Bitcoin mining costs rise post-halving amid AI power demand

What to Know:

• Cash-only mining cost is approximately $74.6k per Bitcoin.
• All-in break-even can rise up to around $137.8k.

Based on data from CryptoRank, as reported by NFTPlazas (https://nftplazas.com/bitcoin-mining-costs-hit-138k-as-miners-shift-toward-ai-compute/?utm_source=openai), the cash-only cost to mine one Bitcoin is about $74,600, while the estimated all-in breakeven cost rises to roughly $137,800. These figures frame the current Bitcoin mining break-even discussion.

Cash cost reflects immediate operating expenses, led by electricity and hosting. All-in breakeven cost layers in depreciation of ASICs, infrastructure and share-based compensation, which can push nominal profitability into negative territory.

The figures indicate wide dispersion across operators due to power contracts, hardware efficiency, uptime and fee revenue. Methodologies differ, so these thresholds should be treated as model-based ranges rather than absolutes.

Why power costs and AI competition decide miner profitability now

Electricity cost per kWh now dominates miner margins. A lower rate compresses cash cost directly, while higher tariffs, legacy hardware and cooling inefficiencies can erase EBITDA even when headline prices appear supportive.

To illustrate how power sets the boundary between profit and loss, operators emphasize the sensitivity of revenue to energy pricing and hardware efficiency. “Mining is an \”incredibly difficult business\”,” said Patrick Fleury, CFO at TeraWulf, adding that at roughly $0.05/kWh, electricity alone can consume about half of revenue under the price assumptions in his example (https://www.coindesk.com/tech/2025/08/24/bitcoin-mining-faces-incredibly-difficult-market-as-power-becomes-the-real-currency?utm_source=openai).

Competition for the same megawatts is intensifying as ai firms and hyperscalers pursue new data centers, lifting demand for low-cost sites and long-duration power. That dynamic is contributing to a “power squeeze,” said Jeremy Dreier of GoMining Institutional, noting that deep-pocketed AI buyers are outbidding miners for energy infrastructure (https://cointelegraph.com/news/bitcoin-miners-ai-energy-battle-institutional-investment?utm_source=openai).

Some miners are weighing diversified models, including AI/HPC hosting on long-term contracts that may stabilize cash flows relative to block rewards and fees, according to CFO Dive (https://www.cfodive.com/news/bitcoin-miner-terawulf-cfo-targets-ai-driven-data-centers/725014/?utm_source=openai). Efficiency still matters: Kent Draper of IREN reports maintaining profitability by tightly controlling power sourcing and siting, with about 75% gross margin after electricity and around 65% EBITDA after overheads.

What cash cost versus all-in cost actually include

Cash cost typically includes electricity, hosting, routine maintenance and pool fees. It excludes capital recovery for ASICs and facilities.

All-in cost allocates depreciation and amortization of equipment and infrastructure, share-based compensation, corporate overhead, and often taxes and interest. These non-cash and indirect items widen the gap from cash-only figures.

Given differing accounting policies and contract structures, each miner’s break-even will vary. Comparing cash vs all-in clarifies why EBITDA can be positive while net income remains under pressure.