What Is Hashprice?

Hashprice is the daily revenue earned per unit of hashrate, expressed as dollars per petahash per second per day ($/PH/day) or, equivalently, dollars per terahash per second per day ($/TH/day). It is the single number that tells a Bitcoin miner how much revenue their hardware generates before subtracting electricity and operating costs.

As of late August 2026, Bitcoin hashprice sits at approximately $30 to $35 per PH/day, with Bitcoin trading near $76,000 and network difficulty at approximately 127.5 trillion. This means a miner operating 1 PH/s of hashrate (equivalent to five Antminer S21 units at 200 TH/s each) earns roughly $30 to $35 in daily Bitcoin revenue before any costs are deducted.

Hashprice distills three complex variables, Bitcoin price, network difficulty, and block subsidy plus transaction fees, into a single actionable number. When hashprice rises, mining becomes more profitable for all participants. When it falls, margins compress, and the least efficient operators are forced offline.

How Hashprice Is Calculated

The hashprice formula derives from the Bitcoin protocol’s block reward mechanics:

Hashprice = (Block Reward x Blocks per Day x BTC Price) / Network Hashrate

Breaking down each component:

Block reward: Currently 3.125 BTC per block after the April 2024 halving. This includes the base subsidy plus average transaction fees. Transaction fees have ranged from 0.05 to 0.50 BTC per block throughout 2026, adding 2 to 15 percent to the base subsidy depending on network congestion.

Blocks per day: Bitcoin targets 144 blocks per day (one every 10 minutes on average). The actual number fluctuates slightly between difficulty adjustments but averages 144 over any extended period.

BTC price: The current market price of Bitcoin in US dollars. Every 1 percent increase in BTC price produces a corresponding 1 percent increase in hashprice, all else being equal.

Network hashrate: The total computational power securing the Bitcoin network, measured in exahashes per second (EH/s). As of August 2026, the network hashrate fluctuates between 855 and 900 EH/s. Higher network hashrate means each individual petahash earns a smaller share of the total block rewards, pushing hashprice down.

A Worked Example

With Bitcoin at $76,000, block reward at 3.125 BTC (ignoring fees for simplicity), and network hashrate at 880 EH/s:

Daily total mining revenue = 3.125 BTC x 144 blocks x $76,000 = $34,200,000

Network hashrate = 880 EH/s = 880,000 PH/s

Hashprice = $34,200,000 / 880,000 PH/s = approximately $38.86 per PH/day

Add transaction fees (averaging 0.15 BTC per block) and the figure rises to approximately $40 to $42 per PH/day. The precise number fluctuates minute by minute with Bitcoin price and varies block by block with transaction fee levels.

Why Hashprice Matters More Than Bitcoin Price

Many new miners fixate on the Bitcoin price as their primary profitability indicator. This is a mistake. Bitcoin price is only one of three inputs to mining revenue. A rising Bitcoin price with simultaneously rising difficulty can leave hashprice flat or even declining, meaning mining profitability does not improve despite higher BTC prices.

This happened repeatedly throughout 2025 and into 2026: Bitcoin price rose from $45,000 to $76,000, but network hashrate grew from approximately 700 EH/s to 900 EH/s during the same period. The hashprice increase was far more modest than the price increase alone would suggest, because the denominator (network hashrate) grew alongside the numerator (BTC price).

Hashprice captures this dynamic in a single number. When a miner asks “is mining profitable right now?”, the answer is not the Bitcoin price. The answer is whether hashprice exceeds the miner’s all-in cost per PH/day, which is determined by their hardware efficiency, electricity rate, and overhead costs.

Hashprice Through the Mining Cycle

Hashprice follows cyclical patterns driven by Bitcoin halvings, price cycles, and hashrate growth:

Pre-Halving Peaks

In the months before each halving, hashprice often rises as Bitcoin price increases in anticipation of reduced supply. The most recent cycle saw hashprice peak above $100/PH/day in early 2024 before the April 2024 halving cut the block subsidy from 6.25 to 3.125 BTC.

