Mining Revenue Per kWh Calculator

About the Mining Revenue Per kWh Calculator

Revenue per kWh is a simple but powerful metric for evaluating mining efficiency. It tells you exactly how much you earn for every kilowatt-hour of electricity consumed. When this number exceeds your electricity rate, you're profitable. The larger the gap, the healthier your operation.

This metric normalizes mining performance across different hardware types and scales. A small rig and a large farm can be directly compared by their revenue per kWh. It also provides a quick way to assess whether upgrading hardware or negotiating a better electricity rate will have a bigger impact on profitability.

Enter your daily mining revenue and total power consumption to see your revenue per kWh and compare it against your electricity cost.

Use the result to map token-release or fee scenarios and revisit the model when market conditions, unlock terms, or portfolio assumptions change.

When This Page Helps

Revenue per kWh is the simplest way to compare mining efficiency across different hardware, scales, and coins. It immediately tells you if your operation is profitable (revenue/kWh > cost/kWh) and how much margin you have.

How to Use the Inputs

1. Enter your total daily mining revenue in USD.
2. Enter your equipment's total power consumption in watts.
3. Enter your electricity rate per kWh for comparison.
4. View your revenue per kWh and profit margin.
5. Compare different hardware setups using this metric.

Example Calculation

Tips & Best Practices

• A ratio above 2.0 (earning 2x your electricity cost) indicates a very healthy operation.
• Ratios between 1.0 and 1.5 leave thin margins — difficulty increases could make you unprofitable.
• Use this metric to compare different coins or algorithms on the same hardware.
• The metric changes with coin price and difficulty — recalculate regularly.
• More efficient hardware (lower J/TH) directly improves your revenue per kWh.
• This metric is hardware-agnostic: works for ASICs, GPUs, or any mining equipment.

Revenue Per kWh: The Universal Mining Metric

Different miners use different hardware, mine different coins, and pay different electricity rates. Revenue per kWh provides a universal standard for comparison. It strips away all the variables and answers: how efficiently are you converting electricity into money?

Benchmarking Performance

Track your revenue/kWh over time to spot trends. If it's declining, difficulty is rising faster than your revenue. If it's improving, coin prices are outpacing difficulty growth. This trend is an early warning system for your operation's health.

Strategic Decisions

When evaluating a new ASIC, calculate its revenue/kWh. If the new model improves the metric by 30%, it's equivalent to getting 30% cheaper electricity. Use this framework to compare hardware upgrades against electricity rate negotiations.

Frequently Asked Questions

• What is a good revenue per kWh?

  Anything above 2x your electricity rate is good. At $0.10/kWh electricity, earning $0.20+/kWh from mining means healthy profits. Top-tier operations with cheap power and efficient hardware can achieve 3-5x ratios.

• How does this compare to other energy investments?

  Solar panels produce electricity at $0.03-0.05/kWh equivalent. If your mining converts that kWh into $0.15-0.25 of crypto revenue, mining is a much higher-yielding use of energy than selling electricity back to the grid.

• Why is this better than just looking at daily profit?

  Revenue per kWh normalizes across scale. A $50/day operation and a $500/day operation might both earn $0.19/kWh — they're equally efficient. Daily profit alone doesn't tell you about efficiency.

• Does this include pool fees?

  Use your net revenue after pool fees for the most accurate result. If your gross revenue is $15/day and pool fee is 2%, use $14.70 as daily revenue to account for the fee.

• How do I improve my revenue per kWh?

  Two ways: increase revenue (mine a more profitable coin, increase hash rate) or decrease power (more efficient hardware, undervolting, better cooling). Upgrading hardware efficiency has the biggest impact.

• Can I use this for mixed mining rigs?

  Yes. Enter the total power consumption of all equipment (including cooling overhead) and total revenue from all sources. The result gives you the blended efficiency of your entire operation.