Event JSON
{
"id": "22525b2bb7098841b307de44066da8d19739ce4e69e14562270621b233888d0f",
"pubkey": "d11a8445c460238be4235ac237f662b1943325ac73cc72ec66da9cb788d1978d",
"created_at": 1754626651,
"kind": 1,
"tags": [
[
"t",
"solar"
],
[
"proxy",
"https://aus.social/@AvonVilla/114991212220155338",
"web"
],
[
"imeta",
"url https://mediacdn.aus.social/media_attachments/files/114/991/191/350/498/608/original/71bff533664d607c.jpg",
"m image/jpeg"
],
[
"t",
"diy"
],
[
"proxy",
"https://aus.social/users/AvonVilla/statuses/114991212220155338",
"activitypub"
],
[
"L",
"pink.momostr"
],
[
"l",
"pink.momostr.activitypub:https://aus.social/users/AvonVilla/statuses/114991212220155338",
"pink.momostr"
],
[
"-"
]
],
"content": "I'm testing out my second attempt at building a solar space heater. I'm a bit shocked, it seems to be actually working: it's 16 degrees outside, 31 degrees blowing through the ducting into the window... and there's some high cloud and partial shade on the collector, so conditions are not optimal. \n\nThe improvements are: aluminium on the interior for more heat absorption; the backing board and transparent cover are standard sizes, didn't need any cutting; the cover is polycarbonate instead of glass, easier to work with; it has a beast of a fan and a slightly larger solar panel to keep it blowing full blast; the baffles are flush with the transparent panel for more efficient air distribution to absorb the heat from the back panel.\n\n#solar #diy\nhttps://mediacdn.aus.social/media_attachments/files/114/991/191/350/498/608/original/71bff533664d607c.jpg\n",
"sig": "d344fab9f1a34471ab6f2258e92bd2fc6aadfdf378796bbbd03d72c6aaac22123ed4d61c3a1627453cb405e85da64b26c758c2e5077ebdf0d234fdf97e3ddda6"
}