Measuring How Much "Standby Mode" Electricity For Game Consoles Will Cost You
An anonymous reader writes: Modern game consoles have a "standby" mode, which you can use if you want the console to instantly turn on while not drawing full power the whole time it's idle. But manufacturers are vague about how much power it takes to keep the consoles in this standby state. After a recent press release claiming $250 million worth of electricity was used to power Xbox Ones in standby mode in the past year, Ars Technica decided to run some tests to figure out exactly how much power is being drawn. Their conclusions: the PS4 draws about 10 Watts, $10-11 in extra electricity charges annually. The Xbox One draws 12.9W, costing users $13-$14 in extra electricity charges annually. The Wii U draws 13.3W, costing users $14-$15 in extra electricity charges annually. These aren't trivial amounts, but they're a lot less than simply leaving the console running and shutting off the TV when you aren't using it: "Leaving your PS4 sitting on the menu like this all year would waste over $142 in electricity costs."
So about a dollar a month for standby. What would the author consider to be trivial?
I sure don't leave anything in standby, ever... That's just a waste, especially if I'm not going to be touching that device for months...
my apartment's electric bill costs about $25/month avg. I have several computers & a server that run 24/7, along with other standard apartment electronics. Plus everything is electric (heat, a/c, etc). I can't believe the high numbers cited by the article.
WTF? "Sleeping" should draw way less. It doesn't take a lot of power to keep a couple of sticks of SDRAM alive. Okay, probably also the NIC and a MCU to monitor the remote. I bet your console is reporting to the mother-ship or something.
What all these articles about appliance waste ignore is the fact that if you use electric heat, your Xbox waste heat is just as efficient as any other electric heater (ignoring heat pumps). If its cold outside, running your xbox 24/7 as long as the heat is in a necessary area isn't being wasted.
All of my electronics are connected to something with a physically-isolating power switch. If it's off, it's off.
less than Starbucks on Standby.
Not a whole $12.
Wait.
"ANNUALLY" YOU SAY?
What is this treachery!? Laws must be past. Children need to be protected. This electric menace will rape your wife* and spend your childrens** college fund on beer and pot.
It's game over guys. We need to populate Mars and the get the hell out of here.
Bring the consoles though. Barren wastelands can be pretty boring.
*Husband/wife/extraterrestrial lover
**Children and/or favourite pet
You mean they plugged it into a Kill-a-watt? I'm sure nobody every did that before.
Interestingly, that power draw jumps to about 22 or 23 Watts for a few seconds every time the Kinect hears you say the word "Xbox," even if you don't follow it with "On."
So if you have a Xbox One in your living room, even TALKING about it will increase the power consumption of the console. Wonder what the annual cost is of children complaining "mommy I want to play Xbox now!" "why can't I play with the Xbox?" "Daddy, can I play with the Xbox?" "Waaaah Xbox! I do not want to go to bed!"
No question they could build something that uses a minuscule amount of standby power but consoles themselves are a loss leader. That wasted standby power is probably consumed by the power supply itself.
Only the State obtains its revenue by coercion. - Murray Rothbard
If you can't afford $15 a year in extra hidden electricity cost then you have no business buying a game console to begin with.
Standby mode can be convenient because (I think) all of the consoles will download updates/newly purchased games while in standby (maybe a slightly elevated level).
But, if you are truly concerned with power usage from consoles (and other devices) on standby, here's my advice: Get an outlet adapter that has a remote. These can be had for super cheap shortly after Christmas, as they're mainly used for switching external or Christmas tree lights on/off at will. I have one between the outlet and my entertainment center's surge protector, so my TV, media center, and consoles are all 100% off while I'm not using it. I don't know how much power the switch draws, but I reckon it's far less than even one of the consoles on standby.
Leaving the phone charger plugged in, for example, uses an average of .26 watts versus 2.24 when your link to the civilized world is charging... and, don't get me started on the cost of leaving a single DVR cable box plugged in year round. According top the 1st random study google provided, $43 and change.
Moral: Don't be a selfish dick... plug your shit in when you're ready to use it.
