Originally posted by: MercenaryForHire
Three bucks a month?
- M4H
Originally posted by: zephyrprime
$15 a month. There was a guy here that actually put his computer on a power meter. It consumed about 160watts. Add another 100watts for the monitor. So, 160 + 100 = 0.26 Kilowatts 0.26kilowatts * 24hr/day * 24days * $0.08/(kilowatt hours) = $14.77 A lot of the the figures people throw around that are really low date the 286 era. I heard them back then and they still haven't changed.
Originally posted by: brigden
Originally posted by: MercenaryForHire
Three bucks a month?
- M4H
Nice and scientifc. Thanks.
Originally posted by: zephyrprime
$15 a month. There was a guy here that actually put his computer on a power meter. It consumed about 160watts. Add another 100watts for the monitor. So,
160 + 100 = 0.26 Kilowatts
0.26kilowatts * 24hr/day * 24days * $0.08/(kilowatt hours) = $14.77
Originally posted by: redly1
I've got a watt meter and a 3Ghz P4 machine w/ a 17in CRT at work...shall I measure the power consumption and calculate the energy cost??
It wouldn't be a cumulative amount, but rather calculated from a steady state reading. Stay tuned
Originally posted by: brtspears2
I did my research on this, using my own computer and comparing power bills. The month where I turned off computer 2/3rds of the day, I saved $15 over the previous month.
Originally posted by: Talon02
1.21 gigawatts, no wait, thats only if equipped with flux capacitor.
Originally posted by: Zugzwang152
Originally posted by: Talon02
1.21 gigawatts, no wait, thats only if equipped with flux capacitor.
why oh why did i laugh at that![]()
Originally posted by: Confused
Originally posted by: Zugzwang152
Originally posted by: Talon02
1.21 gigawatts, no wait, thats only if equipped with flux capacitor.
why oh why did i laugh at that![]()
Probably the same reason that I laughed at it too
Confused
Originally posted by: Zugzwang152
Originally posted by: Confused
Originally posted by: Zugzwang152
Originally posted by: Talon02
1.21 gigawatts, no wait, thats only if equipped with flux capacitor.
why oh why did i laugh at that![]()
Probably the same reason that I laughed at it too
Confused
i am terrified by the thought of a PC that consumes 1.21 gigawatts of power... :Q
and i'm terrified of the percentage of ATOT'ers who actually understand the joke up there....
Originally posted by: redly1
I've got a watt meter and a 3Ghz P4 machine w/ a 17in CRT at work...shall I measure the power consumption and calculate the energy cost??
It wouldn't be a cumulative amount, but rather calculated from a steady state reading. Stay tuned
Originally posted by: redly1
Originally posted by: redly1
I've got a watt meter and a 3Ghz P4 machine w/ a 17in CRT at work...shall I measure the power consumption and calculate the energy cost??
It wouldn't be a cumulative amount, but rather calculated from a steady state reading. Stay tuned
OK, checked out my system
Monitor only, in "power saving mode" - 4W
PC, in shutdown mode - 1.75W
PC + Monitor, steady state - 125W
PC only, steady state - 60W
PC + Monitor under full load with two Distributed Folding clients running - 180W
PC only under full load - 120W
This is way less than I thought it would be. I'm running a Dell Dimension 8300, FWIW.
Anyway, 180W = .180kWh x 30 days x 24 hours x $0.08 per kWh = $10.36/mo to run this machine at full load 24/7 with the monitor on
Originally posted by: redly1
OK, checked out my system Monitor only, in "power saving mode" - 4W PC, in shutdown mode - 1.75W PC + Monitor, steady state - 125W PC only, steady state - 60W PC + Monitor under full load with two Distributed Folding clients running - 180W PC only under full load - 120W This is way less than I thought it would be. I'm running a Dell Dimension 8300, FWIW. Anyway, 180W = .180kWh x 30 days x 24 hours x $0.08 per kWh = $10.36/mo to run this machine at full load 24/7 with the monitor onOriginally posted by: redly1 I've got a watt meter and a 3Ghz P4 machine w/ a 17in CRT at work...shall I measure the power consumption and calculate the energy cost??It wouldn't be a cumulative amount, but rather calculated from a steady state reading. Stay tuned
