Where Does Your Money Go When You Buy Bitcoin? (Hint: It's Not Into "Savings")

What happens when you buy a share of Apple, Tesla, or Google? Your money goes into the stock market ecosystem that funds real businesses —it funds the national or global economy. You buy yourself a slice of a company that owns factories, data centers, and intellectual property. That company produces goods, sells services, and generates profit.

When you buy Bitcoin, none of that happens. Also, in this case, you haven't put your money into a digital vault. So you can't call it "savings" either. And as I'll show in this post, it isn't even a "store of value."

In reality, the moment you buy Bitcoin and your money leaves your bank account, it sets off on a one-way journey toward a black hole of wealth consumption.

As an engineer who has analyzed the cost structures of mining operations, I can show you exactly where your money goes. It doesn't stay in the system. It gets burned.

In this post, we'll consider Bitcoin prices of $100,000 (past price) and $75,000 (current average) to cover different scenarios. These cases need to be considered because the Bitcoin price varies significantly due to volatility. The round figures were chosen just to simplify our math. We'll also use percentages in this post so you can do the math yourself for any Bitcoin price. Let's proceed!

The Seller is Not Your Friend

When you buy Bitcoin, you aren't buying it from a central bank or a stock exchange. You're buying it from another person on a crypto exchange — and it matters who that person is.

Every Bitcoin in existence was first sold by a miner. There is no other source. Miners are the people running warehouses full of specialized computers (ASICs) that secure the Bitcoin network, and they're the only ones who can bring new Bitcoin into circulation. So whether you buy directly from a miner or from a trader who bought from a miner (or from a trader who bought from a trader who bought from a miner), the Bitcoin in your wallet started its life on a mining rig.

Now, here's the crucial part: miners cannot afford to "HODL." Unlike traders and investors, who can sit on their Bitcoin and wait for prices to rise, miners have massive real-world bills due every month — electricity, hardware, payroll, rent. Those bills are denominated in dollars, not Bitcoin. So miners are forced sellers. They are the ultimate source of selling pressure in the entire ecosystem.

This means the cash flow runs in exactly one direction. Investors and traders bring dollars into the exchange. Miners take dollars out. Traders in the middle are just conduits — they may hold Bitcoin for a while, but eventually their dollars (yours, originally) move upstream to the next seller, and the next, until they land in a miner's bank account to pay for the electricity bill or new mining hardware.

So traders are never truly a source of Bitcoin; they're just passing it along. And the exchange is not a marketplace where Bitcoin is created or destroyed — it's a pipeline. Cash flows in from investors. Bitcoin flows out to investors. And on the other end of that pipe, miners are draining the cash as fast as it arrives.

Next, let's follow your money from the moment it lands in a miner's bank account, using cost data from recent industry reports.

Expense 1: The Electricity Bill (40% to over 100%)

Bitcoin mining is an energy-intensive competition. To "win" new Bitcoins, miners must run powerful computers 24/7, and this requires colossal amounts of electricity. The annual electricity consumption of the Bitcoin mining network now exceeds that of most nations.

When BTC was priced at $100,000, an average miner spent between $40,000 – $60,000 on immediate electricity and operational cash costs for every Bitcoin mined. This figure was as low as $26,000 for miners with access to the cheapest electricity, and as high as $84,000 for those paying higher bills.

At present, with Bitcoin trading below $80,000, electricity costs have risen while mining costs have decreased only slightly. For some miners, electricity alone now exceeds the value of the Bitcoin they can mine from it — a condition known as "miners' bleeding."

This means that, depending on the miner, 40% – 100% of your investment is immediately transferred to energy companies to pay for electricity that has already been consumed. That value is gone. It generates no future profit for you or the miner.

When the average Bitcoin price falls — as it did between October 2025 and February 2026, dropping from over $100,000 to around $70,000 — miners who can no longer cover their costs drop offline. This lowers the network's hash rate. The mining difficulty then adjusts downward roughly every two weeks, making it cheaper to mine each new block.

If and when Bitcoin prices rise again, mining becomes profitable for those miners, and they rejoin the network. The hash rate climbs, mining difficulty rises, and the cycle repeats.