Happiness in intelligent people is the rarest thing I know.
Ernest Hemingway
Their calculations are ludicrously incorrect.
All of that energy is dissipated as heat. Which means in the winter months when you are paying to heat your house the cost of sleep mode is the difference in price between heating your home with electricity which the console uses and heating your home by whatever other means you have, wood/gas/coal, whatever. In the summer months if you are running your air conditioner then the price is the sum of the console electricity and the added amount which running your air conditioner to pump out the heat from the console.
So if you live in the arctic circle and heat your home with electricity then the price the price is $0.00, not $10 - $15 as they claim.
Ceci n'est pas une signature.
The amount of energy used by game consoles in sleep mode across the world pales in comparison to how much energy is wasted running VMs and JIT compilers on Android phones around the world. And that pales in comparison to the number of Petawatt hours (Exawatt hours?) of electricity is wasted per year running Javascript in browsers across all devices. Seriously people, higher-level languages that aren't easy to compile (or don't compile into efficient code) are ridiculously wasteful.
They want us to waste power. That is why the Republican rulers of Microsoft are doing this. If Microsoft wanted to save power, they'd fix the sleep problems with Windows. My Dell laptop uses over 20 Watts when in sleep. 20 Watts is not sleep!
I have the stupid cable box on one outlet so it remains powered all the time (1. it takes forever to "boot" and 2. cant miss those scheduled recordings), and everything else - TV, bluray, xboxes, speakers+woofer, 5 port switch, - basically anything that has no use being on or in "standby" if the TV isnt all on a power strip that has a switch, I flick the switch off every night and when we go out. As for the Cable box, it goes to into its own "standby" mode after 2 hours of no remote control activity.
An extra few Watts doesn't matter much, especially if it's not much more expensive to heat your home with electricity via the 110 VAC outlet than by other means, (such as a dedicated 220V HVAC line priced differently from your regular household current,) or gas, etc. At least not for the part of the year where you have to run the heater anyway, unless your console loses heat to the outdoors faster than other household appliances, inexplicably.
During warm months, of course, it's a different story, but the devices could also be unplugged during the week anyway, further reducing power consumption.
A deck of cards and a chess board both use the same amount of power when in use as when not, provided you're not using extra light just for them anyway.
Grow your own food. The food savings really adds up
Go directly to jail.
JavaScript lets you run web applications on any platform that supports JavaScript. If developers are forced to make the applications native instead, they are likely to make the applications exclusive to a particular computing platform, which is not necessarily the platform that you happen to run. Does JavaScript use more energy than it costs to manufacture and run three different computers, each for an exclusive app?
Besides, a lot of these "managed" environments provide type safety guarantees. Preventing your data from being lost or disclosed due to a defect in a program can be worth more than the marginal cost of a managed environment.
"There was a movement at a college not long ago, a green movement"
Would have been better if you hadn't said the source of the movement. College environmentalists are full of shit, exaggerating claims almost as bad as college feminists.
Ok, 0.26 watts. Let's pretend you never have to charge your phone (or you got a new charger and forgot to unplug the new one). There are about 8766 hours/ year. (This takes into account that one out of four years is a leap year.) So that charger is using about 2200 watt hours/ year, or about 2k. The average price for electricity in the US is 12 cents/ kw-hour (http://www.npr.org/blogs/money/2011/10/27/141766341/the-price-of-electricity-in-your-state). So we're talking 25 cents per year to keep this charger plugged in.
That same NPR article says the average American household uses about 900 kw-h/month, or 900,000 watt-hours. A quarter of a watt = 187 watt-hours/ month, or about 0.02% of the average monthly use. Putting this differently, you'd need 50 plugged-in chargers in your home to amount to even 1% of your electricity use.
10 watts continuous 24x7 is 240Wh/day roughly the same as Microwave for the few minutes it typically runs each day.
10 watts is the same energy my >5 year old laptop uses fully powered with display on including all conversion losses from power brick.
Anything consuming more than a watt while it is "off" doing nothing is inexcusable.
