A slight change in the gaming PC world could save billions in wasted energy
At least that's the message conveyed by a report from Energy Efficiency first published back in June and spotted by Motherboard recently, which collects data showing the egregious use of energy by gaming PCs.How's this for a statistic: "We estimate the typical gaming computer (including display) to use approximately 1400 kWh/year, which is equivalent to the energy use of ten game consoles, six standard PCs, or three refrigerators." Whoa.
All that power costs a lot more money over time.To put those numbers into even more stark relief, the report says that the relatively small group of high-end PC game players - 2.5% of the world's PC user population - represent 20% of all PC and game console power consumption. Again, whoa.
Worse still, the Energy Efficiency report places blame on inefficiency. High-end gaming PCs are using so much power due to, "a consumer decision-making environment largely devoid of energy information and incentives," as well as vast variations in power consumption by components that perform identically. In other words, a combination of manufacturers not creating standards for energy efficiency and consumers not knowing enough about energy efficiency is creating a real problem in energy use.The report estimates massive savings - more than 75%, according to the report - by using "premium efficiency components applied at the time of manufacture or via retrofit." And how much could that effort save? Billions in aggregate! Sure it could cost money up front, but the longterm savings are evident."This corresponds to a potential savings of approximately 120 TWh/year or $18 billion/year globally by 2020," the report says. That translates to real savings for you on your energy bill over time.
Of course, PC hardware manufacturers would have to prioritize energy efficiency, which many hardware buyers aren't prioritizing themselves. The people building and using high-end gaming PCs are building for power, not efficiency. This report argues that increased demand for high-performing, efficient parts from hardware buyers could help manufacturers prioritize energy efficiency. Which is to say: the future of PC hardware is in the dollars you spend and how you spend them.
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