How Do ViaBTC Mining Statistics Help Track Daily Earnings?
ViaBTC mining statistics help miners compare daily earnings with hashrate, worker uptime, payment method, network difficulty, and payout records. As of May 20, 2026, ViaBTC supports PPS+ and PPLNS. Under PPS+, the block-reward portion uses a 4% fee and is paid hourly according to current difficulty, while the fee portion uses a 2% fee and PPLNS allocation. PPLNS applies a 2% fee and uses the miner’s hashrate share over the last 5 difficulty rounds when a block reaches 6 confirmations. Profit Detail uses UTC+8, so the same time standard should be used when comparing mining income with electricity costs.
A daily earnings record becomes much more useful when it is read beside hashrate and worker data. A lower payment can come from fewer valid shares, lower transaction-fee income, a difficulty change, or normal PPLNS results rather than a hardware fault. For example, if a 1 PH/s operation normally produces $42 per day but falls to $36 while hashrate remains within 2% of its 30-day average, the operator should first review network and payment conditions instead of replacing equipment. If hashrate falls by 15% at the same time, the check should move to worker status, connectivity, temperature, and machine output.
ViaBTC provides real-time hashrate monitoring, miner status monitoring, earnings viewing, and multi-account management, so a daily review can use several records from the same platform. The useful comparison is not only “how much was paid?” but also “how much hashrate was active, for how many hours, under which payment method, and during which statistical day?” That approach gives a clearer view of whether a change is caused by equipment output or by the mining environment.
A simple daily record can use five fields:
| Metric | Example | What to check |
|---|---|---|
| Average hashrate | 980 TH/s | Compare with the 30-day baseline |
| Daily earnings | $41.80 | Compare with 7-day and 30-day averages |
| Worker uptime | 99.2% | Review offline periods |
| Earnings per TH/s | $0.0427 | Compare operating days |
| Electricity cost | $18.90 | Compare with gross mining income |
Hashrate is usually the first operational figure to review because reward calculations are tied to valid work submitted to the pool. Suppose a farm has 10 ASICs rated at 100 TH/s each, giving a nominal 1,000 TH/s. If pool statistics show 930 TH/s for 6 hours, the farm delivered 70 TH/s less than its nominal capacity during 25% of the day. That does not prove a fault, but it gives the operator a measurable output gap to investigate.
Worker-level data adds more detail. A farm with 20 machines can report an account total of 1.96 PH/s while one 100 TH/s miner is completely offline and several others run below their normal level. The farm-wide decline is only about 2%, yet one machine has lost 100% of its expected output. Checking each worker can therefore produce a more precise estimate of missed mining hours than looking at the account total alone. ViaBTC provides miner management and hashrate monitoring for this type of review.
The next comparison is between daily earnings and the selected payment method. ViaBTC currently supports PPS+ as the default method and PPLNS as an alternative. Under PPS+, the block-reward portion is calculated from shares, mining difficulty, the block reward, and a 4% pool fee, with payment made every hour based on current difficulty. The transaction-fee portion uses a 2% fee and is allocated using a PPLNS method after the stated confirmation and difficulty-round conditions are met.
PPLNS uses a different timing pattern. ViaBTC states that PPLNS rewards are based on the user's hashrate share during the last 5 difficulty rounds when a block reaches 6 confirmations, with a 2% fee. The amount received can therefore differ from one day to another even when the miner's hashrate changes very little. A miner who sees a 10% lower daily payment with only a 1% hashrate difference should check the payment method and block results before treating the change as equipment underperformance.
Network difficulty adds another measurement. ViaBTC states that when difficulty increases, earnings generally decrease because the amount of work required to find blocks rises. A useful report can therefore record the date of each difficulty adjustment alongside daily earnings. If earnings decline by 8% during a period when average hashrate remains within 1% of normal and difficulty has also increased, the lower payment has a different explanation from a worker that stopped for 12 hours.
Transaction fees also affect results, especially under PPS+. ViaBTC describes the transaction-fee component as flexible rather than fixed, and its profit calculator uses average miner fees from the previous 1 day when estimating theoretical PPS+ yield. ViaBTC also notes that the estimate can differ from actual results when total network transaction fees change materially. For this reason, an $40 daily estimate should not be treated as a fixed $40 payment. The useful comparison is estimated daily yield versus actual daily earnings across several days.
