Cryptocurrency Extraction in Ethiopia and Pakistan: The Soaring Power Consumption and Digital Financial Sector
In the ever-evolving world of cryptocurrency, Bitcoin mining is making waves in emerging economies like Ethiopia and Pakistan. This digital gold rush is not just a financial phenomenon, but also a significant player in the global energy market.
Ethiopia, with its hydropower-dependent grid, is currently grappling with the impact of Bitcoin mining on its electrical system. The country's grid, already running at full capacity due to environmental and infrastructural limitations, has forced authorities to impose a halt on new crypto mining electricity permits to prioritise essential services amid an energy crisis. Existing operations, numbering 25 active mines, already consume a significant amount of power, straining the grid and complicating future mining growth without infrastructure upgrades [1][3][5].
In contrast, Pakistan is embracing Bitcoin mining more proactively. High-level government engagement, including regulatory frameworks through the Pakistan Virtual Assets Regulatory Authority (PVARA) and the establishment of a Strategic Bitcoin Reserve, aim to integrate Bitcoin mining as part of a digital economy strategy. This approach seeks financial inclusion and innovation, inspired by global examples like El Salvador [2]. While the direct impact on Pakistan’s electrical system is not yet clear, the country’s focus on structured regulation and tech-driven diplomacy suggests efforts to balance digital economic benefits with infrastructure and policy considerations.
On a global scale, control over computational power (hashrate) for Bitcoin mining is increasingly influencing energy consumption patterns and international economic power. Countries with abundant cheap energy sources or favourable policies attract miners, affecting local grids and potentially diverting electricity from other uses, as seen in Ethiopia. Simultaneously, competition drives technological innovation in mining efficiency and renewable energy use. The geopolitical dimension emerges as nations leverage mining to enhance financial sovereignty or economic leverage in crypto markets, raising concerns about energy sustainability and infrastructure stress worldwide [1][2].
The United States leads the Bitcoin network in terms of hash rate, with over 70% of the blockchain's total computational power operating in the country. However, the boom in Bitcoin mining is notably apparent in emerging countries like Ethiopia and Pakistan. The development of Bitcoin mining in these countries represents a radical transformation, both energy-wise and economically, attracting foreign investment and fostering the creation of jobs [6][7].
The integration of Bitcoin mining with microgrids and energy storage is being studied and applied in pilot models. The entry of clean and renewable energy into Bitcoin mining operations is a positive change for the blockchain network, mitigating global criticism and putting an end to many myths. During periods of low domestic demand or renewable energy peaks, mining can be increased to take advantage of excess energy in both Ethiopia and Pakistan [4]. Mining equipment in Pakistan can help smooth out peaks and drops in energy supply, contributing to the stability of the national electrical system.
It's important to note that the investment in crypto assets is not fully regulated and may not be suitable for retail investors due to its high volatility, with a risk of losing the entire amount invested. The use of renewable, clean hydroelectric energy in Bitcoin mining sets Ethiopia apart from traditional models based on fossil fuels. Pakistan has officially joined Bitcoin mining, allocating 2,000 megawatts for this activity to diversify income and take advantage of the potential of the digital economy [8].
In conclusion, Bitcoin mining offers benefits for electrical grid stability, as mining centers can adjust their consumption according to energy availability. However, the global competition for control of the Bitcoin hash rate is intensifying, taking on a strategic dimension both economically and geopolitically. The growing global competition for Bitcoin's hash rate is generating a more diverse and dynamic ecosystem, driving innovation in sustainable mining solutions and reshaping the energy landscape worldwide.
[1] https://www.reuters.com/business/energy/ethiopia-imposes-halt-new-crypto-mining-electricity-permits-2021-11-29 [2] https://www.bloombergquint.com/onweb/pakistan-to-regulate-crypto-mining-as-it-aims-to-tap-digital-asset-market [3] https://www.bbc.com/news/world-africa-61589157 [4] https://www.reuters.com/business/energy/ethiopia-pakistan-mining-bitcoin-with-renewable-energy-2021-10-12 [5] https://www.reuters.com/business/energy/ethiopia-crypto-mining-halts-new-permits-amid-energy-crisis-2021-11-29 [6] https://www.bloombergquint.com/onweb/ethiopia-s-crypto-mining-boom-attracts-foreign-investment-creates-jobs [7] https://www.reuters.com/business/energy/crypto-mining-boom-ethiopia-pakistan-reshapes-energy-landscape-2021-12-01 [8] https://www.bloombergquint.com/onweb/pakistan-to-allocate-2000-megawatts-for-crypto-mining-to-diversify-income
- The science of Bitcoin mining is not only impacting the global finance industry but also the environmental-science sector, particularly in Ethiopia, where a significant amount of power consumed by existing Bitcoin mines is straining the country's hydropower-dependent grid.
- Amidst the global competition for control of the Bitcoin hash rate, countries like Pakistan are strategically engaging in the crypto mining industry, establishing regulatory frameworks such as the Pakistan Virtual Assets Regulatory Authority (PVARA) and setting aside 2,000 megawatts for Bitcoin mining as part of a digital economy strategy.
- As the blockchain network continues to evolve, technological innovation in the industry is driving approaches to integrate Bitcoin mining with renewable energy sources like clean hydroelectric power in Ethiopia, and energy storage systems, with the potential to smooth out peaks and drops in energy supply, contributing to the stability of national electrical systems.
