Bitcoin mining industry spend about 140 TW/h yearly
this is aprox 16 GW per hour.
How many hashrate can represent this?
Currently is 360 EH/s but could be the DOUBLE OF THIS
why? Because the most efficient miner is the S19 XP with 140 TH/s for only 3100 W per hour.
Do the maths, 16 GW / 3100 W = 5 M of ASICs S19 XP
This represents aprox. 700 EH/s
We are at the midway of that.
Fierillo /
npub18g…vpdmh
2023-03-27 17:29:13
Author Public Key
npub18ggwqfvqmxt3m6f4ek2q55nghlj9380me364wd67wz8yzpyh8wusevpdmhPublished at
2023-03-27 17:29:13Event JSON
{
"id": "a8eaf42b6e8627431244f503b9d2ccb50fd241dd1ca978822775bc7c9cfc3ff3",
"pubkey": "3a10e02580d9971de935cd940a5268bfe4589dfbcc7557375e708e4104973bb9",
"created_at": 1679938153,
"kind": 1,
"tags": [],
"content": "Bitcoin mining industry spend about 140 TW/h yearly\n\nthis is aprox 16 GW per hour.\n\nHow many hashrate can represent this?\n\nCurrently is 360 EH/s but could be the DOUBLE OF THIS\n\nwhy? Because the most efficient miner is the S19 XP with 140 TH/s for only 3100 W per hour.\n\nDo the maths, 16 GW / 3100 W = 5 M of ASICs S19 XP\n\nThis represents aprox. 700 EH/s\n\nWe are at the midway of that.",
"sig": "5ca4be6d261e07605d711007cc567c624e61a7e0259b54c73023a8eb35ac7e97a5b57caf8b50b81800b7e017204ac62ce5a33c1a7a7d71b99c558823241be2eb"
}