20 posts categorized "Green Appliances"

01/07/2013

When Will My Fridge Tweet Me?

Smartphone
Smart appliances will soon become a regular part of the household.

Smart appliances are evolving from sci-fi concept to retail offering this year, with new showroom models that can send a text message when your clothes are dry or notify you when a power outage knocks out your fridge.

At the Consumer Electronics Show in Las Vegas this week, appliance manufacturers Whirlpool and LG are unveiling new washers, dryers and refrigerators that connect with their owner's smartphones or tablets through home-based wi-fi networks, letting them know when to change filters, schedule maintenance or the cheapest time of day to wash a load of clothes.

"We’re not looking at having the fridge tweet to you, but it can send e-mails or SMS," said Warwick Stirling, Whirlpool global director of energy and sustainability. “We’re trying to focus on ways to make tasks easier and simpler, making processes more efficient rather than more gadget-y or gizmo-y.”

PHOTOS: Top 10 Social Networking Sites

Stirling said the devices will be available for sale in March under its "Sixth Sense Live" brand. Whirlpool’s new Bluetooth-capable CoolVox refrigerator lets consumers play music through the fridge using an app.

Meanwhile, Korean electronics giant LG is introducing a new line at CES that will let users control their washer, vacuum or range by voice command via smartphone, even offering the ability to check what kind of food is inside the refrigerator remotely.

This convenience comes at a price. A Whirlpool washer/dryer combo with smart connectivity costs $3,600, compared to under $1,000 for entry-level models. While appliance and electronics makers believe consumers will go for convenience over cost, some analysts are skeptical that the public is ready for tweeting fridges or remote controlled vacuums.

"From an appliance standpoint, they are getting there, but it’s still pretty early," said Neil Strother, a senior analyst at Boulder-based Pike Research.

He says there are several big obstacles to consumers jumping from smartphones to smart appliances. They are still 50 to 100 percent more costly that "non-smart" appliances and manufacturers still haven’t agreed on a common household communications platform that would help integrate stereo/TV/computer systems with kitchens and laundries, for example.

Last week, Microsoft purchased R2, a company that makes a Xbox-like controller that attempts to do just that.

But perhaps most importantly, Strother says, overall energy prices are predicted to remain stable or go down in the next few decades. That means a too-expensive, energy-miser appliance may not pay off over the long run (see electric cars).

NEWS: The Internet is Gassy

Despite a relative glut of inexpensive energy in the United States, some utilities are hoping new smart appliances will play a role in a bigger goal of reducing overall energy demand and the carbon footprint that accompanies it.

Ratepayers in Chicago, California, Texas and other parts of the country are already seeing electricity prices change hourly, meaning that a high-tech washer, for example, could clean clothes more cheaply at night than during the afternoon. Some utilities are developing smartphone apps to help ratepayers regulate their heating and cooling systems remotely as well.

"Everybody in the utility industry seems to be looking at more technology which will help the customer understand their energy use and modify it," said Ron Bilodeau, project manager at NV Energy in Nevada.

Retail analysts like Strother expect that smart appliances, such as the ones debuting at CES, will be purchased by high-end luxury consumers and tech geeks, the usual early adopters of technologically advanced consumer products.

PHOTOS: Top Twitter Takedown Tweets

Even Whirlpool’s Warwick admits that he doesn't expect to be selling lots of these appliances until the per unit price comes down and there’s greater integration among the power utilities, appliance makers and consumers themselves.

"The connected appliance market will be small for now as all the manufacturers try to understand how to deliver it to the consumer," Stirling said. "We are moving from lots of concepts to real products. There will be lots of challenges with the connected home. But consumers do like it."

PhotoiStockPhoto

09/06/2012

Sun-Powered Oven Makes Salt Water Drinkable

Eliodomestico

What if getting clean, drinkable water to developing countries was as simple as using a resource they already have in abundance? Sunlight. Designer Gabriele Diamanti believes this simple idea is key to solving the world's water problem -- so much so, that's he created the Eliodomestico oven, which turns salt water into drinkable water.

