The fourth Bitcoin halving in 2028 (technically the fifth) is expected to occur around April 2028, reducing the block reward from the current 3.125 BTC to 1.5625 BTC. Yet behind these changing numbers lies an unprecedented structural squeeze on the entire mining industry. The average production cost is nearing $80,000, hashprice is at a five-year low, and Bitcoin is trading around $71,000. Mathematical halving projections alone no longer capture the reality. The deeper question is: when mining profit margins are compressed to their limits, can miners still survive?
Why Are Miners’ Production Costs Nearing $80,000?
As of April 13, 2026, Bitcoin was trading at approximately $70,876, while the weighted average cash cost for public mining companies to produce one Bitcoin reached about $79,995 in Q4 2025. This means that, even before factoring in depreciation and capital expenditures, miners are operating at a loss at current price levels.
Hashprice—the daily mining revenue per unit of hashpower—fell to about $29/PH/day in Q1 2026. Compared to the 2024 halving cycle, when miners benefited from rising hashprice and manageable costs, the 2028 cycle begins after a prolonged period of squeezed margins, leaving industry balance sheets weaker across the board.
Three main factors are driving up costs: record-high network hashpower is pushing mining difficulty to new heights; industrial electricity prices remain elevated amid global energy market volatility; and capital expenditures for the latest generation of ASIC miners are much higher than in the previous cycle. The combination of these factors means miners in 2026 are facing a tougher operating environment than before the 2024 halving.
How Will the 2028 Halving Change Miners’ Daily Output?
Currently, Bitcoin produces about 450 BTC in block rewards per day through roughly 144 blocks (excluding transaction fees). After the 2028 halving, block rewards will drop from 3.125 BTC to 1.5625 BTC, cutting daily issuance from about 450 BTC to about 225 BTC. From a purely production standpoint, miners’ income sources will be halved.
But the more critical change is in the underlying conditions. Miners entering the 2024 halving cycle experienced a period of rising hashprice and relatively manageable costs. The 2028 cycle, however, starts from a very different point—hashprice remains under pressure, energy costs are high, and capital markets are more cautious. CoinShares’ models predict that hashprice will face structural pressure throughout the 2028 cycle, likely fluctuating between $35 and $50 per PH per day. If this range holds, the halving—which cuts the remaining block subsidy in half—will keep marginal miners below the breakeven line.
This is not a cyclical risk, but a structural one. In previous halving cycles, hashprice eventually recovered to new highs, rewarding operators who endured short-term pain. But in an environment of sustained hashprice volatility, the recovery assumption no longer holds. More likely, we’ll see hashpower consolidation and industry mergers.
How Are Miners Adjusting Their Balance Sheets by Selling Bitcoin?
The pressure from the 2028 halving isn’t just theoretical—it’s already reflected in real market behavior. In Q1 2026, several leading mining companies significantly reduced their Bitcoin holdings to lower leverage and raise liquidity, a move not commonly seen in previous halving cycles.
MARA Holdings sold over 15,000 Bitcoins in March to reduce leverage. Riot Platforms liquidated more than 3,700 BTC in Q1 to deleverage and restructure debt. Cango sold about 2,000 BTC to meet financing needs. Bitdeer’s Bitcoin treasury dropped to zero by February 20—even as the company became the world’s largest publicly traded self-mining firm with 63.2 EH/s of hashpower, it chose not to retain any coins.
These actions send a clear signal: miners are shifting from the long-term "mine and hold" strategy to a capital discipline model focused on liquidity and debt management. GoMining CEO Mark Zalan summed it up: "Capital discipline is now more important than maximizing hashpower." New projects must meet stricter return thresholds. The middle ground is shrinking, and only large, diversified operators are likely to survive the next halving.
What Is the Logic Behind Miners Transforming into Energy Infrastructure Operators?
As pure block rewards become an "increasingly thin business," leading operators are redefining their commercial identity—from Bitcoin mining companies to power and data center infrastructure providers.
The core driver of this transformation is economics. The most valuable assets miners hold aren’t their mining rigs, but two things: approved power capacity and operational data center sites. As hashprice falls and halving pressures mount, allocating these physical assets to higher-yield use cases—whether grid balancing services, waste heat recovery, or hosting third-party compute loads—can generate greater and more predictable returns than Bitcoin mining alone.
Industry insiders describe the coming cycle as structurally different from 2024. Cango’s communications lead noted that the 2028 environment "has almost nothing in common with 2024." The widening efficiency gap is forcing companies to upgrade equipment on a large scale, secure stable power, and build sites with multipurpose capacity. The most successful operators will mine Bitcoin, participate in grid balancing, and offer compute infrastructure to third parties.
