Discover the global impact of Bitcoin mining! 🌍⚡
Bitcoin mining consumes more electricity than entire countries like Norway (124 TWh) or Chile (74 TWh), with an estimated 143 TWh annually, equivalent to 0.65% of global consumption. This is due to the Proof of Work (PoW) process, which requires solving complex mathematical problems with high-power equipment, such as ASICs.
🔍 Key points on energy consumption:
1. Comparison with countries:
· Bitcoin surpasses consumption of nations like Argentina (121 TWh) and the Netherlands (108.8 TWh).
· If it were a country, it would rank 27th in global energy demand.
2. Carbon footprint:
· It emits 104.35 Mt of CO2 annually, comparable to Belgium.
· Each BTC transaction generates 566.17 kg of CO2, equivalent to 1.25 million VISA transactions.
3. Energy sources:
· 45% coal, 21% natural gas, 16% hydroelectric.
· Only 54% comes from renewables in 2025.
4. Impact on electricity prices:
· Mining drives up rates in regions with a high concentration of miners (e.g., New York, where households paid $165 million extra in 2021).
💡 Solutions and trends:
· Greater efficiency: Modern ASICs achieve 46 J/TH (12% better than 2024).
· Renewable energies: Paraguay uses hydroelectric power to mine at low costs.
· Regulations: EU requires sustainability disclosures for mining operations.
📌 Conclusion:
Bitcoin mining must evolve towards sustainability with better technologies and clean energy. The energy debate remains open!
What do you think? 👇 #Bitcoin #Mining #Energy #Crypto #ESG
Sources: Cambridge Bitcoin Electricity Consumption Index, Statista, CoinLaw.
Bitcoin mining consumes more electricity than entire countries like Norway (124 TWh) or Chile (74 TWh), with an estimated 143 TWh annually, equivalent to 0.65% of global consumption. This is due to the Proof of Work (PoW) process, which requires solving complex mathematical problems with high-power equipment, such as ASICs.
🔍 Key points on energy consumption:
1. Comparison with countries:
· Bitcoin surpasses consumption of nations like Argentina (121 TWh) and the Netherlands (108.8 TWh).
· If it were a country, it would rank 27th in global energy demand.
2. Carbon footprint:
· It emits 104.35 Mt of CO2 annually, comparable to Belgium.
· Each BTC transaction generates 566.17 kg of CO2, equivalent to 1.25 million VISA transactions.
3. Energy sources:
· 45% coal, 21% natural gas, 16% hydroelectric.
· Only 54% comes from renewables in 2025.
4. Impact on electricity prices:
· Mining drives up rates in regions with a high concentration of miners (e.g., New York, where households paid $165 million extra in 2021).
💡 Solutions and trends:
· Greater efficiency: Modern ASICs achieve 46 J/TH (12% better than 2024).
· Renewable energies: Paraguay uses hydroelectric power to mine at low costs.
· Regulations: EU requires sustainability disclosures for mining operations.
📌 Conclusion:
Bitcoin mining must evolve towards sustainability with better technologies and clean energy. The energy debate remains open!
What do you think? 👇 #Bitcoin #Mining #Energy #Crypto #ESG
Sources: Cambridge Bitcoin Electricity Consumption Index, Statista, CoinLaw.