Libya’s Energy: The Hidden Fuel for Bitcoin

Kate· Published December 19, 2025

Libya, better known for oil and blackouts than technology, quietly became a global Bitcoin mining hotspot. The secret ingredient? Incredibly cheap, heavily subsidized electricity, sometimes as low as $0.004 per kilowatt-hour. Even outdated mining rigs could remain profitable, attracting both locals and foreign operators looking to cash in on almost-free power.

Contents

When Mining Meets Legal Grey Zones

Bitcoin mining in Libya operates in a gray area. Hardware imports are officially banned, yet there’s no clear law outlawing mining itself. Prosecutors have cracked down on illegal miners, like the recent three-year sentences for nine miners in Zliten. However, thousands of smaller rigs still hum away in factories, warehouses, and homes.

Mining vs. the Power Grid

At its height in 2021, Libya accounted for about 0.6% of the global Bitcoin hash rate. All that mining sucked up an estimated 2% of national electricity, a big problem for a grid already plagued by blackouts and theft. Hospitals and schools sometimes lost power, while backdoor server rooms kept running, often hidden with tricks like heat-camouflaged cement.

Cracking Down, But Not Shutting Down

Raids have seized thousands of machines, even nabbing foreign nationals running industrial-size farms. But with no direct mining ban, enforcement mostly targets electric theft, smuggling, and illegally earned profits. The lack of regulations means the cat-and-mouse game is far from over.

source: maps.google.com

What’s Next: Regulate, Tax, or Shut Down?

Authorities are split: some want to regulate and tax mining, turning it into a legitimate industry that could create jobs and earn foreign cash. Others worry that mining fuels theft and money laundering, and deepens the power crisis. Until Libya picks a clear direction, mining and blackouts are likely to continue.

Tokenize Grid impact

Libya could issue “electricity usage NFTs” as unique digital collectibles linked to real-time mining power consumption. Each NFT could represent a chunk of the national grid’s output, turning power usage into a traceable, tradable asset. These NFTs could then be bought, sold, or audited, bringing new transparency to the relationship between Bitcoin mining and public resources.

Final Thoughts

Libya’s case is a wild example of how cheap energy, weak regulation, and crypto’s global reach collide in unexpected ways. The future? It depends on whether Libya can turn its underground mining boom into an opportunity or finally shut it down for good.