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Hosted Mining vs. Home Mining Profitability: A 2026 Comparison

The single biggest driver of profitability you can control is your electricity rate. US residential electricity averaged 18.3 cents per kWh in July 2026 (EIA), more than double the $0.07/kWh all in rate at our Southeast Texas facility. That gap compounds across every hour of operation and across every machine in a fleet.

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  3. Mining Profitability
  4. Hosted vs. Home
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  1. 01The Electricity Cost Gap
  2. 02Hidden Costs of Mining at Home
  3. 03When Home Mining Can Still Make Sense

This article compares the total economics of home mining vs. professional hosting. Neither approach guarantees profit. Profitability depends on BTC price and network difficulty, which are outside either approach's control.

The Electricity Cost Gap#

The following illustrates the monthly electricity cost difference for a Whatsminer M70S at a typical 3,500 W draw (it draws about 3,140 to 5,000 W depending on power mode) running continuously at two different electricity rates. This is a pure cost comparison, not a profitability claim. Actual mining revenue depends on BTC price and network difficulty.

ScenarioRateMonthly electricity (3,500W, 24/7)
US residential average (July 2026)$0.183/kWh$461 (3.5 kW × 720h × $0.183)
Fathom Labs (hosted)$0.07/kWh all in$176 (3.5 kW × 720h × $0.07)

Monthly hours = 720 (30 days × 24h). US residential average = 18.3 cents per kWh for July 2026 (EIA Electric Power Monthly). Actual residential rates vary by location and usage tier.

Hidden Costs of Mining at Home#

The electricity bill is not the only cost home miners face:

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Noise (~75 to 85 dB):ASIC miners run loud cooling fans, comparable to a vacuum cleaner running continuously. Most residential settings cannot tolerate this long term.
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Heat:A 3,500W machine generates roughly 12,000 BTU/hr of heat, equivalent to a small electric furnace running in your home. Adequate ventilation or air conditioning is required, adding cost and complexity.
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Electrical infrastructure:A 3,500W miner needs a dedicated 20A 240V circuit. Older homes may require panel upgrades, adding hundreds to thousands in electrical work.
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Insurance:Standard homeowner policies typically do not cover commercial mining hardware. Separate equipment insurance is needed.
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Operational time:Monitoring hashrate, handling firmware updates, and responding to downtime is work. Professional hosting handles this with 24/7 NOC coverage.

When Home Mining Can Still Make Sense#

Home mining can be viable if you have access to electricity below roughly $0.06 to $0.07/kWh, through off grid solar, very cheap rural utility rates, or negotiated industrial power. It also suits small scale experimentation where physical access to the hardware is part of the goal. For the vast majority of US residential miners, however, the electricity rate gap alone makes professional hosting the more cost effective path.

Questions

Frequently Asked Questions

For most US miners, hosted mining at a professional facility is more profitable because commercial electricity rates ($0.065 to $0.08/kWh all in) are significantly lower than US residential electricity (18.3 cents per kWh on average in July 2026, EIA). On a 3,500W miner running continuously, the electricity difference between $0.183/kWh (residential average) and $0.07/kWh (Fathom Labs rate) is approximately $285/month per machine. Profitability also depends on BTC price and network difficulty, which neither approach can control.

Beyond electricity, home mining incurs: (1) cooling costs: running an ASIC miner generates substantial heat requiring ventilation or air conditioning; (2) noise: Whatsminer ASICs operate at ~75 to 85 dB, comparable to a vacuum cleaner; (3) electrical upgrades: most residential circuits require 20A+ dedicated outlets and may need panel upgrades; (4) insurance: homeowner policies may not cover mining hardware; and (5) time: monitoring, rebooting, and maintaining hardware without a NOC team.

At Fathom Labs, hosting a miner bought from us costs $0.07/kWh all in for electricity (no separate cooling, facility, or monitoring fees; miners you bring yourself are $0.08/kWh, minimum 10 units per order) plus a one time $30 installation fee per machine that covers installation (shipping and import duty are included in the miner price). At signup, clients pay the onboarding fee plus a refundable deposit equal to two months of electricity.

Home mining can be viable when you have access to electricity below approximately $0.06 to $0.07/kWh (such as off grid solar, very cheap rural rates, or negotiated industrial power), have appropriate space and electrical infrastructure, and are comfortable handling hardware management. For most residential miners, these conditions do not apply. Home mining also makes sense for small scale proof of concept experiments where hands on access to the hardware is part of the goal.

Keep reading

01Bitcoin Mining Hosting Costs: Full breakdown of what $0.07/kWh includes02Home vs. Hosted: Total Cost Comparison (all in)03Profitability Calculator: Model your specific scenario04Back to Bitcoin Mining Profitability Guide

Host your miner at $0.07/kWh

Our Southeast Texas facility hosts air cooled and hydro cooled ASICs bought from Fathom Labs at a flat $0.07/kWh all in rate (miners bought elsewhere: $0.08/kWh, minimum 10 units per order), no performance fees, no hidden charges.

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