NEWS: Super-Trawler Cleared to Fish in Australian Waters

Diamanti explains the oven by saying it works like an "upside down coffee maker." A boiler is filled with salt water and left out in the sun. As the temperature rises, pressure increases in the sealed oven producing steam, which is forced down through a pipe. The lid of the oven collects this steam and condenses it into drinking water. This oven only uses heat from the sun and requires absolutely no electricity.

Diamanti wants the project to remain open-sourced, meaning that it will always be evolving because anyone, from designers to local communities, can modify or improve it.

While a finished product is still in development, the oven has earned a Core 77 Design award and accolades from others in the design industry. The hope is that the recognition will lead to funding and help move this project out of the development phases and into the homes of the families that need drinkable water most.

Check out the video below for a full description from Diamanti.

Credit: Humans Invent




Email:


07/17/2012

Garbage Drone Could Clean Up Oceans

Oceangarb1

From solar-powered underwater research bots to ones that tweet about California water quality, robots are becoming water-friendly devices. The Marine Drone is the latest among these, designed to search and destroy garbage in the ocean.

TREEHUGGER: Marine Drone Concept Cleans Up Plastics in the Ocean

OceangarbThe project was spearheaded by Elie Ahovi, an industrial design student at French International School of Design. After seeing the huge amounts of junk floating in areas like the Great Pacific Garbage Patches, Ahovi and some fellow students decided to create a solution. The Marine Drone works autonomously to suck garbage into a built-in net. When the net is full, the drone is programmed to head back to its docking station and be cleaned out by a crew. Water-proof batteries power the silent electric motor, and a sonic emitter produces a signals designed to keep fish and other animals away from the net. It's unclear how effective this would be and whether it will create one form of pollution (noise) in order to clean up the plastic kind.

BLOG: US Military CAAT Walks on Water

A few questions come up when considering this project, like: Where does the ocean garbage go once it's been collected at the docking station? Could this be implemented in other bodies of water, such as lakes and rivers? Ahovi responded to these questions by saying that garbage collected is recycled on land, and that the current design is too large to accomodate smaller bodies of water. If the design team can turn the project into an actual working product, we could have a solution to the overwhelming amounts of waste in the ocean.

via EarthTechling

Credit: Elie Ahovi 




Email:


07/02/2012

Diamonds Are Laundry’s Best Friend

Diamond-laundry-622

As energy costs go up and society becomes more eco-conscious, people have been opting to wash their clothes in cooler temperatures, which can sometimes leave dirt and fats behind. Bringing new meaning to the term “laundry crystals,” University of Warwick scientists in the U.K. have found that nanodiamonds help detergents clean clothing more effectively by loosening dirt from surfaces, even at lower temperatures.

BLOG: U.S. Military Seeks 'Spidey Sense' Training

The research, published in ACS Applied Materials and Interfaces, found that diamonds as small as 5-nanometers doubled the amount of fat detergents were able to clean at water temperatures of 77 degrees Fahrenheit, or room temperature. The project was a part of the “Cold Water Cleaning Initiative” funded by a group of scientists to find ways that carbon can work with everyday household cleaners to optimize efficiency. In the case of laundry, this means less energy spent cleaning clothing at high temperatures and more money saved by consumers. No plans for a commercial product, yet, but research continues to find ways to apply this to other cleaning methods.

via Futurity

Credit: Scott Kleinman / Getty Images




Email:


06/05/2012

Solar Charger Built For Occupiers

Occupy

While not officially a part of the New York City Occupy protests, Tommy Mitchell did feel the need to contribute when he saw protestors charging their phones at a gas-guzzling hot dog vendor’s generator. Mitchell built a solar-powered cellphone charging station that can accommodate up to eight phones at a time.