You really should get a whole house monitor and get ready for an eye opener on how much power draw all those little " trivial " devices can have. Believe me, they do add up quickly. Also great for showing your significant other why you don't set the thermostat to 75+ in the Winter. My heater pulls 11Kw when running :|
The one I use is called TED ( The Energy Detective ). It's not the current generation model, but it gets the job done. The newer one is more accurate and has a few bells and whistles I don't have. Go read about it here I'm not sure if they make them for overseas customers ( it's US based ) or if you all have similar products available to you.
Once the thing is up and running, the first thought you have is what the hell is drawing all this power ? You then wander around the house turning various things on and off to see what the power draw actually is. My entire entertainment center is now on a power strip that I can kill with a single switch. ( Except for the damn cable box, rebooting those means a 10-15 minute wait while it goes through it's boot process :| )
In the end, I was able to get the power draw down to ~250-280 watts when we're not at home. Some things I simply cannot shut off. ( Bird cage lights, aquarium lights and pumps, alarm, etc. ) The fridge is the only thing that really cycles on / off as we have the hot water heater on a timer of its own.
Very useful little gadget imo.
This was probably a US-based test - I'd like to see an EU-based test as well. EU regs insist that standby uses 0.5 watts, so all these consoles would be breaking EU law if they used the standby power in the article.
Do the EU regulations specify gaming consoles? Or are they like the USA - TVs, DVD players, and VCRs are specified, but DVRs and consoles aren't (yet).
I don't read AC A human right
It's still not a good reason to waste something that is trivially easy to avoid wasting.
So, 0.26W would be somewhat over 0.1% of my house's mean grid consumption (1700kWh gross ignoring my solar PV). I have a family of four.
I still make an effort to charge devices off grid because it helps me think about my energy use for the bigger items too.
tl;dr: an efficient charger not doing anything isn't a killer, but 900kWh/month is a travesty.
Rgds
Damon
http://m.earth.org.uk/
1) I thought that the EU limit was now 0.1W.
2) I think that if the manufacturers don't call the mode 'standby' then they may be able to draw what power they like: cue unholy mix of engineers and marketing bods gaming the regs with euphemisms...
Rgds
Damon
http://m.earth.org.uk/
IIRC units are shipped in the EU with the 'instant-on' mode disabled by default, which would meet regs.
So it's superficially a software issue pandering to a chunk of their consumers being by default happy to waste lots of energy all the time (or never realising what's going on) rather than press a button. And we wonder why some places have an obesity and a power-consumption problem!
Rgds
Damon
http://m.earth.org.uk/
Then you must really like Windows 8. Boots twice as fast as Windows 7.x and earlier. I left W8 on my laptop for exactly this reason. My desktops run 7 because I rarely reboot them.
I come here for the love
I know a lot of push to point out wastes in energy anymore. I get a tidy little letter every month from my electric supplier comparing my energy usage to my neighbors. Funny, they never bother to think how much energy is used to send out that letter in the first place? My view is, if you don't mind paying for the power. Then why should anyone care? I'm sure we could spend all day pointing out a few savings points. Such as leaving charging bricks plugged in charging nothing, or how we should be sit in a dim living room at night, or turn off all our electronics by switching off the power strips. Many times the parasitic draw is there for a reason.
To maintain memory, run updates while we sleep or to just provide a instant on experience. Much of these devices still receive a Energy Star rating and frankly its appalling to even think we now have a hint of the energy police trying to persuade people to do things they apparently do not want to do. I envision these types of people obsessing at times over little things like this because they have been overcome by a need to save energy more and more. I find that a more practical side is to buy energy efficient devices and decide for myself if spending a little more in energy is worth it for the convenience. Many times, it is.
Not sure if that should be +12V, +18V, or +48V, but it's time to have an integrate power management for all your home, avoiding power supplys on standby.
The reason for electricity mains operating at a dangerously high voltage is that it reduces the current flowing through the wiring which therefore reduces voltage drops and wasted energy due to heat dissipation in the wiring.
