Musk recently proposed a disruptive viewpoint: the value support of Bitcoin is not a Consensus Mechanism or Decentralization narrative, but energy itself. This statement sounds a bit abstract at first, but upon closer examination—there is indeed some truth to it.
We are accustomed to calling Bitcoin "digital gold," emphasizing its scarcity and store of value. But from another perspective, the birth of each BTC is accompanied by the consumption of real electricity in the form of hard cash. Mining machines roar day and night, consuming tangible electrical energy. In this sense, Bitcoin is more like a "digital certificate of energy"—when you mine a coin, you are essentially converting energy into a tradable digital asset.
This also explains why global mining farms are always chasing cheap electricity. From hydropower stations in Sichuan to wind farms in Texas, and to natural gas power generation in oil-producing countries in the Middle East, wherever there is excess energy, miners flock in. This is not hype; it is the reality of energy arbitrage. Bitcoin has, in a way, become a "mobile energy storage unit," and this property makes it difficult to be easily eliminated by simple legislation.
Have you ever wondered why energy-rich countries like Saudi Arabia and the UAE are starting to lay out plans for mining? Why is Tesla holding Bitcoin while heavily investing in solar energy? Because smart money has already figured it out: Bitcoin is the digital export of the era of energy surplus, an attempt at the financialization of energy.
Fiat currency will depreciate due to overissuance, but the value of energy is rigid. If Bitcoin is truly anchored to energy consumption, then its underlying logic is no longer merely market sentiment, but humanity's eternal demand for energy. This may be the long-term narrative that deserves the most attention.
Don't just focus on short-term fluctuations. Understanding the relationship between energy and cryptocurrency may be more important than chasing a hundred hot topics.
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BTCBeliefStation
· 12-01 12:15
The energy anchoring logic is indeed amazing; the miners have been doing this for a long time, and the Saudis have seen through it as well. However, in the end, it still depends on the trend of electricity prices. Without cheap electricity, everything is in vain.
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DefiEngineerJack
· 12-01 09:04
nah actually™ this energy-backed thesis misses the whole thermodynamic inefficiency angle... miners are just arbitraging stranded kwh, not creating value. show me the formal verification on that "rigid energy demand" claim
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HashBandit
· 12-01 08:57
ngl the energy angle actually hits different... back in my mining days i was literally just converting kwh into rent payments lol, so yeah this tracks. but here's the thing—gas fees on eth still suck and nobody's talking about that while we're waxing poetic about btc's energy thesis 💀
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RektRecorder
· 12-01 08:56
The underlying logic of energy is indeed profound, I hadn't thought it through so thoroughly before.
Why are miners always chasing cheap electricity? It seems now that they are arbitraging the energy price difference.
Elon Musk likes to operate in reverse when he talks, but this time it seems he really touched the pulse of BTC.
I've noticed Saudi mining for a long time, that's true wisdom.
The financialization of energy... this framework has opened up new ideas.
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NervousFingers
· 12-01 08:55
The perspective of the underlying logic of energy is indeed refreshing, but to put it bluntly, it is still finding justification for high electricity costs in Mining.
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SnapshotBot
· 12-01 08:44
The energy anchoring angle is indeed remarkable; Musk always manages to hit the nail on the head. Bitcoin has never been something ethereal; what is burned is real money.
Musk recently proposed a disruptive viewpoint: the value support of Bitcoin is not a Consensus Mechanism or Decentralization narrative, but energy itself. This statement sounds a bit abstract at first, but upon closer examination—there is indeed some truth to it.
We are accustomed to calling Bitcoin "digital gold," emphasizing its scarcity and store of value. But from another perspective, the birth of each BTC is accompanied by the consumption of real electricity in the form of hard cash. Mining machines roar day and night, consuming tangible electrical energy. In this sense, Bitcoin is more like a "digital certificate of energy"—when you mine a coin, you are essentially converting energy into a tradable digital asset.
This also explains why global mining farms are always chasing cheap electricity. From hydropower stations in Sichuan to wind farms in Texas, and to natural gas power generation in oil-producing countries in the Middle East, wherever there is excess energy, miners flock in. This is not hype; it is the reality of energy arbitrage. Bitcoin has, in a way, become a "mobile energy storage unit," and this property makes it difficult to be easily eliminated by simple legislation.
Have you ever wondered why energy-rich countries like Saudi Arabia and the UAE are starting to lay out plans for mining? Why is Tesla holding Bitcoin while heavily investing in solar energy? Because smart money has already figured it out: Bitcoin is the digital export of the era of energy surplus, an attempt at the financialization of energy.
Fiat currency will depreciate due to overissuance, but the value of energy is rigid. If Bitcoin is truly anchored to energy consumption, then its underlying logic is no longer merely market sentiment, but humanity's eternal demand for energy. This may be the long-term narrative that deserves the most attention.
Don't just focus on short-term fluctuations. Understanding the relationship between energy and cryptocurrency may be more important than chasing a hundred hot topics.