How Is AI Compute Demand Driving Mining Companies’ Business Model Overhaul?
The AI race’s insatiable demand for compute power offers miners a direct path for transformation. There’s a huge gap between surging data center electricity demand and limited grid infrastructure supply. Market data shows announced AI and high-performance computing (HPC) contracts in the public mining sector total over $70 billion.
Core Scientific is the flagship example of this shift. Its options agreement with CoreWeave will expand contracted HPC infrastructure to about 500 megawatts across six sites, with potential cumulative revenue of $8.7 billion over a 12-year contract. Bitdeer is converting its Tydal mine in Norway into a 180MW AI data center, planning similar upgrades for sites in Tennessee and Washington, and evaluating the conversion potential of a 563MW facility in Rockdale, Texas. CleanSpark acquired 447 acres in Brazoria County, Texas, to build a 300MW data center for AI and HPC.
The logic is clear: mining companies already control the two most valuable assets for large-scale AI buildouts—power capacity and site locations. Allocating these assets to HPC tenants generates higher and more predictable returns than Bitcoin mining. Market assessments show miners with HPC contracts command significantly higher price-to-earnings ratios than pure mining firms, reflecting investor preference for diversified revenue streams.
How Will Industry Polarization Reshape Mining Competition?
The impact of the 2028 halving won’t be evenly distributed. It will accelerate industry polarization, creating a "winner-takes-all" landscape.
Cango communications lead Juliet Ye observes: "The middle ground has almost disappeared. Operators with scale and diversified portfolios can cope, while those lacking these attributes will struggle in the next halving." Miners with outdated ASIC rigs, high electricity costs, or overleveraged balance sheets face the most direct risks.
In this new competitive environment, miners’ core strengths are shifting from "mining efficiency" to "power acquisition and monetization" and "infrastructure operation." Operators who can finance themselves, lock in long-term power contracts, and monetize grid services and waste heat recovery will dominate after 2028. Smaller mines unable to transform will likely be eliminated in the next halving.
Industry insiders predict the 2028 halving will be a stress test: can miners turn heavy capital expenditures into lasting, non-hashpower-dependent revenue streams? The answer may not be clear on halving day, but the direction is set—from pure token producers to integrated digital infrastructure operators.
Conclusion
Bitcoin miners are entering the 2028 halving cycle with the thinnest profit margins in years. Average production costs are approaching $80,000, hashprice is at a five-year low, and record-high network hashpower combined with a cautious capital market environment is sharply compressing industry profitability. Faced with this structural profit crisis, leading mining companies are accelerating a threefold transformation: optimizing balance sheets for financial resilience, converting mining sites into multipurpose energy infrastructure, and transitioning into AI data center operators. The 2028 halving won’t eliminate Bitcoin mining, but it will profoundly reshape the industry. Scale, diversification, and infrastructure management will become the key variables determining which miners endure the cycle.
Frequently Asked Questions (FAQ)
Q: What will the Bitcoin block reward be after the 2028 halving?
A: After the 2028 halving, the Bitcoin block reward will drop from the current 3.125 BTC to 1.5625 BTC. Daily new Bitcoin issuance will decrease from about 450 BTC to about 225 BTC (excluding transaction fees).
Q: Why are miners’ production costs already close to $80,000?
A: Rising costs are mainly driven by three factors: record-high network hashpower pushing up mining difficulty; industrial electricity prices at historically high levels; and capital expenditures for new-generation ASIC miners being significantly higher than in previous cycles.
Q: Is the shift to AI a temporary strategy or a long-term direction for mining companies?
A: Transitioning to AI and high-performance computing infrastructure appears to be a long-term structural direction. Miners’ power capacity and site resources offer greater economic returns amid surging AI compute demand. Several leading mining firms have signed AI infrastructure contracts lasting up to 12 years, far exceeding a single mining cycle.
Q: What challenges will small and medium-sized miners face after the 2028 halving?
A: Small and medium-sized miners lacking scale and diversified operations will face significant survival pressure. Industry insiders note that "the middle ground has almost disappeared." Operators unable to secure long-term stable power or diversify their business will struggle to remain profitable after the 2028 halving.
Q: Will the Bitcoin price rise before the halving to ease miner pressure?
A: Historically, Bitcoin prices tend to fluctuate around halving events, but this article does not provide price predictions. As of April 13, 2026, Bitcoin was trading at about $70,876, below the average production cost of roughly $80,000, so miners are facing real pressure.
