研究表明，比特幣（BTC）挖礦可以加速再生能源轉型

立法者經常針對比特幣（BTC）採礦業的巨大能源需求和環境影響發表籠統的聲明，從而激怒比特幣採礦業。他們的論點有問題

Lawmakers have often taken aim at the Bitcoin (BTC) mining industry with sweeping statements about its massive energy consumption and environmental impact. But the problem with their arguments is that they always equate it with the archaic model of energy production and distribution, which still heavily relies on non-renewable resources.

立法者經常針對比特幣（BTC）採礦業，對其巨大的能源消耗和環境影響發表全面的聲明。但他們的論點的問題在於，他們總是將其與古老的能源生產和分配模式等同起來，而後者仍然嚴重依賴不可再生資源。

While it’s true that Bitcoin mining entails high electricity consumption, the vast availability of technologies that could harness renewable energy nowadays provides a viable solution to address the predicament. At the same time, it presents a more economically rewarding venture for both energy producers and BTC miners.

雖然比特幣挖礦確實會消耗大量電力，但當今可利用再生能源的大量技術為解決這一困境提供了可行的解決方案。同時，它為能源生產商和比特幣礦工提供了更具經濟回報的企業。

Faster ROI for Solar Power Plants Integrating Bitcoin Mining

整合比特幣挖礦的太陽能發電廠更快獲得投資回報

Recently, a group of researchers led by Aki Hakimi published a study titled “Renewable energy and cryptocurrency: A dual approach to economic viability and environmental sustainability.” The paper features peer-reviewed evidence indicating that integrating Bitcoin mining in a solar farm would allow the project to reach its return on investment (ROI) more than two times faster than opting out of the model.

最近，由 Aki Hakimi 領導的一組研究人員發表了一項題為「再生能源和加密貨幣：經濟可行性和環境永續性的雙重方法」的研究。該論文提供了經過同行評審的證據，表明將比特幣挖礦整合到太陽能發電場將使該專案實現投資回報 (ROI) 的速度比選擇退出該模型快兩倍以上。

The research shows that a 50.91-megawatt (MW) solar power plant initiated at the start of 2020 in the United Arab Emirates (UAE) with an investment of around $42 million could recover its costs in approximately 3.5 years if it employs a 9.3 MW Bitcoin mining as a cogeneration system. On the other hand, simply focusing on selling the electricity to the grid without the BTC mining operations could extend the project’s ROI to 8.1 years.

研究表明，2020 年初在阿拉伯聯合大公國 (UAE) 啟動的一座投資約 4,200 萬美元的 50.91 兆瓦 (MW) 太陽能發電廠，如果使用 9.3 兆瓦的比特幣，可以在大約 3.5 年內收回成本。熱電聯產系統。另一方面，僅專注於向電網出售電力而不進行 BTC 挖礦業務，可以將該專案的投資回報率延長至 8.1 年。

Offsetting Carbon Emissions From Bitcoin Mining

抵銷比特幣挖礦的碳排放

From an environmental perspective, the study found that the strategy could potentially prevent the emission of roughly 1.237 million tons of carbon in 25 years. This translates to 50,000 tons of carbon annually, or equivalent to the estimated output of 10,700 regular cars on the roads.

從環境角度來看，研究發現該策略有可能在25年內減少約123.7萬噸的碳排放。這相當於每年排放 50,000 噸碳，相當於道路上 10,700 輛普通汽車的估計排放量。

It should be noted that the model is not entirely free from the electronic waste (e-waste) produced by Bitcoin mining equipment and solar plant facilities. However, it offers a huge improvement from the conventional formulas of electricity production and BTC mining.

應該指出的是，該模型並非完全沒有比特幣採礦設備和太陽能發電廠設施產生的電子廢棄物（e-waste）。然而，它比傳統的電力生產和比特幣挖礦公式有了巨大的改進。

The harmful effects could be further mitigated using recyclable and more durable materials, which could significantly prolong hardware lifespan and reduce e-waste.

使用可回收且更耐用的材料可以進一步減輕有害影響，這可以顯著延長硬體壽命並減少電子垃圾。

Final Thoughts

最後的想法

Overall, the results illustrate the transformative potential of Bitcoin mining in speeding up renewable energy transition. It incentivizes investors and managers with quicker means to realize their profits, which they can again allocate for the exponential expansion of such projects.

整體而言，結果說明了比特幣挖礦在加速再生能源轉型方面的變革潛力。它激勵投資者和管理者以更快的方式實現利潤，他們可以再次將利潤分配給此類項目的指數級擴張。

At the same time, it helps promote an ethical and responsible approach to crypto mining that’s not detrimental to the environment, aligning itself with the rigid environmental, social, and governance (ESG) requirements of government regulators.

同時，它有助於促進一種不損害環境的道德和負責任的加密貨幣挖礦方法，符合政府監管機構嚴格的環境、社會和治理 (ESG) 要求。