Downing trees or gathering sticks to fuel stoves is a major cause of deforestation and desertification. But if you could get that fuel free from the sun… The Panel Solar Cooker The Panel Solar Cooker uses reflective panels to focus sunlight onto a pot. These work best in tropical climates or in the warmer months
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Integrated Solar
building-integrated photovoltaics or BIPVs
34 Unique Solar Lights For Paths, Gardens, And Backyards
Whether you’re wanting to illuminate a pathway or add a bit of ambiance to your backyard or garden, solar lights offer a lighting source that won’t add any extra expense to your electricity bill. A solar light charges during the day and typically turns on automatically at dusk. Most lights can last 8-10 hours on a
Portable Solar Power Systems
Did you know that the amount of energy produced by all of the world’s nations is still less than the amount of energy provided to Earth by the sun in a single hour? The sun is, without a doubt, the biggest power plant on the planet, and for that reason, everyone who leads a self-sufficient
Iowa Solar
Going solar? Good call. It’s the right choice for your pocketbook and for the climate. If everyone in Iowa used solar power, it would take 79 billion pounds of carbon out of the atmosphere every year—according to the EPA’s greenhouse gas calculator, that’s the equivalent of planting a forest that would cover 83% of the
California Solar
Going solar? Good call. It’s the right choice for your pocketbook and for the climate. If everyone in California used solar power, it would take 114 billion pounds of carbon out of the atmosphere every year—according to the EPA’s greenhouse gas calculator, that’s the equivalent of planting a forest that would cover nearly half of
Florida Solar
Going solar? Good call. It’s the right choice for your pocketbook and for the climate. If everyone in Florida used solar power, it would take 251 billion pounds of carbon out of the atmosphere every year—according to the EPA’s greenhouse gas calculator, that’s the equivalent of planting a forest that would cover an area more
Hawai’i Solar
Going solar? Good call. It’s the right choice for your pocketbook and for the climate. If everyone in Hawai’i used solar power, it would take 15 billion pounds of carbon out of the atmosphere every year—according to the EPA’s greenhouse gas calculator, that’s the equivalent of planting a forest that would cover all of the
Colorado Solar
Going solar? Good call. It’s the right choice for your pocketbook and for the climate. If everyone in Colorado used solar power, it would take 88 billion pounds of carbon out of the atmosphere every year—according to the EPA’s greenhouse gas calculator, that’s the equivalent of planting a forest that would cover nearly half of
Minnesota Solar
Going solar? Good call. It’s the right choice for your pocketbook and for the climate. If everyone in Minnesota used solar power, it would take 61 billion pounds of carbon out of the atmosphere every year—according to the EPA’s greenhouse gas calculator, that’s the equivalent of planting a forest that would cover nearly half of
Washington, D.C. Solar
Going solar? Good call. It’s the right choice for your pocketbook and for the climate. If everyone in District of Columbia used solar power, it would take 88 million pounds of carbon out of the atmosphere every year—according to the EPA’s greenhouse gas calculator, that’s the equivalent of planting a forest that would cover 75%
Arizona Solar
Going solar? Good call. It’s the right choice for your pocketbook and for the climate. If everyone in Arizona used solar power, it would take 117 billion pounds of carbon out of the atmosphere every year—according to the EPA’s greenhouse gas calculator, that’s the equivalent of planting a forest that would cover nearly two-thirds of
New York Solar
Going solar? Good call. It’s the right choice for your pocketbook and for the climate. If everyone in New York used solar power, it would take 76 billion pounds of carbon out of the atmosphere every year—according to the EPA’s greenhouse gas calculator, that’s the equivalent of planting a forest that would cover nearly all
Scientific American’s Solar Grand Plan
Scientific American has a thought-provoking proposal in its January 2008 issue. The magazine proposes a massive, far-reaching plan to get solar power generating 69 percent of America’s electricity 35 percent of our total energy by 2050, thus replacing all of our foreign oil needs and slashing global warming emissions. Below are some of the highlights
Maryland Solar
Going solar? Good call. It’s the right choice for your pocketbook and for the climate. If everyone in Maryland used solar power, it would take 45 billion pounds of carbon out of the atmosphere every year—according to the EPA’s greenhouse gas calculator, that’s the equivalent of planting a forest that would cover an area more
North Carolina Solar
Going solar? Good call. It’s the right choice for your pocketbook and for the climate. If everyone in North Carolina used solar power, it would take 124 billion pounds of carbon out of the atmosphere every year—according to the EPA’s greenhouse gas calculator, that’s the equivalent of planting a forest that would cover all of
Utah Solar
Going solar? Good call. It’s the right choice for your pocketbook and for the climate. If everyone in Utah used solar power, it would take 71 billion pounds of carbon out of the atmosphere every year—according to the EPA’s greenhouse gas calculator, that’s the equivalent of planting a forest that would cover more than half
Indiana Solar
Going solar? Good call. It’s the right choice for your pocketbook and for the climate. If everyone in Indiana used solar power, it would take 219 billion pounds of carbon out of the atmosphere every year—according to the EPA’s greenhouse gas calculator, that’s the equivalent of planting a forest that would cover an area more
Oregon Solar
Going solar? Good call. It’s the right choice for your pocketbook and for the climate. If everyone in Oregon used solar power, it would take 16 billion pounds of carbon out of the atmosphere every year—according to the EPA’s greenhouse gas calculator, that’s the equivalent of planting a forest that would cover 10% of the
Louisiana Solar