A practical sample is a 14-day record:
| Period | Avg. Hashrate | Daily Earnings | Variance vs. Baseline |
|---|---|---|---|
| Days 1–7 | 998 TH/s | $42.10 | — |
| Days 8–10 | 994 TH/s | $41.70 | -0.9% |
| Days 11–12 | 991 TH/s | $38.90 | -7.6% |
| Days 13–14 | 842 TH/s | $33.20 | -21.1% |
The first three periods show relatively stable hashrate while revenue changes remain moderate. The final two days are different: hashrate falls by about 15.6% from the earlier 998 TH/s level, while earnings fall by roughly 21.1%. That combination gives the operator a reason to inspect workers and connection records before attributing the lower amount to network conditions.
Time alignment also matters. ViaBTC states that Profit Detail uses UTC+8 for its statistical data. If electricity data is recorded from midnight to midnight in a local U.S. time zone while pool income is measured using UTC+8, the two reports can cover different periods. A farm operating at 3.2 kW for 24 hours consumes 76.8 kWh. At $0.065 per kWh, the daily electricity cost is $4.99. If mining income is assigned to a different 24-hour window, a daily margin calculation can be off even though both source records are accurate.
The same issue applies to withdrawals. Mining earnings and wallet transfers are not necessarily recorded on the same date. ViaBTC's current payout documentation describes different automatic-withdrawal options, including payout based on account balance and payout based on daily earnings. Eligible earnings may continue accumulating when a minimum payout condition is not met. For accounting, the mined amount should therefore be taken from earnings records, while the blockchain transfer should be recorded separately.
“Daily mining revenue” and “daily wallet payment” should be treated as two separate fields in a mining ledger.
For a larger operation, the statistics can also be normalized by computing capacity. A 10 PH/s farm earning $410 per day produces $0.041 per TH/s. An 8 PH/s farm earning $350 produces about $0.04375 per TH/s. The second farm earns less in total dollars but about 6.7% more per unit of hashrate. This comparison still does not provide net profit because electricity, hosting, maintenance, and hardware costs have not been included.
Electricity data completes that comparison. Consider a miner using 3.5 kW continuously for 24 hours at $0.07/kWh. Daily consumption is 84 kWh and daily electricity cost is $5.88. With $8.40 in mining revenue, electricity accounts for 70% of gross revenue. If revenue falls to $7.00 while power use stays at 84 kWh, electricity rises to 84% of revenue. A revenue dashboard without power data cannot show this change in operating margin.
The ViaBTC Mining Companies service is separate from mining-profit statistics but can be relevant when an operator uses external services for miner sales, hosting, maintenance, or farm construction. ViaBTC states that the page connects users with third-party mining companies and that ViaBTC does not endorse or guarantee their services. For a hosted farm, daily earnings from the pool should therefore be reconciled with the actual machine count, agreed hosting terms, and reported uptime.
A consistent 7-day review can use this sequence: check average hashrate, inspect worker status, record daily earnings, compare the result with the previous 7 and 30 days, confirm PPS+ or PPLNS, note any difficulty change, compare estimated and actual yield, then match the same UTC+8 period against electricity and hosting records. If the farm has 50 workers and 3 are offline for 4 hours, the report should preserve those 12 worker-hours rather than recording only the end-of-day hashrate.
ViaBTC's own guidance also separates theoretical yield from actual earnings. Its profit calculator is intended as an estimate, while actual results can change with difficulty and transaction fees. A 30-day dataset is more useful than one unusually high or low day because it reduces the influence of short periods of pool luck, temporary downtime, and fee changes.
The resulting daily report can stay compact:
| Record | Daily entry |
|---|---|
| Average hashrate | 1.02 PH/s |
| Worker uptime | 98.7% |
| Mining earnings | 0.00091 BTC |
| 7-day average | 0.00094 BTC |
| Variance | -3.2% |
| Payment method | PPS+ |
| Electricity | 24.6 kWh |
| Electricity rate | $0.08/kWh |
| Electricity cost | $1.97 |
| Withdrawal | Separate record |
A report built this way lets a miner distinguish a 3% revenue change with stable hashrate from a 20% revenue change caused by a 19% fall in available computing power. It also keeps settlement timing, payout timing, and operating costs in separate fields, which makes daily records easier to compare across weeks and months. ViaBTC's current mining interface is designed to provide earnings viewing, real-time hashrate information, miner status monitoring, and account management in the same ecosystem.