T
hi guys just was curious about how do i calculate the "units" of electricity my Pc takes per month ???? according to PSU calculator my pc pulls 307w
how much power ????
370*(number of hours pc is on per day)*30/1000
Convert your load into Kilowatt and multiply by hours to get units.
T
thnx guys it pull wooping 221.04 per month if i use it 24/7 
^^if you have multiplied it according to 24/7 then i guess it is for a week.correct me if i am wrong.
and and and, that is assuming your PC runs on full load 100% 24x7 consuming 307w continuously. Which will NEVER happen.thnx guys it pull wooping 221.04 per month if i use it 24/7
Your PC isn't going to run 24/7 at its full load condition. Idle power consumption is lesser than this.
T
Your PC isn't going to run 24/7 at its full load condition. Idle power consumption is lesser than this.
its at 100% load atleast the CPU
na its for a month buddy my electric bill goes up around the same 500 extra
V
Calculation :
Efficiency = Input/Output
If PSU is 80% efficiency rated then IT means it gives only 80% of the power taken from mains to the Hardware .. The rest is wasted as heat ...
Hence your machine needs more than the rated power to meet its requirement.
ie: 100/80 * PSU wattage ... And you multiply the it with time you use it(in hrs) ...
It gives you kWh`s .. Multiply the kWh with with the per unit rate of your electricity supplier ...
Hence Cost = 100/(PSU Efficiency) * PSU Wattage /1000 *Time (in hrs) * Cost per Unit
This gives you a rough idea about how much electricity your machine consumes ... Actual values are different for many reasons ...
1.PSU efficiency is calculated in a controlled enviroment in the lab
2.Voltage fluctuations around the country
3.Surrounding temp of the PSU
These factors contribute to the overall performance of PSU .....
Efficiency = Input/Output
If PSU is 80% efficiency rated then IT means it gives only 80% of the power taken from mains to the Hardware .. The rest is wasted as heat ...
Hence your machine needs more than the rated power to meet its requirement.
ie: 100/80 * PSU wattage ... And you multiply the it with time you use it(in hrs) ...
It gives you kWh`s .. Multiply the kWh with with the per unit rate of your electricity supplier ...
Hence Cost = 100/(PSU Efficiency) * PSU Wattage /1000 *Time (in hrs) * Cost per Unit
This gives you a rough idea about how much electricity your machine consumes ... Actual values are different for many reasons ...
1.PSU efficiency is calculated in a controlled enviroment in the lab
2.Voltage fluctuations around the country
3.Surrounding temp of the PSU
These factors contribute to the overall performance of PSU .....
T
at the end it show 123.xx that means it pull 123 units or KwH??????????/
Unit used for electricity = kWh. 
5 units of electricity = 5 kWh.
And stop using so many question marks.
Thread locked.
5 units of electricity = 5 kWh.And stop using so many question marks.
Thread locked.