The table below estimates electricity expenses under current conditions. Note that, at the higher end, mining costs per Bitcoin ($82,000 – $88,000) currently exceed the price of Bitcoin itself ($70,000 – $80,000) by anywhere from $2,000 to $18,000.

Table 1: Average Electricity Expenses of Bitcoin Mining at Different Bitcoin Prices

Average BTC Price	Lower End Expenses	Higher End Expenses
$100,000 (past)	$40,000	$80,000
$75,000 (present)	$35,000	$65,000

Note: If hash rate and mining difficulty don't drop in line with a falling Bitcoin price, most miners end up covering these expenses from their own pockets. They keep going because they're hopeful that the Bitcoin price will rise in the future, and that's when they'll recover their investment and finally make a profit.

Expense 2: The Hardware Trap (20% to 40%)

This is the hidden cost most investors miss. Bitcoin mining uses specialized chips called ASICs — machines that do nothing but mine Bitcoin.

Competition is so fierce that mining hardware becomes obsolete within 1.5 to 2 years, forcing miners to replace their machines roughly every two years just to stay competitive. This depreciation is a real economic cost. When the average Bitcoin price was $100,000, depreciation amounted to $30,000 to $40,000 per Bitcoin mined.

In percentage terms, another 30% – 40% of your investment flows to hardware manufacturers — most of them based in China — to pay for machines that are rapidly turning into e-waste.

Table 2: Average Hardware Depreciation Costs of Bitcoin Mining at Different Bitcoin Prices

Average BTC Price	Lower End Expenses	Higher End Expenses
$100,000	$30,000	$40,000
$75,000	$20,000	$30,000

The "Black Hole" of Value (at least 85% lost)

Let's do the math.

Table 3: Breakdown of Bitcoin Miners' Expenditures and Profits at Different Bitcoin Prices

You Pay	Electricity Companies Take	Hardware Makers Take	Miners' Profit
$100,000	~$55,000	~$35,000	~$10,000
$75,000	~$50,000	~$25,000	~$5,000

Result: At least 85% of your investment has evaporated. It wasn't invested in a productive asset; it was consumed just to keep the machines in a mining farm running.

Miner's profit per Bitcoin: At the current $75,000 average, a miner pockets roughly $5,000 per Bitcoin — money they'll likely spend on lifestyle or political lobbying. And this is the best-case scenario.

For some miners, the reality is worse. Mining costs have not fallen in step with Bitcoin's price over the past several months. Currently, the cost of mining a Bitcoin is dropped only slightly compared to what it was when BTC traded above $100,000.

That means, right now, your money isn't enough. All of it evaporates — and on top of that, an estimated 15% to 20% of miners are paying an additional $13,000 to $19,000 per Bitcoin out of their own pockets. The remaining 80% to 85% are still making some profit, but nowhere near the $5,000 figure above.

This reveals the fundamental truth:

Bitcoin is not a store of value. It is a mechanism for value transfer.

You have simply transferred your wealth to energy providers, hardware manufacturers, and miners. In exchange, you received a digital token — and you've been told to never sell, HODL.

The Only Way Out

Now you own a Bitcoin. The miner has paid their bills, ordered a new ASIC or two, and pocketed their profit. They have no obligation — and no incentive — to buy that Bitcoin back from you at the same price.

Worse, this asset generates no revenue. There are no dividends.

For you to get your money back, your only hope is to find someone else — a new investor — willing to pay the same price or more.

In other words, you need to find a "greater fool" than yourself. 

Bitcoin miners, traders, and advocates (people funded by Bitcoin miners and traders), make a "greater fool" out of you — the investors — by creating a hype around Bitcoin. They promote its as the new-age money, the future of banking, a democratic currency, the grid hero, or the currency for AI. Each of these narratives can be easily countered with facts.

Bitcoin requires a constant, never-ending stream of new money just to pay for the electricity and hardware waste that secures the network. It would need even more money to pay back the early buyers if they ever decided to sell their Bitcoin, which is why the rally cry is always to never sell — to HODL.

This is why I argue that Bitcoin mathematically operates as a wealth extraction mechanism — more commonly known as a Ponzi or Pyramid scheme.

When that incoming stream of new money stops, the miners will still have bills to pay. They will keep selling. And without new buyers to absorb that selling pressure, the Bitcoin price has only one way to go. Number Go Down.