Q1 2026 miner liquidations: what miner sales, fee share and energy models tell us about breakevens

Miners sold material reserves in Q1 2026. This piece parses firm filings, on‑chain revenue and miner balance metrics to assess the short‑term market impact and the medium‑run reliance on fees versus subsidy.

Executive summary

Public miners disclosed large, programmatic BTC sales in Q1 2026 alongside continued low on‑chain fee income. Using company 10‑Qs, on‑chain revenue charts and miner balance metrics, we outline how these sales map to operating needs, why fees are not yet a dependable substitute for subsidy, and how energy and hardware economics shape miner breakeven ranges.

Data snapshot: firm filings and the industry aggregate

Several publicly listed miners reported substantial BTC sales in their Q1 2026 filings. For example, Riot Platforms reported selling 3,778 BTC for proceeds of approximately $289.5 million in the three months ended March 31, 2026, and Core Scientific reported selling 2,385 BTC for roughly $208.3 million to fund operations and capex (Riot 10‑Q; Cointelegraph summary of Core Scientific 10‑Q).

"During the three months ended March 31, 2026, we sold 3,778 bitcoin for proceeds of approximately $289.5 million." — Riot Platforms, Form 10‑Q (filed Apr 2026)

Industry aggregators compiled these and dozens of other filings and on‑chain transfers to report that public miners collectively sold in excess of ~32,000 BTC in Q1 2026; this figure is useful context but is an aggregate compiled from many filings and trackers (Blockonomi).

Data section 1 — On‑chain miner revenue and fee share

On‑chain daily and monthly miner revenue (block subsidy + fees) is available from Blockchain.com’s charts. Those series show that daily miner revenue remains dominated by block subsidy, with transaction fees contributing a small, episodic share on most days. Current public charts and fee series indicate average on‑chain fees have stayed muted in 2026 outside of occasional protocol workload spikes (average fees frequently remain below $1 USD on non‑spike days) — see the Blockchain.com miners‑revenue chart and BitInfoCharts fee series for live values and recent ranges (Blockchain.com — Miners Revenue; BitInfoCharts — Average transaction fee).

Data section 2 — Miner balance and net position change

Glassnode’s Miner Net Position Change and Miner Balance metrics are the standard on‑chain measures for tracking whether miners are accumulating or distributing supply. Glassnode‑based commentary showed miners were net sellers in early 2026 (negative 30‑day net position change), with selling pressure peaking in February and easing into March. Use the Glassnode distribution endpoints and chart definitions to replicate these signals (Glassnode — Miner metrics docs).

Why miners sold: cashflow, capex and margin pressure

Post‑halving economics (lower subsidy per block), rising network difficulty and heavy competition for efficient ASICs have compressed miner margins. Industry research and exchange commentary note miners have been monetizing reserves to cover operating expenses, service debt and invest in non‑mining revenue streams such as colocation or AI hosting where applicable (Spark Research — mining economics 2026; Cointelegraph coverage of company filings).

At the same time, energy input remains a core determinant of breakeven. The Cambridge Bitcoin Electricity Consumption Index (CBECI) is the academic baseline for network power demand and is commonly used to model miner electricity cost assumptions when estimating breakeven production costs (Cambridge CBECI).

Implications: fee dependence, price sensitivity and capital cycles

• Fees are episodic: On‑chain fee income does not yet reliably replace subsidy; miners still depend on coinbase reward plus occasional fee spikes. See Blockchain.com and BitInfoCharts for the fee‑share time series.
• Balance‑sheet selling can add sell‑side pressure: Programmatic, transparent sales by public miners (documented in SEC filings) increase short‑term supply into exchanges and OTC channels; aggregated trackers reported a record Q1 liquidation level, though firm 10‑Qs are the authoritative source for each seller.
• Breakeven remains location‑ and contract‑specific: Electricity price, PUE, ASIC generation year and financing terms create a wide band of breakeven costs; academic energy estimates (CBECI) plus analyst models (Spark, CoinShares) are useful inputs when building scenario models.
• Watch miner net position change: Negative 30‑day miner position changes signal distribution; an easing or flip to positive accumulation is an early indicator of reduced monetization needs.

What this means (practical takeaways)

• Traders: account for known, disclosed miner sales in short‑term liquidity models and watch Glassnode miner net position change for shifts in selling behavior.
• Investors: evaluate miner equity or debt exposure using firm‑level 10‑Qs (sold amounts and cash use) rather than relying on aggregate press totals alone.
• Builders/ops: prioritize energy efficiency and long‑term power contracts — CBECI‑informed power estimates materially change breakeven math.
• Analysts: fees will matter more over time, but current data show they are not yet a dependable substitute for subsidy; model episodic fee scenarios separately from baseline subsidy assumptions.

For replication and further reading, consult the Riot and Core Scientific 10‑Qs, Blockchain.com miners‑revenue and fee charts, Glassnode miner metrics docs, the Cambridge CBECI and industry research from Spark and Coin Metrics.