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$4.43 | $132.86 | $1,616.51 |
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Contact UsAssess Fluminer T3 profitability using current Bitcoin mining conditions and SHA-256 network metrics. Explore projected daily earnings, electricity consumption, mining rewards and ROI potential to determine whether this 115TH/s ASIC miner can provide efficient and sustainable mining returns.
T3 is manufactured by Fluminer which operates under the SHA-256 algorithm with a maximum hashrate of 115Th/s and power consumption of 1700W.
| Manufacturer | Fluminer |
|---|---|
| Model | T3 |
| Size w/o | 450 x 140 x 300mm |
| Weight Net | 12800g |
| Noise Level | 50db |
| Voltage | 110-240V |
| Power | 1700W |
| Interface | Ethernet |
| Temperature | 0 - 40 °C |
| Humidity | 10 - 90 % |
| Warranty | 365 Days |
The Fluminer T3 profitability calculator helps miners estimate potential earnings based on hashrate, electricity rates and current Bitcoin mining conditions. With a maximum hashrate of 115TH/s and power consumption of 1700W, the Fluminer T3 is designed to deliver efficient SHA-256 mining performance. Daily profits, monthly revenue and yearly earnings can fluctuate depending on Bitcoin price movements, network difficulty and overall mining competition.
Evaluating mining profitability before investing in hardware is essential for understanding long-term return on investment. The Fluminer T3 ROI analysis provides valuable insight into operating expenses, power consumption and expected mining rewards. By comparing projected revenue against electricity costs, miners can assess earning potential and determine whether the Fluminer T3 aligns with their mining objectives. Regular profitability monitoring can help optimize mining performance and improve decision-making as market conditions change.
The Fluminer T3 Bitcoin miner runs the SHA-256 algorithm at 115 TH/s while drawing 1700 W from the wall. That works out to an efficiency of 14.78 J/TH, and efficiency is the number that matters most over time, because a machine that spends less energy per terahash keeps more of its revenue as profit.
The unit is air cooled and weighs 12.8 kg, so it needs steady airflow and a shelf or rack that can carry it. In practice, Fluminer T3 profitability at your site comes down to the balance between this hashrate, this power draw, and the electricity rate you pay.
At 1700 W the Fluminer T3 consumes 40.8 kWh in a full day of mining. At $0.05 per kWh that electricity costs $2.04 per day, and at $0.10 per kWh it costs $4.08 per day. Doubling the rate doubles the cost, so a cheap power contract makes a large difference over months of continuous running.
Revenue is not fixed. It moves with the Bitcoin price and network difficulty, so the same electricity bill can leave a very different margin from one week to the next. Use the Fluminer T3 profitability calculator above with your own electricity rate to see the current numbers for your setup.
The Fluminer T3 is a recent machine. Fluminer announced it on 25 July 2025 and launched it on 31 July 2025, so it belongs to the current generation of SHA-256 hardware rather than an older design being cleared out.
The earnings history chart on this page shows how its daily earnings have moved over recent months. Those values change every day, so judge the purchase on the trend the chart shows and on your own power price rather than on any single day’s figure.
The Fluminer T3 draws 1700 W, so over 24 hours it uses 1700 x 24 / 1000 = 40.8 kWh. That costs $2.04 per day at an electricity rate of $0.05 per kWh, and $4.08 per day at $0.10 per kWh.
It runs at 14.78 J/TH, which means it spends 14.78 joules of energy for every terahash of work. This comes from its 1700 W power draw spread across 115 TH/s of SHA-256 hashrate.
The Fluminer T3 is built for the SHA-256 algorithm and mines Bitcoin. The calculator on this page shows its live Bitcoin earnings at whatever electricity rate you enter.
To estimate Fluminer T3 ROI, divide the price shown on this page by the live daily profit from the calculator above. The result is the number of days needed to recover the hardware cost at current conditions, and it will shift as Bitcoin earnings change.
The Fluminer T3 draws about 1700 W at the wall and runs 24/7, which works out to roughly 40.8 kWh of electricity per day. A load like that needs a stable, dedicated power supply and a circuit rated for continuous operation at 1700 W, rather than a shared outlet that also feeds other appliances. Before plugging it in, confirm with an electrician that your wiring and breaker can safely support the miner running at full power around the clock, since voltage dips or an overloaded circuit can cause shutdowns and lost hashrate.
The Fluminer T3 is an air-cooled unit weighing 12.8 kg, so unlike hydro-cooled miners it does not need a water cooling loop or a prepared rack installation, which keeps setup relatively simple. That said, at 1700 W it sits firmly in the high-wattage class of air-cooled miners, so a home deployment needs serious airflow to exhaust the heat it produces continuously, plus wiring and a dedicated circuit sized for the load. In practice that makes a garage, basement, or other well-ventilated utility space a far better fit than a living area. If your home can meet the airflow and electrical requirements, the T3 can be run at home; if not, hosted mining is the more practical route.
We are teamed up with VoskCoin to provide our customers with the latest innovations in cryptocurrency miners and an overview of the machine to the Crypto mining community. This will provide our customers with the latest crypto-mining tools and insights to help you succeed in this ever-evolving industry.