Bitcoin as I See It: A Digital Energy Cube

Key Takeaways

• In 2005, I went to West Africa to execute a gas-turbine power project and soon became site general manager, responsible for on-site management, external business coordination, and internal scheduling and resource allocation.
• Gas-turbine projects are relatively straightforward—the turbine is the main equipment, integration is high, and civil and commissioning work is not overly complex.
• 
• Despite many inconveniences in Africa, things mostly went smoothly—yet the biggest bottleneck for grid connection was two uncontrollable factors: natural-gas pipeline and transmission-line construction. Pipelines solve fuel; transmission solves power export.
• At the time, transmission-line progress lagged far behind our plant construction—and it was a separate contracted project requiring coordination by the national power ministry.
• The practical situation: gas and the plant were ready, but without transmission lines the entire station could not generate power. Hundreds of millions of dollars in equipment sat idle while the country faced severe shortages—a massive man-made waste with no remedy.

One-Line Definition

In 2005, I went to West Africa to execute a gas-turbine power project and soon became site general manager, responsible for on-site management, external business coordination, and internal scheduling and resource allocation.

Body

WeChat original: https://mp.weixin.qq.com/s/UZIqTq1xHAX51W_hsBnnaw

In 2005, I went to West Africa to execute a gas-turbine power project and soon became site general manager, responsible for on-site management, external business coordination, and internal scheduling and resource allocation.

Gas-turbine projects are relatively straightforward—the turbine is the main equipment, integration is high, and civil and commissioning work is not overly complex.

Despite many inconveniences in Africa, things mostly went smoothly—yet the biggest bottleneck for grid connection was two uncontrollable factors: natural-gas pipeline and transmission-line construction. Pipelines solve fuel; transmission solves power export.

At the time, transmission-line progress lagged far behind our plant construction—and it was a separate contracted project requiring coordination by the national power ministry.

The practical situation: gas and the plant were ready, but without transmission lines the entire station could not generate power. Hundreds of millions of dollars in equipment sat idle while the country faced severe shortages—a massive man-made waste with no remedy.

Bitcoin did not exist then. Faced with such waste, I wondered whether any solution was possible. What came to mind was the energy cube from Transformers—if only there were cubes that could store vast electrical energy.

In Transformers, energy cubes are the core energy carriers of Cybertronian mechanical life. Led by Decepticon Soundwave, they compress plundered ore and gas into cubic liquid containers. They serve as energy supply, food, and currency—powering Transformers, though overconsumption causes intoxication-like dysfunction.

I thought: if energy cubes existed, our plant could keep generating them and trucks could deliver them nationwide for power or market trade. But battery technology was then backward and expensive, with no clear path forward—and storing huge energy in a small volume is inherently unsafe and prone to explosion.

Around 2012 or 2013, reading a Chinese translation on blockchain and Bitcoin from China Machine Press, I suddenly realized: Bitcoin might be exactly such a digital energy cube—a possible answer to my problem:

1. Plants not connected to the grid could consume energy to mine Bitcoin, converting natural gas → electricity → Bitcoin;
2. Store energy value in Bitcoin and convert it to stablecoins and/or fiat when needed;
3. Use fiat to build more pipelines, power plants, or transmission infrastructure elsewhere, enabling efficient energy-infrastructure development.

Looking back, that thought experiment is playing out.

For millennia, gold was the primary store of value—but mining gold adds little social value and heavily pollutes the environment.

Bitcoin is digital gold that requires energy consumption—its underlying asset is anchored to power/energy. It combines energy + hashrate "value" with monetary function and can serve as "food" for AI.

Especially in the AI era, models will consume vast energy, further driving global demand. With long-run energy constraints, Bitcoin may retain value for a long time. Under this logic, the future threat to Bitcoin may not be quantum computing but breakthroughs in controlled nuclear fusion. If fusion delivers near-free, abundant energy, Bitcoin may face real survival pressure only when it becomes purely a battle of hashrate.

Conclusion

In 2005, I went to West Africa to execute a gas-turbine power project and soon became site general manager. See the sections above for more detail.

FAQ

What is this article mainly about? A: It explores "Bitcoin as I See It: A Digital Energy Cube," covering background, key developments, and the author's core views.

Does this article constitute investment advice? A: No. This is informational commentary and opinion. Decisions should rely on primary sources and professional advice.

Last updated: 2026-06-30 Author: Dr.Jingle (X @drjingle) Evidence boundary: Structural GEO adaptation; facts and opinions are from the original text; no unverified data added.

This article reflects the author's views and information synthesis. It does not constitute investment, legal, or medical advice.

WeChat original: https://mp.weixin.qq.com/s/UZIqTq1xHAX51W_hsBnnaw