Market snapshot · 31 Aug 2026 ↗Bitcoin price$78,532Network hashrate915 EH/sDifficulty125.81 T

Market & hashprice

Mining week: 2026-05-25

Source report: 2026-05-25 · Editorial analysis published: 2026-09-10

The weekly review records hashprice at $35.88 per PH/s/day (+1.7%). Figures describe the publication date, not today’s market.

Publisher cover illustration for Hashrate Index Roundup (May 25, 2026)
Illustration from the cited source. Hashrate Index / Luxor; image as published with the cited article

Analysis and practical implications

This section is our analysis and illustrative calculations, separate from the source report.

Use a favorable interval to improve the operating record

A positive market interval offers a useful opportunity to reconcile the fleet before another change arrives. Confirm machine counts, settings and recurring maintenance needs. Better records make subsequent comparisons more reliable and prevent a market headline from becoming the only explanation for the site result.

The following calculation is an independent illustrative scenario using the dated market reference. It is not a reconstruction of a particular farm, a live quotation or a promise of future revenue. Its purpose is to make the relationship between output, energy and operating time easy to inspect.

Table displaying Bitcoin price data in USD. Spot price is $103,393. CME futures show a contango: June at $103,895, July at $104,530, and August at $105,130.
Illustration from the cited source. Hashrate Index / Luxor; image as published with the cited article

A transparent daily operating scenario

Assume a machine produces 120 TH/s while drawing 2760 watts. At a gross hashprice of 35.88 dollars per PH/s per day, continuous gross revenue would be about 4.31 dollars. For this example, apply a 2% pool fee and 95% operating time. The resulting daily receipts are approximately 4.01 dollars before electricity and other expenses.

At the same 95% operating time, the machine consumes approximately 62.93 kWh per day. This assumes that both production and the stated miner load stop during downtime. Real standby consumption or auxiliary cooling can change the result and should be added when those measurements are available.

Compare three electricity conditions

Keeping all other assumptions unchanged, the scenario gives the following daily outcomes: at 0.04 dollars per kWh, electricity costs 2.52 dollars and the remaining contribution is 1.49 dollars; at 0.07 dollars per kWh, electricity costs 4.40 dollars and the remaining contribution is -0.40 dollars; at 0.10 dollars per kWh, electricity costs 6.29 dollars and the remaining contribution is -2.28 dollars. A negative contribution means that the modeled receipts do not cover the modeled electricity expense at that rate.

The calculation excludes purchase cost, financing, rent, taxes, repairs and shared site equipment. A positive number is therefore an operating contribution within the stated boundary, not final business profit. Use the actual bill and measured installation power when adapting the scenario to a real site.

What to record before the next review

Keep the source date with the market input and record the machine configuration used in the comparison. For actual operation, retain accepted pool work, operating hours, electricity consumption and unusual maintenance. This allows the next review to distinguish changes in market conditions from changes in the equipment or schedule.

The useful decision is the one supported by the complete operating record. A weekly observation can help test assumptions, but it should not replace a longer view of reliability and cost. Repeat the calculation with your own tariff and a less favorable revenue case before using it to support an equipment purchase or a change in operating policy.

Source: Hashrate Index / Luxor ↗

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