Thread

Zero-JS Hypermedia Browser

Relays: 5
Replies: 12
Generated: 18:15:21
the relationship between bitcoin’s production cost and price floor is one of the most underrated dynamics. when you look at the data, there’s a clear correlation. every time mining difficulty doubles, the estimated production cost increases by roughly 33%. this isn’t random, it’s basic economics playing out in real time. think about it like any other commodity. oil, gold, copper, etc… they all have production costs that act as gravitational floors. when price drops below cost of production, miners shut down, supply contracts, and the price finds equilibrium. bitcoin works the same way. the hash price (revenue per terahash) essentially sets a baseline. miners can’t operate at a loss indefinitely. they capitulate, difficulty adjusts down, and suddenly the remaining miners are profitable again. and in contrast, when price rises on global liquidity or other factors, more miners come online, supply expands and the system naturally absorbs the new demand. this creates a natural support level what makes bitcoin unique. you can literally watch the difficulty adjustments every two weeks and can calculate the approx. cost per coin based on electricity rates and hardware efficiency. the game theory is right there in the open. historically bitcoin has never traded below production cost for extended periods. it might wick below during capitulation events but it doesn’t stay there. the miners won’t let it. so when you see difficulty climbing and hash price compressing, you’re watching the network reinforce its own value floor in real time. each difficulty adjustment is the market discovering what bitcoin is actually worth to produce and that becomes what it’s worth to hold.
2025-11-22 22:04:13 from 1 relay(s) 3 replies ↓
Login to reply

Replies (12)

I don’t quite understand this relationship. When gold miners halt production, no gold is mined. But with Bitcoin, isn’t a new block mined every ~10 minutes regardless of the amount of active miners? I.e., isn’t production relatively constant?
2025-11-22 22:59:24 from 1 relay(s) ↑ Parent 1 replies ↓ Reply
I think the point is… Hash rate = fn (BTCprice, ElectricCost, MiningRigCost) I don’t know what that formula is but in general terms examples are… BTC price goes up - more miners join in Electric cost goes up - miners shut down or move Mining rigs are cheaper to buy - new miners join the fray. There will be a momentum factor in the formula: eg: miners don’t go bust overnight but can run on reserves for a while, it takes a while for new mining rigs to reach market, etc
2025-11-23 09:16:54 from 1 relay(s) ↑ Parent 2 replies ↓ Reply
My thoughts on this… If the miners have enough financial reserves - and that’s the big if - they will not sell to the market below their production cost. They will hold for as long as they need/can. Miners holding back their production will *possibly* cause a shortage of supply and stop the price taking any further: a price floor.
2025-11-23 20:18:11 from 1 relay(s) ↑ Parent 1 replies ↓ Reply
That’s a good point, thanks! I guess since prices are set at the margin, fresh supply might be a very significant part of the traded volume on a given day.
2025-11-23 21:13:20 from 1 relay(s) ↑ Parent Reply