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Clear skies and social distancing help Europe shatter solar energy records
The coronavirus pandemic is helping multiple countries in Europe set new records for solar energy generation. Production in the UK peaked at 9.68 gigawatts on Monday, according to a tracker developed by The University of Sheffield in collaboration with the National Grid.
Solar power is the fastest growing source of global energy
Solar power was the fastest-growing source of global energy last year, overtaking growth from all other forms, according to the International Energy Agency (IEA). The spurt is largely attributed to lower prices and changing government policies encouraging a shift away from traditional power sources, such as coal. China, for example, has played an important role in renewable energy's prominence, accounting for almost half of all new solar panels installed worldwide.
Tesla and Panasonic to build solar panels for PowerWall systems
Tesla has entered a deal with Panasonic to manufacture solar panels at the new SolarCity facility in Buffalo, NY. However, the deal is non-binding and depends on shareholder approval of Tesla's $2.6 billion acquisition of SolarCity. In its blog, Tesla says it will sell the photovoltaic modules as part of a "solar energy system that will work seamlessly with Powerwall and Powerpack, Tesla's energy storage products."
Google's letting it shine as it nears $1 billion investment in solar energy
Google's feeling charitable this holiday and has pumped $94 million into a Californian solar-energy project. The photovoltaic power plant (which is a posh way of saying "lots of solar panels in the Sacramento desert valley") currently being built by Recurrent Energy will generate 88MW, enough juice for 13,000 homes. Additional investment is coming from equity fund KKR, who has already sold the first 20 years of energy to the Sacramento Municipal Utility District. It brings the search giant's investment in clean energy projects to $915 million -- with the company expected to cross the billion dollar mark some time next year, when we hope it'll get a nice loyalty bonus from Mother Nature.
Insert Coin: Ray solar charger adheres to your window, basks in the sunlight
In Insert Coin, we look at an exciting new tech project that requires funding before it can hit production. If you'd like to pitch a project, please send us a tip with "Insert Coin" as the subject line. The most frustrating products are the ones that have such simple ideas, you're upset that it hasn't been done before -- or that you weren't the one that came up with it. No idea is so simple as the brilliant Ray solar charger. A mobile phone juicer that comes with a kickstand and built-in suction cup so that it's nearly always pointed right at the sun. If you think that sounds like simple madness or genius, click past the break to find out why it could be worth your investment.
GE's new factory will push out one solar panel every ten seconds
General Electric is sending its troops to Colorado to conquer the thin film solar panel business. The 38th state will play home to a new facility that leverages the supermodel-thin panel know-how of PrimeStar Solar, which GE scooped up back in 2008. In traditional solar panels, sand is refined into silicon ingots, sliced wafers of which are then placed in a frame. The thin film process eliminates this, sandwiching layers of semiconductors between panes of glass -- saving time, money and, most importantly, energy. The factory will open ahead of schedule in 2012 and is reportedly capable of producing a new panel every ten seconds. You can learn all of that and more in the press release we've got for you after the break.
Self-repairing solar cells could also fix our energy dependency
It doesn't take much for a photovoltaic cell to not work quite as well as it used to. Sure, a big hail storm or the like will do a number on your megabucks rooftop installation, but the sun itself, the very thing those cells are designed to capture, gradually damages their internals, reducing efficiency. The fix, according to a team at MIT, is self-assembling (and therefore self-repairing) solar cells made up of a synthetic molecular soup containing phospholipids that, when mixed with a solution, attach themselves to a series of carbon nanotubes for alignment. Other molecules that react with light then attach to the phospholipids and, with a little illumination, start firing out electrons like mad. After a few hours of solar pummeling the whole thing can be broken down and automatically re-created, returning efficiency to maximum. Overall efficiency of the system is extremely low currently, thanks to a low concentration of those photon-catching structures, but individually they capture about 40 percent of the light's energy, meaning a higher concentration could make for very hearty soup indeed.
Ford to install solar cells at SUV factory, Mother Nature sees glimmer of hope
From the Baby Steps department: Ford will be working with Detroit Edison to install a 500-kilowatt photovoltaic array and 750kw battery storage system at its Michigan Assembly plant in Wayne. While this is a great thing, the sun will only be handling about 0.5 percent of the plant's yearly 140,000,000-kilowatt-hour consumption. More important than that 0.5 percent, however, is the fact that the PV system will serve as a kind of teaching facility on the subjects of load-shifting, voltage support, off-peak charging, and demand response for an industrial setting -- i.e., an automobile manufacturing plant. Kudos to Ford for the teachable moment, but we know it can do better: the outfit's Dagenham Diesel Center in the UK is powered completely by on-site wind turbines. And we think they will do better: it tells us it's still investigating the possibility of a wind energy component for this and other facilities. You're welcome, Ma Earth.
PacketVideo brings Mobile TV to any WiFi device
PacketVideo has a new receiver which can pump mobile TV over good ol' WiFi. PV claims the device will ultimately ship before the year is out in versions supporting over-the-air DVB-H and MediaFLO broadcasting as well as TDtv and WiMAX streaming. Although it's presumably compatible with any WiFi device, they specifically cite support for the iPhone, N-Series Nokias and HTC devices while demonstrating the device with an iPod touch at Mobile World Congress. The 6.4 x 1.8 x 4-cm block is powered by a lithium-ion battery of unspecified capabilities. Although it's not stated, we assume the received television can be shared with multiple devices over that wireless link -- else why bother with WiFi? [Via Slashphone]
Blizzard puts Hall of Fame in the Armory
Well it's not quite a row of statues, but, as Elizabeth mentioned the other day, Blizzard has created an Arena Hall of Fame over at the Armory. They've compiled, from season one, a list of all the teams that finished in the top .5% of their team bracket, and they're all browseable by battlegroup or realm.Unfortunately, they don't show many overall stats-- I'd like to see, for example, the numbers of teams from each battlegroup or realm (checking my own realm shows me that no teams made it, but you'd have to check every single realm to see numbers across the board). Do you think PvP realms turn out more successful Arena teams? I'd also like to see the average rating of the teams that made it-- just a random browse across realms shows that you'd have needed at least a 2200 rating in 5v5 to get in. The highest teams hit around 2500, it looks like, and here's an interesting point: The arena rating is based off of chess' ELO system, and in that system Gary Kasparov, the best player in the world, was the first to break the 2700 rating. So my guess is that we'll see generally higher ratings than these in season two, and so on.Anyway, a nice little tribute to players who were successful in season one. Hopefully, we'll see better insights coming out of these numbers than Blizzard has provided here, but in the meantime if you want to see who on your realm is a heavy hitter, the HoF is the place.
