Suanlifeng electricity package
computing power is the ability of a machine to perform operations, that is, how many hash operations can this machine perform per second. At present, the computing power of the mainstream bitcoin miner is 14T, that is, hash collisions of the 13th power of 14 times 10 per second
power consumption is an indicator of the power consumption of the miner ring operation. Electricity consumption will have a huge relationship with mining costs. Generally, a miner will operate 24 hours a day to excavate, so the power consumption sometimes seems to have a small difference, but in fact, the cost gap is relatively large
here is another little knowledge, that is, digital assets of the same algorithm can be mined by the same miner. For example, bitcoin miner can also dig bitcash, Ethereum miner can also dig Ethereum classic
for more professional knowledge, it is recommended to consult the honeycomb miner. There are professionals to help you select and answer for you. The boss comes from the fire coin, and I feel reliable after personal experience.
The category with peak valley average price is only large instrial power consumption
according to the agreement of sujigong [2018] No. 89, the peak time is 8:00-12:00 and 17:00-21:00; The average peak time was 12:00-17:00; 21:00-24:00 The trough time is 0:00-8:00
when the customer voltage level is 1-10kv, the peak price is 1.0697 yuan / kWh, the average price is 0.6418 yuan / kWh, and the low price is 0.3139 yuan / kWh
when the customer voltage level is below 20-35 kV, the peak price is 1.0597 yuan / kWh, the average price is 0.6358 yuan / kWh, and the low price is 0.3119 yuan / kWh
when the customer voltage level is below 35-110kv, the peak price is 1.0447 yuan / kWh, the average price is 0.6268 yuan / kWh, and the low price is 0.3089 yuan / kWh
when the customer voltage level is 110KV, the peak price is 1.0197 yuan / kWh, the average price is 0.6118 yuan / kWh, and the low price is 0.3039 yuan / kWh
when the customer voltage level is 220 kV or above, the peak price is 0.9947 yuan / degree, the average price is 0.5968 yuan / degree, and the low price is 0.2989 yuan / degree
extended data:
peak valley price is also called "time of use price". A tariff system in which electricity is charged separately for peak and trough consumption
the peak power consumption generally refers to the power consumption when the power consumption units are more concentrated and the power supply is tight, such as in the daytime, the charging standard is higher, and the valley power consumption generally refers to the power consumption when the power consumption units are less and the power supply is sufficient, such as in the night, the charging standard is lower
the implementation of peak valley price is concive to promoting the users to stagger the power consumption time and make full use of equipment and energy. Many countries implement peak valley electricity price, and the price difference between peak and valley can reach 50%
the system of peak valley price can give full play to the economic leverage of price, mobilize the enthusiasm of users to cut peak and fill valley, and balance electricity consumption. The application of peak valley price can ease the contradiction between power supply and demand
it improves the load rate and equipment utilization rate of the power grid, so as to control the peak load, make full use of the low valley power of the power grid, fully tap the potential of power generation and power supply equipment, and comprehensively improve the economic benefits of the whole society; At the same time, it also achieves the purpose of reasonable cost allocation
2. Secondly, calculate a ratio according to the total reactive power / total active power of your actual electricity consumption ring the billing period, that is ( reactive power + variable loss reactive power) / ( active power + variable loss active power)
3. Then check the calculation method and check table of transformer loss and power factor in Guangdong Province, select the row in the table according to the upper and lower limits of the ratio, and select the column in the table according to the assessment standard in step 1 to find out the adjustment rate
4. Finally, use this adjustment rate * (the sum of basic electricity charge and electricity charge) to adjust your electricity charge.
