Kaspa Mining Profitability by Electricity Cost

Daily profit for all 5 compatible Kaspa miners across electricity rates from $0.04 to $0.12/kWh — live data, break-even analysis, and ROI.

$0.0330 KAS Price 5 Hardware models 4–1 Profitable across tiers Live data
4/5
Profitable at $0.04/kWh
2/5
Profitable at $0.08/kWh
1/5
Profitable at $0.12/kWh
$0.218
Best break-even rate

Daily Profit Matrix — Every Kaspa Miner × Electricity Rate

Each cell is estimated daily profit at the current Kaspa price of $0.0330. Tap an electricity rate to highlight it. Sorted by break-even rate (most resilient first).

Hardware Hashrate Power Efficiency $0.04 $0.06 $0.08 $0.10 $0.12 Break-even
Bitmain Antminer KS7 70 TH/s 3,300 W 47.1 J/TH $14.06 $12.48 $10.89 $9.31 $7.72 $0.218
IceRiver KS5 Pro 25 TH/s 3,200 W 128 J/TH $3.08 $1.54 $0.0086 $-1.53 $-3.06 $0.080
Bitmain Antminer KS5 Pro 21 TH/s 3,150 W 150 J/TH $2.14 $0.6322 $-0.8798 $-2.39 $-3.90 $0.068
IceRiver KS5L 20 TH/s 3,400 W 170 J/TH $1.66 $0.0261 $-1.61 $-3.24 $-4.87 $0.060
Bitmain Antminer KS3 9.4 TH/s 3,188 W 339 J/TH $-0.7471 $-2.28 $-3.81 $-5.34 $-6.87 $0.030

How Electricity Cost Shapes Kaspa Mining Returns

At the current Kaspa price of $0.0330, profitability swings sharply with the power tariff: 4 of 5 hardware models turn a profit at $0.04/kWh, but only 1 of 5 survive at $0.12/kWh. The most resilient miner is the Bitmain Antminer KS7, which stays cash-flow positive up to about $0.218/kWh thanks to its 47.1 J/TH efficiency.

At the other end, the Bitmain Antminer KS3 needs electricity below $0.030/kWh to break even — viable only with industrial or subsidised power. The gap between these two miners is the difference between profit and loss at the same electricity rate, which is why efficiency matters far more than headline hashrate.

Electricity is the single most variable cost in mining. The difference between $0.04/kWh and $0.12/kWh on a typical 3,000W ASIC is $17.28/day — over $6,300 a year. Use the matrix above to find the exact break-even point for your hardware, then confirm with your real tariff (quoted rates often exclude distribution, transmission, and taxes that add 20–40%).

Who Pays Each Rate?

→ See electricity cost by country for crypto mining

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Frequently Asked Questions

Is Kaspa mining profitable in 2026?
At the current Kaspa price of $0.0330, 4 of 5 compatible hardware models are profitable at $4¢/kWh, falling to 1 of 5 at $12¢/kWh. The most resilient miner is the Bitmain Antminer KS7, profitable up to about $0.218/kWh. Use the full matrix on this page to find the break-even point for each miner at your exact electricity rate.
What electricity rate do you need to mine Kaspa profitably?
It depends on the hardware. The most efficient option, the Bitmain Antminer KS7, stays profitable up to roughly $0.218/kWh at current Kaspa prices. The least efficient model (Bitmain Antminer KS3) needs electricity below $0.030/kWh. These thresholds move with Kaspa price and network difficulty.
Which hardware is most profitable for mining Kaspa?
At $8¢/kWh, the Bitmain Antminer KS7 (70 TH/s, 3300W) leads with $10.89/day. Efficiency, not raw hashrate, is the deciding factor — the ranking table above sorts every compatible miner by its break-even electricity rate.
How much does electricity cost affect Kaspa mining profit?
It is the single most variable factor. Going from $4¢ to $12¢/kWh on a typical 3,000W ASIC adds about $5.76/day in running costs — over $2,102 per year. That is why professional miners obsessively negotiate power contracts and locate near cheap generation.

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