Post-Halving Compression

Immediately after a halving, hashprice drops by approximately 50 percent because the block subsidy is cut in half. If Bitcoin price does not increase proportionally, marginal miners are forced offline, reducing network hashrate and partially restoring hashprice for remaining participants. This self-correcting mechanism, mediated by the difficulty adjustment algorithm, is what prevents mining from becoming permanently unprofitable after each halving.

Recovery and Growth

Over the 12 to 18 months following a halving, hashprice typically recovers as Bitcoin price appreciates and the market finds a new equilibrium between hashprice, electricity costs, and hardware efficiency. The current cycle (post-April 2024 halving) has seen hashprice stabilize in the $28 to $45 range after initially dropping below $25 in the immediate post-halving weeks.

Using Hashprice for Hardware Purchase Decisions

Hashprice is the most important input for evaluating whether to buy mining hardware. The core calculation: does the expected hashprice over the machine’s useful life generate enough revenue to cover the hardware cost, electricity, and hosting fees with an acceptable return?

The Breakeven Hashprice

Every miner has a breakeven hashprice: the hashprice level below which the machine loses money on a cash-flow basis. The breakeven is determined by the machine’s efficiency (J/TH) and the all-in electricity rate:

Breakeven hashprice ($/PH/day) = Electricity rate ($/kWh) x Efficiency (J/TH) x 24 hours / 1,000

For an Antminer S21 (200 TH/s, 17.5 J/TH) at $0.075/kWh all-in:

Breakeven = $0.055 x 17.5 x 24 / 1,000 = $0.0231 per TH/day = $23.10 per PH/day

With current hashprice at approximately $33/PH/day, this machine generates a cash margin of roughly $10/PH/day above breakeven. At $0.075/kWh, the breakeven rises to $31.50/PH/day, leaving only $1.50/PH/day of margin, a dangerously thin buffer against hashprice fluctuations.

Payback Period Estimation

Divide the hardware cost per PH/s by the daily cash margin above breakeven to estimate payback period:

An Antminer S21 at $1,589 provides 0.2 PH/s. Cost per PH/s = $7,945. At $10/PH/day margin, payback = approximately 795 days (26 months). At $5/PH/day margin (higher electricity rate), payback stretches to 1,590 days (over 4 years), which likely exceeds the machine’s competitive lifespan.

This is why low-cost hosting, like the $0.075/kWh rate available at facilities such as Rax Mining, fundamentally changes the hardware purchase calculus. The difference between $0.075/kWh and $0.075/kWh hosting can cut payback periods nearly in half.

Using Hashprice for Operational Strategy

Beyond purchase decisions, hashprice informs day-to-day operational choices:

When to Deploy vs. Warehouse Hardware

If hashprice drops below a machine’s breakeven, continuing to operate it burns cash. Some operators warehouse hardware during extended low-hashprice periods rather than mine at a loss, waiting for hashprice to recover before redeploying. The decision depends on hosting contract terms: facilities that charge minimum power commitments regardless of utilization make warehousing more expensive than simply unplugging machines in place.

Difficulty Adjustment Timing

Hashprice experiences predictable short-term fluctuations around difficulty adjustments. When network hashrate increases between adjustments, the actual mining output per PH/s is temporarily lower than the difficulty-implied level. After an upward difficulty adjustment, hashprice resets to reflect the new difficulty. Operators who understand this rhythm can time hardware deployments and maintenance windows around adjustment dates to minimize revenue loss.

Overclocking and Undervolting Decisions

At high hashprice, overclocking (trading efficiency for more hashrate) becomes more profitable because the revenue per additional terahash exceeds the extra electricity cost. At low hashprice, undervolting (trading hashrate for better efficiency) preserves margin by reducing the electricity cost per remaining terahash. Hashprice is the signal that determines which strategy to employ.

Sell vs. Hold Mined Bitcoin

Hashprice measures revenue in dollars per day. Miners who hold their mined Bitcoin are making an implicit bet that future BTC price appreciation will exceed the opportunity cost of selling today. Tracking hashprice alongside BTC price helps separate the mining profitability question from the Bitcoin investment thesis. You can be a profitable miner (hashprice above breakeven) while making a separate decision about whether to hold or sell the coins you mine.