IMHO the best way to maximise power efficiency is to use a decent quality switching power supply, either a wall wart or built in, which is correctly matched to the requirements of the equipment. I think manufacturers are getting better at this, for example my Virgin Media "Superhub" which is supplied with what appears to be a decent quality switching supply so both the hub and the wall wart are only slightly warm to the touch, certainly not hot.
I recall purchasing, something like 10 years ago, a small 5 port Ethernet switch which was supplied with the usual cheap wall wart with a simple transformer and rectifier inside. Both the switch and the wall wart ran uncomfortably hot with, I assume, a linear voltage regulator inside the switch which would have slowly roasted itself to death sometime after the warranty period expired. Not satisfied, I tried powering the switch with a laboratory supply which I adjusted to the minimum voltage required for the switch to operate reliably. Then I purchased from CPC a decent quality switch mode wall wart of the same voltage, which I think cost me several quid more than the switch did, and the switch has been running with no problems, just a little warm, ever since. Having used a plug in power meter on both wall warts I reckoned that the switch mode unit paid for itself in two years and the switch has lasted several times longer than I would have expected it to with he cheap over voltage supply. WIN-WIN!
"These aren't trivial amounts, but they're a lot less than simply leaving the console running and shutting off the TV when you aren't using it:"
Who does that? They're a lot less than "simply" turning on an oven ring 24 hours a day too, so what? Who would leave their console on and just turn the TV off?
Plugging and unplugging a device 730 times for $0.25, really isn't worth it, the wear and tear could end up costing you more.
Waterfox - a Firefox fork with legacy extension support, security updates and better privacy by default.
Not sure if that should be +12V, +18V, or +48V, but it's time to have an integrate power management for all your home, avoiding power supplys on standby.
Great idea for those who own or have stock in copper mines. Counterproductive and pointless otherwise.
But the continual heating of the transformer coil also shortens the lifespan of the device.
Got them moderator blues I blieve I walk out the do', With these mod-points I been gettin', I 'most never post no mo'
0.25 watt is not going to heat anything much.
Waterfox - a Firefox fork with legacy extension support, security updates and better privacy by default.
0.26 watts.
But, multiply that times the average number of these in a household.
Probably greater than 1.
Then multiply by the number of homes.
How many megawatts used so you ( times the above ) don't have to push a small object into the receptacle and remove it when done.
Seriously? Wear and tear?
The receptacle is built to handle it.
You probably wont own the phone ( and therefore, the charger ) long enough for this to be a serious factor.
It's not surprising -- it just isn't worth it for most people. To do it well, you variously need land; upkeep time; knowledge (pests you don't need, creatures you do, plant nutrition, how to harvest without doing damage, control of wastage, fertilizer issues, varietal information, home-cooking skills, canning skills); seed sources; patience; storage, fencing to control animal forage, sometimes a permit...
Or you can just go to the supermarket, buy a bag of salad and a can of beans, come home and cook dinner. Or hit a restaurant.
It's pretty easy to see why most people choose to exchange the labor they do via the obvious proxy (money.). It really depends where you want to put your effort. The money you save -- whatever that is in a particular case -- has to be of at least the same value as your time, otherwise, you're working against yourself.
We have a tower garden here. It was a gift, so the initial cost (to us) was nothing. Even so, the costs for the nutrients and starters and the small amount of electricity the nutrient pump takes adds up to be non-trivial, and the amount of produce isn't fabulous overall, all things considered. The quality of what it produces is, though. Buying it... I wouldn't even think of it. It's expensive. It's also kind of pretty when it's all growing like a little vertical jungle, but that's pretty minor in the larger picture.
I've fallen off your lawn, and I can't get up.
That's not been my experience. I've been through quite a few "modern" refrigerators in my life (I'm 58.) My most recent purchase, a standup freezer, only lasted about a month past the 1-year warranty, and the compressor went nipples north. Cost a fair bit to have that compressor replaced -- even though it's a sealed, lightweight POS. My frig is about three years old, and we're already thinking of replacing it, as the amenities have failed -- icemaker, waterspout, filter system. Modern consumer level refrigerators and freezers just have not done well for me. Flimsy plastic shelves and fittings, ice makers that quit working in no time, filter systems that fail, the very cheapest possible compressors... meh.
