power. The annotations on them are as follows. An arrow points to a magnet caddy on the freezer door with markers and stickers, saying "Markers + labels for dating donations". An arrow points to a battery-structure at the base of a solar panel system saying "Doubles as charging station for phones & stuff". An arrow points to a slanted roof structure over a fridge saying "Bus stop-esque structure." An arrow points at a glass door grocery store-style fridge saying "any kind of fridge, any size."

Image 2: Pencil sketches of refrigerators connected to solar power. The annotations on them are as follows. An arrow points to a fridge under a slanted roof structure, saying "Paintings on the fridge itself." Over a portion of a brick wall is written "Murals can be on accompanying walls or on the shelter structure for the fridge." An arrow points to a wheel-mounted solar panel saying "solar panel". A community space is named at the top "The Free Community Space: Open 24/7" An arrow points to the outside wall of a community space structure saying "mural on outer walls". Items inside are labeled 'Freedge, Little free Library, Seeds, Pantry'. An arrow points to a couch, saying "Maybe a bench instead?" Written on the inner wall is "mural inside." An arrow pointing at the space says "Community built space w/ lights, solar panels, little free library, freedge, seed library, little free pantry, couch (???). Solar battery stored behind or on top. Plastic magnet door to protect from elements? Like those magnet curtains?"

Image 3: Pencil sketches of refrigerators connected to solar power. The annotations on them are as follows. An arrow points to a slanted structure over a mini fridge, saying "Solar panel on roof?" Another arrow points to the side saying "Chalkboard paint--anyone can art here." Underneath says "variety of sizes/energy needs mean wider availability". At the top of a curved shelter on a pole is written "solar panel", along the sloping sides is "curved solar panels" and "Or solar voltaic glass?" On the underside of the structure is a label saying "Could be in a park or smth (something)". An arrow points to a box at the base of the structure, saying "charging station" and another arrow labels a table and chairs.

Image 4: Pencil sketches of refrigerators connected to solar power. The annotations on them are as follows. Along the top of a slightly-curved roof structure is an arrow saying "curved solar panel roof. renogy curved 4ft x 2ft for example". To the side of the roof is written "4 panels each side, 0.45 kWh x 8 = 3.6 kWh/h". A chest fridge is labeled "converted chest fridge", and a glass-front box is labeled "Old cabinet/case now Little Free Library". A box sitting between them is labeled "I hear car batteries are good solar storage for cheaper?" A standalone chest fridge has the following labels: "Could paint on fridge exterior" "solar panel on top of fridge?" "most chest freezers are 22-28 in wide &24-38 or 54-68 in long. The longest wattage panel needed would be ~50 in long & ~26 in wide"