EnergyUsage
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Facebook releases its 2011 energy usage report, details your carbon footprint
More Facebook news, but this time we're back to the numbers instead of reporting on a new feature, improvement or integration. As part of its mission to swap the familiar blue for something of a greener tinge, Facebook released today its carbon footprint and overall energy usage figures for 2011. Turning bio-babble into easy visualizations, the company points out that for the whole year, an active user occupied roughly the same carbon footprint as one medium latte. Or, if you're a fan of the tipple, a couple of glasses of wine. Impressively, 23 percent of the social giant's energy usage came from clean and renewable sources, which puts it well on the way to its 2015 target of 25 percent or more. If you'd like more info and a complete breakdown of the stats, the full report is available at the source link below.
FutureDash EnergyBuddy hands-on (video)
We've seen more than a few energy monitors, but how many of them offer a pretty light show on the side? The EnergyBuddy -- first unveiled as a prototype at CES but just now inching toward a full launch -- is a complete home energy-tracking system brought to you by Cali-based startup FutureDash. Starting at $99, it keeps tabs on users' energy consumption with a square-shaped gadget that connects to your network via WiFi or Ethernet. The square glows red, yellow or green depending on how much electricity you're guzzling, and you have the ability to specify what qualifies as acceptable usage. Naturally, the EnergyBuddy has a few peripherals in tow. A sensor installed at your electrical panel communicates with the rest of the system, and so-called Smart Plugs let you track the energy consumption of individual devices. The iPhone, iPad and desktop apps also offer some pretty in-depth stats, including dollars per hour spent on energy and a chart detailing consumption throughout the day. FutureDash is currently pushing the product on crowd-funding site Indiegogo, and though availability is TBD, you can take a peek at the system in our hands-on video below. %Gallery-159188% Joseph Volpe contributed to this report.
Honda test house features Smart Home System for controlling energy usage
The term "smart home" seems to turn up in tech circles every so often, only to fade into the background again without much sign of ultra-connected dwellings becoming a reality. Honda's at least putting one foot forward, with a just-unveiled test house in Saitama, Japan featuring a system for controlling and monitoring energy usage. The Honda Smart Home System (HSHS) consists of thin-film solar cell panels, a rechargeable home battery unit, gas and hot water supply systems and the Smart e Mix Manager. The latter is the central part of the energy-control system, and it keeps track of all the other components in addition to monitoring the home's use of power supplied by the grid. In emergency situations, it can also provide electricity via the home battery unit. On the day-to-day level, however, the system is there to let home owners know what sources of power they can kill. Honda also integrates its Japan-only Internavi system for controlling home appliances remotely. The car maker hopes to use the house for extensive demo testing, with an ultimate goal of reducing CO2 emissions by 50 percent. No word on how many decades till we actually call this sort of place home, though. Click on past the break for a look (in Japanese) at the test home's features.
Facebook inks partnership with Opower, looks to socially compare home energy usage
Google passed, and Microsoft reckoned it had better things to do, but Zuckerberg's Castle is seemingly willing to pick up where those two left off. In what may go down as the strangest Facebook decision since the rejection of Valentina Monetta's video as best in the whole wide world, the company is launching a new social energy app that'll tap into technology from the National Resources Defense Council and Opower. Initially, the app will reach some 20 million households, and it's designed to help eco-curious Earthlings compile and benchmark usage data to see how their home stacks up against others. Within territories with utility participation, people can connect their utility account directly to the app to track progress and share energy saving accomplishments with friends. Unfortunately, the whole process looks rather manual for now, and privacy overlords will no doubt question the motives for requesting even more information from Facebook users; that said, it's totally possible to engage in the Opower tracking sans a Facebook account. To get going, give those source links a look.
Honeywell and Opower team up for cloud-connected smart thermostat
Normally we wouldn't get too excited about a thermostat, even a so-called smart one. But, unlike what normally passes for a "smart" home heating solution, Honeywell's upcoming touchscreen devices are going to be paired with some real brains courtesy of Opower. Details of the partnership are still a little thin, but we do know that customers will be able to program and monitor energy usage, not just from the thermostat itself but, via internet connected devices like smartphones. Opower will even provide suggestions for trimming energy bills. The first trials are expected to begin in the next few months through utility companies, but Honeywell eventually expects to offer the devices through broader retail channels. Check out the full PR after the break.
Google details its carbon footprint in new report, makes you think twice about Rickrolling someone
The folks in Mountain View have always been obsessed with performance, but until now, Google had never come clean with the nitty-gritty surrounding power usage. A new report published by the company tells all, revealing that the search giant emits 1.5 million tons of carbon annually; a figure roughly on par with the UN's operational footprint, or slightly more than the amount produced by the entire country of Laos. The docket also breaks down the carbon emissions by activity, too: individual searches yield 0.2g, ten minutes of YouTube emits 1g and the average Gmail user produces 1.2kg of CO2 over a year -- which on average equates to a grand total of 1.46kg of CO2 per plebe across its properties. According to Google, that's a figure that would have been higher had it not custom designed its data centers, achieving a fifty percent reduction in energy usage versus the industry average. Plenty of infographical delight awaits you at the source below.
Intel's experimental sensor analyzes appliance power consumption from single outlet
It's pretty much set in silicon -- in the future, you will monitor your home power consumption, and perhaps even enjoy doing so. Futuristic touchscreen panels and free monitoring software abound, each designed to reward you with a warm, fuzzy Captain Planet feeling and a reduced energy bill when you finally turn off that blasted light. Thing is, unless you've got a home automation system, you won't know which switch to flip. Intel wants to change that with a new wireless sensor that can identify each individual appliance in your house by their unique electrical signal, just by plugging into a single outlet in your house. The reportedly low-cost sensor works by simply recognizing voltage drop patterns when devices are turned on and off, and doesn't require special appliances to function; Intel demonstrated it on a standard toaster, microwave and fridge in Beijing this week. Demonstrate your supreme demand for this "why didn't I think of that" idea by directing traffic to our source link -- you can jump to 20:10 to see the sensor in action. Update: Come to think of it, that looks just like a wireless version of Marvell's SheevaPlug.
Two new patents show Apple getting into the energy tracking game, killing power bricks
Apple may already be the favored child of Greenpeace and platform of choice for eco-minded gadgetistas worldwide, but it isn't resting on its laurels. The company looks like it's pondering an entrance into the home automation/energy tracking markets, filing for a pair of patents that would enable devices to register their power usage and communicate with each other using HomePlug Alliance standards. Users would be able to monitor the charging status of connected devices and delay their charges to occur during off-peak hours. There's even a new type of plug that could internally perform AC/DC conversions and automatically provide the appropriate amount of juice to any supporting device. The end of the ubiquitous power brick? Sounds nice, but something tells us it'll be a few decades before we can reclaim that precious space in our carry-ons.