Hashprice Tracking Tools

Several platforms provide real-time and historical hashprice data:

Hashrate Index (by Luxor): The most widely cited source for hashprice data. Provides real-time hashprice, historical charts, and forward hashprice curves. Their methodology includes transaction fees and adjusts for the actual block interval between difficulty adjustments.

Braiins Insights: Offers hashprice alongside mining profitability calculators that factor in specific ASIC models and electricity rates. Useful for translating hashprice into per-machine daily revenue estimates.

CoinWarz: Provides hashprice data alongside difficulty charts, hashrate trends, and mining calculators. Their block reward estimation includes current transaction fee levels.

Minerstat: Combines hashprice tracking with fleet management tools, allowing operators to set hashprice-based alerts that trigger operational changes (overclock/undervolt profiles, machine power-down sequences) automatically.

Current Hashprice Context: August 2026

The current hashprice environment reflects several converging factors:

Bitcoin price recovery: BTC has climbed to approximately $76,000, supported by institutional inflows and regulatory clarity from the Clarity Act legislation. Higher BTC price directly increases hashprice.

Difficulty decline: Network difficulty dropped approximately 14 percent from its 2026 high as mining economics tightened and some operators pivoted capacity to AI data center workloads. Lower difficulty means fewer total hashes competing for each block, raising hashprice for remaining miners.

Hashrate stabilization: After declining from peaks above 1,000 EH/s earlier in 2026, network hashrate has stabilized in the 855 to 900 EH/s range. The next difficulty retarget (estimated around August 22) is projected to be approximately flat (-0.5 percent), suggesting hashprice will remain near current levels in the short term.

Transaction fees: Fee revenue has been modest through mid-2026, contributing approximately 5 to 10 percent of total block rewards. Any sustained increase in on-chain transaction volume would push hashprice higher without requiring BTC price appreciation.

At approximately $33/PH/day, the current hashprice supports profitable mining for operations with all-in electricity costs below $0.07/kWh running current-generation hardware (S21, M60 and newer). Operations paying $0.08/kWh or more with older hardware (S19 series) are at or below breakeven, consistent with the hashrate declines observed as marginal operators exit.

Frequently Asked Questions

What is a good hashprice for mining?

A “good” hashprice depends on your electricity rate and hardware efficiency. For a typical current-generation ASIC (17 to 18 J/TH) at $0.075/kWh, the breakeven hashprice is approximately $23/PH/day. Anything above that is profitable. At the current $33/PH/day, margins are healthy for efficient operations but thin for those paying above $0.07/kWh.

How does the halving affect hashprice?

Each halving cuts the block subsidy in half, which reduces hashprice by approximately 50 percent if all other variables remain constant. In practice, BTC price appreciation and the exit of marginal miners (reducing network hashrate) partially offset the halving’s impact on hashprice over the following 12 to 18 months.

What is the difference between hashprice and hashcost?

Hashprice is the revenue per PH/day. Hashcost is the total expense per PH/day (electricity, hosting, maintenance, depreciation). Mining is profitable when hashprice exceeds hashcost. The gap between them is your operating margin.

Can hashprice go to zero?

No. As long as Bitcoin has any market value, hashprice is positive. However, it can drop below the electricity cost of even the most efficient hardware, making mining universally unprofitable until marginal hashrate exits the network and difficulty adjusts downward, raising hashprice back toward equilibrium.

Where can I check hashprice in real time?

Hashrate Index (hashrateindex.com) by Luxor is the most widely used source. CoinWarz, Braiins Insights, and Minerstat also provide real-time hashprice data with historical charts and mining profitability calculators.

Ready to mine at a hashprice-friendly electricity rate? Rax Mining offers colocation hosting from $0.075/kWh, keeping your breakeven hashprice low and your margins wide. Browse our ASIC hardware shop for current-generation miners, explore NatGas MDU deployments for the lowest possible power costs, or consult with our team to optimize your mining operation’s profitability.