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CES 2009: What's Green at LG

LG Electronics makes everything from phones to washing machines. This year at the Consumer Electronics Show they're winning some EcoGeek points by focusing on more than just the massiveness of their televisions.

In fact, LG is setting records with the efficiency of its flat-screen televisions (and not at all too soon). A new kind of 32 inch TV uses more than 50% less power than the average 32 inch LCD TV. They've done it by increasing brightness through including a fourth white pixel along with the red, blue and green. We're not sure what this is going to do for the contrast ratio, but frankly I don't care.

LG also touted it's next generation AMOLED and OLED displays. While LCD is obviously getting pretty efficient, the general consensus is that OLEDs will one day take over, and be even more efficient. LG offered up one of the largest OLED displays yet, a 15 inch laptop screen.

And for those of you who think that a reduction in the amount of material used, you can't get much smaller than LG's watch phone (I just had a vision of people ten years from now on their knees laughing at that statement., so, who knows.) The phone straps to your wrist and connects to a bluetooth headset...so you never need to be away from your phone again.

And while this might not seem that green at first, LG also is debuting a television that will automatically connect to Netflix and stream HD content. The advantage here, of course, is more than just being able to cancel your cable subscription. You also never need to drive to the movie store (or get the movied shipped to you.) In fact, there will be no need to create the physical DVD. Suddenly, streaming content is looking a lot more realistic, and that's definitely a green proposition.

Via Seeking Alpha, Electronics Infoline, and CNet

 

The Role of Green Maps in the Cleantech Revolution



The Energy Retail Association – a British group that represents electric and gas utilities, and works with customers to make their experience better – has just set up a cool new Google Map which shows various smart metering projects that are currently being implemented all across Europe. You click on an icon, and it tells you the type of project that is being done, and how big the project is. Cool stuff, especially if you’re into smart meters, which we here at EcoGeek are.

This map is just the latest in what has become a trend to create various types of green maps (usually using the Google Maps platform). For example, there is sf.solarmap.org, where San Francisco residents can look up the solar potential of their rooftop. The EPA also used their data to publish a map showing similar information – potential for solar, wind, etc. – across the entire nation.

What’s interesting about these maps (and the proliferation of all sorts of Google-Maps-based information) is that sometimes they perform a direct service, but sometimes they don’t. For example, if I’m thinking of putting up a solar installation or a wind turbine, I will consult one of the aforementioned maps, because it is a useful tool.

However, there are other maps out there – including this smart meter map – whose primary purpose is to illustrate the current state and scope of a trend, rather than “do” something. There are others that fall into the same category. There’s Green Map, a site that shows various green places and businesses for someone who wants to see what’s going on in his/her area. There is even a site called See I’m Green, where self-declared green individuals can make themselves known.

Granted, these maps are small, and not very filled-in. Realistically, unless they offer some tangible benefit to users I question whether they will ever really catch on and grow. But I think that these maps are part of a larger attempt to unify all the factors that EcoGeeks care about, and make it available to everyone. That's why there is enormous potential, and that's why I am excited. In the same way that the internet has granted unlimited options for self-expression and social networking, hopefully it will one day allow unprecedented communication, participation and cooperation in implemented clean technology.

Via Greentech Media

 

Nuclear Looking Less Viable for our Energy Future

It's been a grim month for Nuclear Power, always a contentious issue for greens, power from the atom has taken two steps back as South African utility Eskom announce plans to cancel their tendering process for new nuclear plant in South Africa. It comes a week after revelations from the French economic publication Les Echos reveal that French campaign group "Sortir du nucléaire" have accused EdF of lying during a public consultation exercise which was the prelude to the decision to build a new nuclear plant at Flamanville in France.

Originally, it was announced that power from the Flamanville plant was costed at €43 / MWh, however, delays and added construction costs (a feature of every nuclear plant that has gone before Flamanville) have added to the costs and so the price of nuclear electricity from the plant is now estimated to be €55 / MWh - Les Echos stated that EdF were expected to announce this at their next meeting. The only other nuclear plant under construction is that at Olikuoto in Finland. It is of the same EPR (European Pressurised Reactor) design that is being constructed at Flamanville. The Finnsh reactor has also been plagued with problems and at one point in the construction, French contractor Bouygues were accused of using unqualified welders... quite worrying considering the specialised nature of nuclear engineering!

In an economy where finance is hard to come buy, and the governments of the world are already propping up their economies with massive debt, will massive projects which carry potentially massive liabilities such as nuclear power begin to look even less attractive, whilst smaller unit-cost renewables, with a demonstrable payback within their own life time

 

Attention, Laptop Shoppers: New HP Batteries Will Last Longer



HP is giving customers a good reason to buy their laptops – starting next year they will be selling machines equipped with a new battery made by Boston Power. Dubbed “Enviro”, these improved lithium ion batteries should perform much better than most laptop batteries, which I’m sure most of us would agree are abysmal. Speaking as someone who just dropped over $150 on a new battery himself, I can say that an improvement would be welcome.

While a typical laptop battery will stay strong for about 150 charges, after which its capacity will start to dwindle, the Enviro battery is said to last over 1,000 charges. Customers will have to spend an extra 20 or 30 bucks to get it. Is it worth it? If it works, definitely. And the icing on the cake – these batteries are made with no PVC, no heavy metals, and can be recycled.

Although the battery itself will last more recharge cycles, it’s unclear if the battery life itself will be longer, as well. I personally don’t trust my laptop to give me as much battery time as the monitor indicates. It would be nice to have a machine that could be truly portable – something that could be charged overnight and last the whole day without the need to find an outlet. Not only would it be convenient to not drag a power cord around all the time, but if the majority of laptop-related electricity guzzling was restricted to the night hours, laptops could (like electric cars) soak up excess electricity coming from off-peak generation.

So if you’re a battery fiend, you might want to wait until after the holidays to buy that new laptop.

Via CNET Green Tech

 

Your Computer Can Help IBM Find A Better Solar Material



A friend of mine once pointed to a small icon in his taskbar. He told me that it was a program which utilized his laptop’s unused computing power to perform calculations. While he was idle, his computer (and thousands like it) was doing work and sending the results to a centralized location.

Such is the work of World Community Grid, an organization which uses this kind of distributed computing to dramatically shorten the length of time it takes to make progress in a research project that involves running untold numbers of calculations. For example, by using these programs to help identify potential drug targets for smallpox in 2003, scientists cut computing time down from one year to three months.

Now WCG’s sponsor – IBM – is doing a bit of solar R&D right now, developing thin film cells and solar concentrators. Why not use the WCG technology to give that research a little boost? That’s exactly what IBM and Harvard University are working on. They are planning on running thousands of materials and compounds through the system to analyze which ones would make the best solar cells.

Sure, this is investigation by brute force. But the beauty is that with WCG, brute force analyses can be conducted within a reasonable time frame. According to Harvard’s Alan Aspuru-Guzik, this particular project will take 2 years instead of 22. Let’s hope they find something new, though. It would be a pity to find that the best materials are the ones we already have.

If you want to add your computer to the World Community Grid, click here.

Via CNET Green Tech

Image via HowStuffWorks

 
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