DNEWS NUGGETS: Chinese 'Occupy Obama' on G+

He told the New York Times he thought charging that way was “awful” and decided to invent something that would use natural energy in a public space without electrical outlets. After doing some research and buying parts on Amazon, Mitchell brought his station to the park and offered it up to Occupiers for free. Other stations in the area rely on electricity and charge a fee for use. He hopes that eventually, park officials will take notice and offer to buy or lease his invention for public use.

via New York Times Green Blog

Photo: The materials Mitchell used to build the charger, not the final product. Credit: Tommy Mitchell 




Email:


Stainless Steel Disinfects Itself

Stainless-appliances-622x505

If home decorating channels have taught us anything, it’s that stainless steel is the “gold” standard in appliances. The same holds true in commercial, medical and manufacturing machines. It’s resilient, resists corrosion, simple to maintain, and easy on the eyes. However, stainless steel absorbs bacteria easily and if not properly cleaned, countertops and appliances can harbor colonies of bacteria that lead to pathogens. 

BLOG: Magnetic Bacteria Could Build 'Bio-Computers'

A report from the ACS journal Langmuir introduced a green approach to preventing bacteria from finding a cozy home on the surface of stainless steel. They developed a coating made of negatively and positively charged micelle molecules. Micelles are natural-born cleaners and, for the purposes of this project, they were doped with silver-based particles, causing an electrostatic interaction to kill bacteria. (Interesting fact: the adhesive that helps the coating stick to stainless steel is inspired by a component that mussels secrete to adhere to the sides of a ship.) 

The process of coating the steel takes about ten minutes, and because it uses water instead of harsh chemicals, it's potentially appealing to manufacturers and consumers. No word on whether this will be available for consumer products. But how cool would it be to not have to frantically wipe down the fridge handle when you accidentally touch it after handling chicken? Even though, for prevention of the “ick” factor, you might still want some wipes handy.

Credit: Ivan Hunter / Getty Images




Email:


05/31/2012

Garden Wheel Idea Came From Outer Space

Green_wheel_full

Little pots in a kitchen window filled with growing herbs and vegetables look so quaint compared to an Italian design firm's wheel-shaped countertop garden. The idea for their stylish, compact hydroponic plant system originated with NASA.

Milan-based design firm DesignLibero's "Green Wheel" is essentially a plant-growing appliance that works with help from gravity. The wheel rotates plants potted inside around a light while a pump automatically irrigates them. Tiny vases containing coco fiber support more than eight feet of plants and its roots, according to DesignLibero.

10 Best Places to Harness Solar Power

NASA originally came up with the rotary garden concept in the 1980s as a way to feed fresh produce to astronauts in space, but the agency never took it all the way. Instead, a number of similar rotary growing systems have been available commercially for a long time -- see the Canadian "Volksgarden" -- but none of them look quite this sharp. DesignLibero head Libero Rutilo described the object as "an iconic garden object for residential use, like a TV," to Fast Company Co.Design writer Mark Wilson.

"It helps you to grow your own fresh herbs and vegetables without leaving home," the designer writes on the firm's site. He also argues that produce from the Green Wheel also reduces transportation and cuts packaging. In the winter, a rotary hydroponic system like this could prevent avid living lettuce buyers like me from having to take all those trips to the grocery store.

As much as a rotary garden solves problems, the components and energy required to run it do introduce new ones. Still, if you've got plenty of cash and want a sculptural element for your house that's also functional, this could be your ticket. Nobody is saying exactly how much the wheel costs or how you can get one, though.

Walk This Way: Japanese Heels Auto-Plant Seeds

Poking around the DesignLibero site, I discovered that they also created an object called "Fluidity" that serves as both a stylish dish drainer and a plant container that catches all those drips from freshly rinsed plates. Preventing funky gunk under the dish rack while saving water: That's green design I can definitely roll with.

