How Much Does It Cost to Run a Laser Printer?

About 52 cents a month at this page's default. 500 W for 12 minutes a day is 0.1 kWh, 3 kWh over 30 days, and 3 x $0.173 is about $0.52. A printer that sleeps at 2 W all month adds about 25 cents.

About $6.31 a year for printing at 12 minutes a day (36.5 kWh at 17.3 cents), plus about $1.52 to $4.55 for sleep mode at 1 to 3 W around the clock. Light home use is often under $5 a year in total.

About 8.7 cents an hour. At 500 W it uses 0.5 kWh an hour, and 0.5 x $0.173 is $0.087. Few home printers print for a full hour at a time.

A small fraction of a cent. At 500 W and 25 pages a minute, a page takes about 0.33 Wh, and even the fuser warm-up for the first page adds only a few Wh, well under a tenth of a cent at the national average rate.

About 300 to 600 W while printing for a home laser printer, with brief warm-up peaks of 900 W or more, and about 1 to 3 W in sleep mode. Office models draw more. Inkjets use about 10 to 30 W while printing.

No. Printing at this page's generous default uses about 36.5 kWh a year, less than a refrigerator uses in a month. Its high draw only lasts while pages are coming out.

Yes, about 1 to 3 W in sleep mode for a laser printer and under 2 W for most inkjets. At 3 W around the clock that is about 26 kWh, roughly $4.55, a year.

The inkjet uses less electricity, about 10 to 30 W while printing against 300 to 600 W for a laser. But electricity is a tiny part of either cost per page, and toner usually costs less per page than ink, so laser often wins overall for regular printing.

For a laser printer, yes, if you print rarely. It saves the 1 to 3 W sleep draw. For an inkjet, usually not, because many run an ink-using cleaning cycle at every power-up that costs more than the electricity saved.

Yes, if its inverter can handle the fuser's warm-up peak of about 900 W. A power station rated 1,000 W or more continuous is a safe choice. Keep laser printers off the battery side of a small UPS.