SolarCity Unveils Worlds Most Efficient Rooftop Solar Panel with more than 22 Module Efficiency.
The Sun provides endless energy, but the average solar cell panel can convert only 14 to 20 of the energy it collects into usable electricity. Now, American energy company SolarCity has built the world's most efficient rooftop solar panel, with a module efficiency exceeding 22 percent. The new SolarCity panel generates more power per square foot and harvests more energy over a year than any other rooftop panel in production, and will be the highest volume solar panel manufactured in the Western Hemisphere. SolarCity will begin producing the first modules in small quantities this month at its 100.
MW pilot facility, but the majority of the new solar panels will ultimately be produced at SolarCity's 1 GW facility in Buffalo, New York. SolarCity expects to be producing between 9,000 10,000 solar panels each day with similar efficiency when the Buffalo facility reaches full capacity. SolarCity's panel was measured with 22.04 percent modulelevel efficiency by Renewable Energy Test Center, a thirdparty certification testing provider for photovoltaic and renewable energy products. SolarCity's new panel is created via a proprietary process that significantly reduces the manufacturing cost relative to other highefficiency technologies, and it.
Turning Salt water into Drinking water using Solar power
According to the Securing Water for Food agency, between 2000 and 2050 water demand is expected to increase 55 percent globally, meaning the number of people affected by water scarcity will continue to grow. By 2025, twothirds of the world's population could be living in severe water stress conditions. Around the world, there is more salty groundwater than fresh, drinkable groundwater. For example, 60 percent of India is underlain by salty water and much of that area is not served by an electric grid that could run conventional reverseosmosis desalination plants.
To find solution for this drinking water issue in developing countries, USAID the U.S. Agency for International Development had run a global competion for Desal prize. The idea for the competition was to create a system that could remove salt from water and meet three criteria it had to be costeffective, environmentally sustainable, and energy efficient. The winners of the $140,000 first prize were a group from MIT and Jain Irrigation Systems. The group came up with a method that uses solar panels to charge a bank of batteries. The batteries then power a system that removes salt from the water through electrodialysis,.
That means that dissolved salt particles, which have a slight electric charge, are drawn out of the water when a small electrical current is applied. Using the sun instead of fossil fuels to power a desalination plant isn't a totally new idea. Larger solar desalination plants are being seriously investigated in areas where water is becoming a scarce resource, including Chile and California.But the current technology is expensive. The MIT team's this new desalination technology electrodialysis is comparatively less expensive. Both electrodialysis and reverse osmosis require the use of membranes, but the membranes in.
Solar Panel Offers Bowling Green, KY
Solar energy has just start here in Kentucky but us installing on the system's. We started this company in 2009 Some of the common questions we get. Is solar affordable, does it work in our area, Do we have enough son. and answer to all those questions is Yes We use Sun Power Panels from rooftops to ground mount. Percy and pay back on the system is lowest. Four years is a very short term investment for a product this warranty for 25 years. You own your house why do you rancher your power.
New spongelike material for effective Solar steam generation by heat localization
Researchers at MIT have developed a new spongelike material structure which can use 85 of incoming solar energy for converting water into steam. This spongelike structure has a layer of graphite flakes and an underlying carbon foam. This structure has many small pores. It can float on the water, and it will act as an insulator for preventing heat from escaping to the underlying liquid,. As sunlight hits the structure, it creates a hotspot in the graphite layer, generating a pressure gradient that draws water up through the carbon foam. As water seeps into the graphite.
Layer, the heat concentrated in the graphite turns the water into steam. This structure works much like a sponge. This new material is able to use 85 percent of incoming solar energy for converting water into steam. It is a significant improvement over recent approaches to solarpowered steam generation. And, this setup loses very little heat in the process, and can produce steam at relatively low solar intensity. ie if scaled up, this setup will not require complex, costly systems to highly concentrate sunlight. And, this spongelike structure can be made from relatively inexpensive materials.
Today, solarpowered steam generation involves vast fields of mirrors or lenses that concentrate incoming sunlight, heating large volumes of liquid to high enough temperatures to produce steam. However, these complex systems can experience significant heat loss, leading to inefficient steam generation. Recently, scientists have explored ways to improve the efficiency of solarthermal harvesting by developing new solar receivers and by working with nanofluids. The nanofluid approach involves mixing water with nanoparticles that heat up quickly when exposed to sunlight, vaporizing the surrounding water molecules as steam. But initiating this reaction requires very.
Intense solar energy, ie about 1,000 times that of an average sunny day. By contrast, this new MIT approach generates steam at a solar intensity about 10 times that of a sunny day. And, therefore the steamgenerating applications can function with lower sunlight concentration and lessexpensive tracking systems. The researchers tested the structure by placing it in a chamber of water and exposing it to a solar simulator, ie a light source that simulates various intensities of solar radiation. They found they were able to use 85 percent of solar energy for converting water into.
MassCentral America Team Interview Solar Decathlon 2015
Gtgt Male 1 We are Western New England University of Massachusetts, Unitech of Honduras, and Technological University of Panama. gtgt Female 1 The name of our house is EASI. It stands for Efficient, Affordable Solar Innovation. So we're trying to bring the classic New England home into the future with incorporating all the solar panels and the hightech technology. gtgt Female 2 There aren't a lot of charging stations for renewable energy sources, not a lot of electric cars up there, no ports for them to charge up. So it's, like, sort of a stigma up in the New England area,.
Where there's not a lot of renewable energies. We're hoping to sort of like change that. gtgt Male 2 Being in New England, very cold temperatures. So these heat recovery systems are going to not waste these resources that we're using. So the more that we can do that, the less costly it will be to maintain our house. Our home automation system is just designed to give you everything as a homeowner from security to comfort. We're going to have interactive displays so that the user can see and track their progress.
Korea looks to alternative energy for future power .
The recent power crisis has underlined the growing need for Korea to diversify its energy sources. Experts say reducing the country's reliance on nuclear power is just the first step towards a truly stable and independent energy economy. Our Paul Yi shows us the alternative energy options in Korea. Korea's rapidly developing infrastructure has led to a heavy reliance on nuclear power at more than 35 percent of the nation's total energy production. For more than 30 years, nuclear power has provided commercially costeffective electricity in Korea without the production of harmful greenhouse gases.
However, a series of forced shutdowns this past year has emphasized the importance of pursuing alternative energy sources. Of the latest energy technologies being researched, nuclear fusion power has attracted attention for its major advantages over traditional nuclear reactors. Nuclear fusion reactors are safer, more energyefficient, and use abundant sources of fuel. Harnessing the same process that powers the sun, a single gram of fuel can produce energy equal to eight tons of oil. But the technology is still experimental. Scientists predict the first working fusion reactor will be available by 2040.
Practical advancements must be developed to address the limitations of renewable energy, which include finding ways to increase efficiency and reach feasible mass production methods. Research in hydrogen technology continues to push ahead as a potential energy source for future homes and vehicles. Hydrogen fuel cells typically only form heat and water as waste byproducts, making it one of the most environmentallyfriendly energy fields. Solar power has also enjoyed some breakthroughs recently. Unfortunately, both promising technologies continue to suffer from low efficiency and high costs. Above all else, developing energy technologies that do not rely on nonrenewable sources.
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