Photo: The Green Wheel hydroponic growing system. Credit: DesignLibero



Email:


03/19/2012

Plant Powers Air Purifier

Andrea

Andrea Air Purifier: $199.99

The air purifying effect of houseplants is no secret, but an air filter by French designer Mathieu Lehanneur called Andrea takes this natural event to a whole new level. The air filter enhances an indoor plant’s filtering capabilities by housing it in a capsule. A fan pulls in air from the top of the capsule and allows the plant to filter out contaminants through its natural pollutant-zapping photosynthetic process. The fan then blows the clean air out into the room.

BLOG: Grow Plants in Goo To Feed the Desert

When the filter was still in its concept phases, the creators looked at NASA’s research of “space gardens” to clean re-circulating air for inspiration. Any plant can be used with the filter, but aloe vera, red-edged dragon trees and spider plants are the best performers and most recommended varieties.  

via: Inhabitat

Credit: Andrea




Email:


02/01/2012

Swap Old Junk for Cooler Junk

 

Swapomatic

A lot of things grow in Brooklyn, trees, beards and socially concious vending machines. Swap-o-matics are popping up around town, taking the bartering system to a whole new (and much more interesting) level. The vending machine lets users trade items they don’t want for more desirable items someone else doesn't want. One man's trash is another man's treasure, as they say. The creators of the machine claim that it’s intended to serve as a solution to the “consumer, corporate lifestyle” and to support the reuse and recycling movement.

BLOG: Why The Web Is Sick Of SOPA

The touch screen on the front of the vending machine is fairly simple. If a user donates an item to the machine they receive “credits.” These credits go toward the retrieval of items other people have donated. When swapping, users must include an e-mail for confirmation. The system is outfitted with a digital interface that uses a flagging system to prevent misuse and tampering. The Swap-o-matic has made an appearance in artsy funky neighborhood spots in New York City such as the Launch Pad and the Blue Stockings Cafe in Brooklyn. It’s currently hanging out at Apple Hills Creamery in Brooklyn, so if you live nearby and have a stock pile of old stuff you don’t want, check it out.

 

Via: DVICE

Credit: Lina Fenequito




Email:


11/28/2011

Poo-Powered Glowing Bacteria Light Up the House

Biolight
The bioluminescence of fireflies and "Red Tide" are arguably two of nature's most beautiful phenomena, leaving us spellbound in a open field or on the shore with our mouths agape. But have you ever considered lighting your home with this kind of light?

BLOG: Glow-in-the-Dark Surf Explained

Dutch electronics company Phillips has. In fact, they've created Bio-light, a greener lighting system that's part of their Microbial Home (MH) system. It isn't powered by electricity or sunlight, but by glowing bioluminescent bacteria that thrive on waste generated in the average home.

The bioluminescent bacteria is housed in hand-blown glass cells, clustered together to form a lamp that could easily be displayed in a modern art museum. Each cell is connected to the lamp's reservoir base by thin silicon tubes that pipe methane gas from composted bathroom solids and vegetable scraps via a kitchen dodad that digests bio-waste.

As long as proper nutrients are supplied, the bio-light's living bacteria can be powered indefinitely. Although the light isn't bright enough to fully replace conventional lighting, it does make people conscious of household forms of wasted energy that could be tapped.

Clive van Heerden, Senior Director of Design-led Innovation at Philips Design, says drastic changes are required to reduce our environmental impact and designers must lead the way.

“Designers have an obligation to understand the urgency of the situation, and translate humanity’s needs into solutions," he said, according to Phillips Design's website. "Energy-saving light bulbs will only take us so far. We need to push ourselves to rethink domestic appliances entirely, to rethink how homes consume energy, and how entire communities can pool resources.”

NEWS: Bright Bacteria Wins Synthetic Biology Competition

Phillips envisions their bio-light technology being used on warning strips on curbs and steps, signs in theaters or clubs, and even night-time road markings.

[Via GizMag]

Image Courtesy of Philips


Email:


Categories

My Other Accounts

Blog powered by TypePad
Member since 04/2005