Current Bitcoin hashprice sits at $33.25 per PH/s/Day. That is the April 13 number out of the Hashrate Index roundup, and it is the single piece of data that has restructured every serious hosting conversation this quarter.
Here is the arithmetic nobody wants to run.
At current hashprice, top-band sub-19 J/TH fleets break even on variable power at $79 per MWh. HRI publishes the figure weekly. It does not require interpretation or modeling. If your all-in electricity rate is above $79 per MWh, your sub-19 J/TH machine is losing money on the power bill alone — before hosting fees, firmware, maintenance, or capital recovery ever enter the picture.
Anyone who has been working in hosting relocations for more than a cycle has seen this story before. It is not new. What is new is the share of the operator base it catches. In the previous cycle, mothballing was a small-operator problem. This one has pulled in mid-sized commercial installs running on standard U.S. industrial tariffs — operators who assumed they had a decade of runway.
They didn’t. The runway was the hardware. The ceiling is the contract.
Reading the HRI numbers
Three efficiency bands, three break-even floors:
- Sub-19 J/TH: $79/MWh
- 19–25 J/TH: $61/MWh
- 25–38 J/TH: $42/MWh
Read these as break-even variable-power costs, not pricing targets. A fleet averaging around 20 J/TH is already staring at a $61/MWh ceiling — and much of the installed base in North America is somewhere in that range rather than the newer 15 J/TH hydro class. The gap between where hardware sits and where the current ceiling bites is what makes this cycle different.
The HRI roundup puts it plainly: “At $33 per PH/s/Day, hashprice is at or below breakeven for many miners depending on operating cost and machine model type.” That sentence has shifted the nature of buyer conversations across the industry. The question used to be which miner to buy. The question now is what your kilowatt-hour price is.
Bitcoin mining hosting cost 2026: where real rates sit
Line the $79/MWh ceiling up against the retail and industrial rates miners actually get quoted, and the picture gets harder to ignore.
The U.S. Energy Information Administration published its preliminary January 2026 rates this month in Electric Power Monthly, Table 5.6.A:
- Industrial sector, national average: 9.29¢/kWh, or $92.9/MWh
- Residential sector, national average: 17.45¢/kWh, or $174.5/MWh
The U.S. industrial average — the rate that commercial operators negotiate when they are not buying on a residential meter — already sits $13.90/MWh above the sub-19 J/TH break-even. Anything older or less efficient than a current-gen hydro machine on that tariff is deeper underwater. Residential is more than double the ceiling, which is most of the explanation for why the home-mining cohort collapsed this cycle instead of the previous ones.
Europe is worse. Eurostat’s first-half 2025 figures, the most recent set published, show:
- Non-household medium-commercial: €0.1902/kWh
- Household: €0.2872/kWh
Both sit comfortably above $79/MWh at any euro-dollar translation used in the last six months. European non-household customers are paying roughly €190/MWh. Households closer to €287. Neither cohort operates a sub-19 J/TH fleet at positive variable margin under current hashprice. The math does not care about geography. The tariff does.
What this means for anyone under 50 machines — and why ASIC hosting Dubai keeps absorbing demand
If you are running fewer than 50 units in a garage, a small warehouse, or a commercial install on a standard industrial tariff, the arithmetic says the fleet is paying to mine. Not breaking even. Paying.
The fix is not hardware. The HRI bands tell you that without needing elaboration — a 15 J/TH machine on a 17¢/kWh residential feed is still losing money on the power bill. The fix is the contract.
That is the structural reason ASIC hosting Dubai and the broader GCC colocation segment have kept absorbing relocation demand through the current cycle. Operators arriving from the U.S., Western Europe, China, and Russia start the conversation in the same place: a spreadsheet that stopped working at home. Someone ran the math, compared an effective retail or industrial rate to the break-even ceiling, and decided the next step was moving the fleet onto a wholesale tariff rather than swapping boxes.
The phrase “wholesale versus retail” sounds like accountant-speak until you realize it is the whole gap between a fleet that prints and a fleet that bleeds. Professional-facility operators in the UAE, Oman, and Kuwait transact electricity on wholesale schedules — regulated industrial contracts priced against grid marginal cost, not a residential tariff sheet. That is what pulls the variable-cost line back underneath the $79/MWh threshold.
Mining colocation UAE — the numbers side by side
| Jurisdiction / Tier | Electricity rate (native) | Approx. $/MWh | Relative to $79/MWh |
|---|---|---|---|
| U.S. residential (EIA, Jan 2026) | 17.45¢/kWh | $174.5 | Above |
| U.S. industrial (EIA, Jan 2026) | 9.29¢/kWh | $92.9 | Above |
| EU household (Eurostat, H1 2025) | €0.2872/kWh | — | Above at any recent FX |
| EU non-household (Eurostat, H1 2025) | €0.1902/kWh | — | Above at any recent FX |
| Typical professional GCC facility | $0.04–0.07/kWh | $40–$70 | Below the ceiling |
The last row needs context. It is an industry band, not any single operator’s rate card. Individual contracts shift based on facility design, cooling technology, term length, and load factor. The U.S. and EU rows are directly comparable because they are published retail data. The GCC row is a wholesale range that consistently sits under that anchor across commercial operators in the region.
Eurostat is cited in euros on purpose. Translating those figures with a specific FX rate would turn a tariff claim into a currency-risk claim. The source publishes in euros, so the quote stays in euros.
Why the GCC band sits below the ceiling
Three things hold it there, none of them exotic. Start with the generation mix. GCC national grids lean heavily on combined-cycle natural gas with regulated fuel input — a lower marginal cost per MWh than the distribution stacks weighted behind U.S. residential and European household retail pricing. That piece is structural, not a policy choice.
Layered on top of the generation cost is the industrial-policy direction of the region. UAE, Oman, and Kuwait have spent the better part of two decades deliberately courting energy-intensive tenants — hyperscale data centers, Bitcoin mining operators, aluminum smelters for that matter. The regulated industrial and wholesale tariff classes are the outcome of that posture. The price signal on an industrial bill in Dubai is not an accident, and it is not a discount program. It is policy showing up on the utility invoice.
The third piece is the most mundane of the three. A facility signing a multi-megawatt continuous contract lands on a fundamentally different tariff schedule than a household buying a few hundred kilowatt-hours a month. That is industrial-contracting geometry, not a Gulf-specific trick. The Gulf just happens to have more multi-megawatt tenants competing on wholesale schedules right now than most alternative jurisdictions, which keeps the band from drifting back toward retail.
None of it is permanent. A gas-price dislocation or a significant regulatory rewrite would move the band, and operators who bet on a single jurisdiction tend to learn that lesson the hard way. For now, the band holds. Worth watching anyway.
The decision in one line
If a fleet is sub-19 J/TH and its all-in electricity rate is above $79/MWh, the arithmetic at $33.25 hashprice says the fleet is paying to mine. The ceiling is not a hardware problem. It is a contract problem.
For institutional and semi-institutional operators looking to relocate or colocate into the GCC, MinersHub provides mining colocation UAE, Oman, and Kuwait across a range of hosting tiers. Review the hosting tiers →