From Clean Energy to Bitcoin: Turning Energy Into a Digital Asset
For years, the conversation around Bitcoin mining and energy has largely focused on one question:
How much energy does Bitcoin mining consume?
I believe there is a more interesting question we should be asking:
What if Bitcoin mining can help us make better use of energy that already exists?
That question sits at the heart of what we're building at Freights Bay Digital Asset Management.
Energy Is Everywhere. The Challenge Is Using It.
Our world has enormous energy resources, but energy isn't always generated where people need it—or when they need it.
Hydroelectric facilities can have excess capacity. Renewable generation can be curtailed when supply exceeds local demand. Methane that could potentially be converted into electricity can instead be flared or released. Other forms of energy may exist far away from population centers where traditional demand is limited.
Bitcoin mining introduces something unusual into this equation.
Unlike many industries, a Bitcoin mining operation doesn't necessarily need to be located next to a major city, financial center, or customer base.
Bitcoin miners can go to the energy.
That creates the possibility of locating mining infrastructure where electricity is abundant, stranded, underutilized, wasted, or economically attractive.
At Freights Bay, this principle is central to our investment approach. We seek mining opportunities across multiple jurisdictions because some of the world's most attractive sources of power may exist in places traditional industries overlook.
Why Hydropower Is an Important Starting Point
Today, Freights Bay uses hydropower to support Bitcoin mining operations. Our longer-term vision is to evaluate opportunities involving additional energy sources, including flared methane, biogas, geothermal, tidal and nuclear energy.
Hydropower is particularly interesting because significant infrastructure already exists around the world, and some facilities have excess generating capacity.
This creates an interesting relationship between energy and Bitcoin.
A kilowatt-hour of electricity sitting behind transmission constraints or without sufficient local demand has limited economic usefulness. Connect that electricity to Bitcoin mining infrastructure, however, and that energy can potentially participate in a global monetary network.
In that sense, Bitcoin mining can function as an energy buyer of last resort.
Mining equipment can potentially be placed close to the source of power, consume the electricity, perform the computational work required by the Bitcoin network and receive Bitcoin-denominated block rewards when mining is successful.
Energy that was geographically constrained can effectively be transformed into a globally transferable digital asset.
From Energy to Bitcoin to Investment
This is where the concept becomes particularly interesting from an investment perspective.
Bitcoin mining sits at the intersection of several different markets:
Energy + infrastructure + computing + capital markets + Bitcoin.
The economics of mining depend on getting that combination right.
Electricity costs matter enormously. So does the efficiency and purchase price of ASIC mining equipment, hosting expenses, Bitcoin's market price, network difficulty and operational uptime.
At Freights Bay, we therefore don't simply look at Bitcoin.
We look at the economics of producing Bitcoin.
Our strategy includes monitoring the wholesale market for ASIC mining machines and evaluating purchases with an approximately two-year breakeven objective. We also work with hosting providers rather than building every piece of infrastructure ourselves, helping the investment strategy remain flexible and allowing us to pursue opportunities across different jurisdictions.
That flexibility matters in an industry where technology, energy markets and Bitcoin economics can change rapidly.
Clean Energy and Bitcoin Don't Have to Be Opposing Ideas
The public conversation sometimes presents Bitcoin and clean energy as competing ideas.
I see an opportunity for them to complement each other.
Imagine renewable-energy projects with excess capacity.
Imagine industrial waste producing biogas.
Imagine methane that would otherwise be flared.
Imagine geothermal resources located far from major population centers.
If energy can be economically converted into electricity, Bitcoin mining potentially creates another customer for that power.
The key word, however, is economically.
At Freights Bay, our approach isn't simply to pursue an energy source because it can be labeled renewable. Our strategy is to pursue clean and alternative energy opportunities where the underlying mining economics make sense.
Sustainability and financial discipline need to work together.
Why My Background Led Me Here
My interest in markets started long before Bitcoin.
As a child, I put much of the money from my paper route into collecting coins. Eventually that interest led me to gold—and when appreciation in the price of gold helped me afford a new 10-speed bicycle, I became fascinated by markets.
Most of my professional career has since been spent in fixed-income capital markets, including product management, asset-backed securitizations, trading operations and analytics.
I entered the crypto world in 2016 and subsequently worked in blockchain-based central-bank digital currencies before becoming CFO of Bitcoin-mining company Sazmining.
Those experiences ultimately converged around a simple idea:
What happens when the discipline of traditional finance meets Bitcoin mining and energy markets?
That question became part of the foundation for Freights Bay Digital Asset Management.
Bitcoin Mining as Energy Infrastructure
I believe the next stage of the Bitcoin conversation will extend beyond the price of Bitcoin.
It will increasingly include questions about how Bitcoin is produced, where the energy comes from, how mining interacts with power markets, and how capital can participate in that ecosystem.
Bitcoin mining can create an economic bridge between physical energy and digital value.
Hydro today could be only the beginning.
Biogas, methane mitigation, geothermal, tidal, nuclear and other forms of energy may create entirely new mining models as the industry matures.
And that creates opportunities not only for miners, but also for investors, energy developers, infrastructure operators and entrepreneurs.
Join the Freights Bay Community
That's why I'm building the Freights Bay Digital Assets Management community on Skyler.Network.
I want this to become a place where investors, Bitcoin miners, energy professionals, entrepreneurs and people simply curious about this emerging intersection can learn from one another.
We'll explore Bitcoin mining economics, clean-energy opportunities, digital assets, mining infrastructure and the evolution of Bitcoin as an investable asset class.
Most importantly, I want to bring together people who see the same possibility we do:
Energy doesn't simply have to power the existing economy. It can help build the digital economy as well.
If you're interested in the intersection of clean energy, Bitcoin mining and investment, I invite you to join the conversation.
Join the Freights Bay Digital Assets Management Community:
https://skyler.network/FreightsBayDigitalAssetsManagement
— Patrick Hidalgo
Founder, Freights Bay Digital Asset Management
