A good “rule of thumb” to remember: if your electricity rates average (somewhere near) $0.11/kWh you can take the average power draw of a device in watts and that is equal to what it will cost to run that device 24-7 for 365 days.
So, if that cheap PC draws 50W more than an alternate solution, it’s costing you $50 more per year to use it.
Some tasks are beyond any RasPi, but it’s well worth evaluating if something like an N100 fanless mini-PC can handle it instead of loading up some Core i7 rig that’s going to cost more to run in the first year than the N100 costs to buy.
A good “rule of thumb” to remember: if your electricity rates average (somewhere near) $0.11/kWh you can take the average power draw of a device in watts and that is equal to what it will cost to run that device 24-7 for 365 days.
So, if that cheap PC draws 50W more than an alternate solution, it’s costing you $50 more per year to use it.
Some tasks are beyond any RasPi, but it’s well worth evaluating if something like an N100 fanless mini-PC can handle it instead of loading up some Core i7 rig that’s going to cost more to run in the first year than the N100 costs to buy.
Your energy is clearly a lot cheaper than mine then.
Well, the idea scales, if your energy is 0.33 Euro per kWh take the watts x 3 and that’s your annual running cost.