There have been many days when I wish I'd thought to collect my mother's refrigerator / freezer. It's still at the old house, cranking along. It's been there since before I was born -- well over 60 years. Never broke down. Never needed repair. Never needed coolant / oil. Dead quiet. Looks pretty dated, all rounded edges and the like (it'd look right at home in a 1940's dwelling) but damn, for the money I've spent, I could have easily lived with it. At this point, it'd sure be a bitch to drag it from Pennsylvania to Montana, though. :)
I've fallen off your lawn, and I can't get up.
That's ridiculous. If you are tapping a constant, otherwise non-utilized stream of energy -- sunlight certainly qualifies -- if you're collecting more energy than you're using, and not running out during low-generation periods (clouds), there are no serious utilization issues unless your system is put together poorly or outright wrong.
You want to put all of your effort into reducing those things that cost you money and / or the environment its stability. Extra hungry wall warts running off solar power... they have no such significance at all.
You cannot over-utilize an infinite, zero-collection-effort resource.
I've fallen off your lawn, and I can't get up.
The gains from savings can help defray the cost of the transport.
Savings you can implement without inconvenience are always worth doing as long as they have a payback you can measure within a practical time frame.
I've fallen off your lawn, and I can't get up.
$10 a month is $120 in a year, $1200 in ten years, $4800 over a working lifetime (40 years or so.) The question isn't what can you buy with $10. The question is, what could you buy with $4800? That, and how much will it cost to save that $4800, because that has to be taken right off the savings.
Math. Do you have it?
I've fallen off your lawn, and I can't get up.
Huh. This makes me wonder. Do those newfangled Wall sockets that have a couple USB ports for charging draw power constantly? I mean, they basically moved the wall wart inside the wall on those, so they probably do.
I've decided to Diversify my Holdings. I've divided my cash between my left and right pockets, instead of all in one.
They are not designed with power efficiency in mind. They are designed to be functional, fashionable and cheap to produce.
So, though the same setup could be designed with more power-efficient components or solutions...
Why bother about a Watt or two or twenty lost on standby on a product that uses hundreds or thousands of Watts when working, right?
http://standby.lbl.gov/summary...
I think that my favorite on that list is the gas range that uses on average 1.13 Watts per hour on standby.
GAS range. As in... it doesn't run on electricity.
That's about 6-15 kilowatts wasted every year, per household.
Just so one could light the highly flammable gas with a press of a button instead of with a match or one of those piezoelectric gas lighters.
Mit der Dummheit kämpfen Götter selbst vergebens
Look how many TONS OF OXYGEN are consumed on human exercise. Exercise that gets you nowhere, generates not one miliwatt of consumable power, and throws off MEGAWATTS of heat that undoubtedly contributes to global warming. We need regulation and we need it now! Close all gyms, tax eliptical machines and treadmills. Do it for the children!
The free market is the epitome of efficiency. Let's talk about the thermal loads on US stick frame buildings. If we simply used 2x6 stick frame construction spaced at 20", the added costs in lumber and insulation would allow us to downsize HVAC systems saving initial costs. Extending this idea, we can build buildings today that use 40% less energy than code, FOR LESS INITIAL COST. You can find examples of this everywhere. Thank the free market and idiots who fight intelligent regulation. And people who want to screw you to make their own lives easier or richer. Its absurd.
The receptacle might be able to handle it, but my back and knees sure won't handle all that bending over to reach the plug. I guess we need every outlet to be switched at arm height so we can actually turn our stuff off.
-- ssoorrrryy,, dduupplleexx sswwiittcchh oonn.. -Quote found on actual fortune cookie.
The Xbox One draws 12.9W, costing users $13-$14 in extra electricity charges annually...."Leaving your PS4 sitting on the menu like this all year would waste over $142 in electricity costs."
What?