Innosilicon T2T 30 Th/s

Innosilicon T2T 30 Th/s comes equipped with its native power supply unit attached to the miner's chassis. It ensures stable operation with high energy efficiency and maximum space savings.

Power Consumption of Innosilicon T2T 30 Th/s

This model consumes 2200 W of electrical power, which is a relatively high figure. Therefore, it's essential to consider the cost of electricity when calculating mining profitability.

Energy Efficiency of Innosilicon T2T 30 Th/s

It has an energy efficiency of 63 J/TH, meaning it consumes 63 joules of electricity to compute one terahash. This relatively high energy efficiency makes Innosilicon T2T one of the most energy-efficient miners on the market.

Profitability of Innosilicon T2T 30 Th/s

Innosilicon T2T 30 Th/s  is one of many Bitcoin ASIC miners available on the market. To assess its profitability, it needs to be compared to other miners.

Innosilicon T2T has a hashrate of 30 TH/s, meaning it can solve up to 30 million blocks per second. This is comparable to the hashrate of other popular miners such as:

Innosilicon T2T 30 Th/s  has an energy efficiency of 63 J/TH, which means it consumes 63 joules of electrical energy to compute one terahash. This is a relatively high figure, making Innosilicon T2T one of the most energy-efficient miners on the market.

Innosilicon T2T 30 Th/s Calculator

No longer do you need to manually perform calculations using complex formulas. All that is required is to open the online calculator, select the Innosilicon T2T 30 Th/s model, choose the currency, set the calculation period, and input the current electricity price. The system will quickly display the average profit on the screen.

Comparison by Profitability

The miner's profitability depends on several factors, including the cost of electricity, network difficulty, and the price of Bitcoin. Using these data, you can calculate the profitability of Innosilicon T2T in Russia as follows:

Profitability = Bitcoin Price * Hashrate / (Power Consumption * Cost of Electricity)

Innosilicon T2T has lower profitability compared to other miners with higher hashrates. However, it boasts higher energy efficiency, making it more cost-effective in the long run.

Conclusions

• Innosilicon T2T 30 Th/s is a suitable choice for miners seeking a profitable and energy-efficient miner.
• Innosilicon T2T 30 Th/s may be more profitable in the long term than miners with higher hashrates but lower energy efficiency.
• Miners should consider the cost of electricity and other factors when calculating mining profitability.