Going solar? Good call. It’s the right choice for your pocketbook and for the climate. If everyone in Louisiana used solar power, it would take 119 billion pounds of carbon out of the atmosphere every year—according to the EPA’s greenhouse gas calculator, that’s the equivalent of planting a forest that would cover all of the
West Virginia Solar
Going solar? Good call. It’s the right choice for your pocketbook and for the climate. If everyone in West Virginia used solar power, it would take 145 billion pounds of carbon out of the atmosphere every year—according to the EPA’s greenhouse gas calculator, that’s the equivalent of planting a forest that would cover an area
Washington Solar
Going solar? Good call. It’s the right choice for your pocketbook and for the climate. If everyone in Washington used solar power, it would take 15 billion pounds of carbon out of the atmosphere every year—according to the EPA’s greenhouse gas calculator, that’s the equivalent of planting a forest that would cover 13% of the
Connecticut Solar
Going solar? Good call. It’s the right choice for your pocketbook and for the climate. If everyone in Connecticut used solar power, it would take 19 billion pounds of carbon out of the atmosphere every year—according to the EPA’s greenhouse gas calculator, that’s the equivalent of planting a forest that would cover an area more
Missouri Solar
Going solar? Good call. It’s the right choice for your pocketbook and for the climate. If everyone in Missouri used solar power, it would take 158 billion pounds of carbon out of the atmosphere every year—according to the EPA’s greenhouse gas calculator, that’s the equivalent of planting a forest that would cover all of the
Texas Solar
Going solar? Good call. It’s the right choice for your pocketbook and for the climate. If everyone in Texas used solar power, it would take 517 billion pounds of carbon out of the atmosphere every year—according to the EPA’s greenhouse gas calculator, that’s the equivalent of planting a forest that would cover all of the
Kentucky Solar
Going solar? Good call. It’s the right choice for your pocketbook and for the climate. If everyone in Kentucky used solar power, it would take 187 billion pounds of carbon out of the atmosphere every year—according to the EPA’s greenhouse gas calculator, that’s the equivalent of planting a forest that would cover an area more
Illinois Solar
Going solar? Good call. It’s the right choice for your pocketbook and for the climate. If everyone in Illinois used solar power, it would take 197 billion pounds of carbon out of the atmosphere every year—according to the EPA’s greenhouse gas calculator, that’s the equivalent of planting a forest that would cover an area more
New Mexico Solar
Going solar? Good call. It’s the right choice for your pocketbook and for the climate. If everyone in New Mexico used solar power, it would take 65 billion pounds of carbon out of the atmosphere every year—according to the EPA’s greenhouse gas calculator, that’s the equivalent of planting a forest that would cover nearly one-third
Vermont Solar
Going solar? Good call. It’s the right choice for your pocketbook and for the climate. If everyone in Vermont used solar power, it would take 27 million pounds of carbon out of the atmosphere every year—according to the EPA’s greenhouse gas calculator, that’s the equivalent of planting a forest that would cover 10,245 acres of
Nebraska Solar
Going solar? Good call. It’s the right choice for your pocketbook and for the climate. If everyone in Nebraska used solar power, it would take 56 billion pounds of carbon out of the atmosphere every year—according to the EPA’s greenhouse gas calculator, that’s the equivalent of planting a forest that would cover nearly half of
Pennsylvania Solar
Going solar? Good call. It’s the right choice for your pocketbook and for the climate. If everyone in Pennsylvania used solar power, it would take 237 billion pounds of carbon out of the atmosphere every year—according to the EPA’s greenhouse gas calculator, that’s the equivalent of planting a forest that would cover an area more
Massachusetts Solar
Going solar? Good call. It’s the right choice for your pocketbook and for the climate. If everyone in Massachusetts used solar power, it would take 33 billion pounds of carbon out of the atmosphere every year—according to the EPA’s greenhouse gas calculator, that’s the equivalent of planting a forest that would cover an area more
South Carolina Solar
Going solar? Good call. It’s the right choice for your pocketbook and for the climate. If everyone in South Carolina used solar power, it would take 74 billion pounds of carbon out of the atmosphere every year—according to the EPA’s greenhouse gas calculator, that’s the equivalent of planting a forest that would cover all of
Maine Solar
Going solar? Good call. It’s the right choice for your pocketbook and for the climate. If everyone in Maine used solar power, it would take 8 billion pounds of carbon out of the atmosphere every year—according to the EPA’s greenhouse gas calculator, that’s the equivalent of planting a forest that would cover 15% of the
Virginia Solar
Going solar? Good call. It’s the right choice for your pocketbook and for the climate. If everyone in Virginia used solar power, it would take 58 billion pounds of carbon out of the atmosphere every year—according to the EPA’s greenhouse gas calculator, that’s the equivalent of planting a forest that would cover 85% of the
Montana Solar
Going solar? Good call. It’s the right choice for your pocketbook and for the climate. If everyone in Montana used solar power, it would take 36 billion pounds of carbon out of the atmosphere every year—according to the EPA’s greenhouse gas calculator, that’s the equivalent of planting a forest that would cover 14% of the
Rhode Island Solar
Going solar? Good call. It’s the right choice for your pocketbook and for the climate. If everyone in Rhode Island used solar power, it would take 8 billion pounds of carbon out of the atmosphere every year—according to the EPA’s greenhouse gas calculator, that’s the equivalent of planting a forest that would cover an area
Kansas Solar
Going solar? Good call. It’s the right choice for your pocketbook and for the climate. If everyone in Kansas used solar power, it would take 71 billion pounds of carbon out of the atmosphere every year—according to the EPA’s greenhouse gas calculator, that’s the equivalent of planting a forest that would cover more than half
Solar Stations
The solar energy conversation is buzzing with the introduction of Tesla’s solar roofing tiles. But you don’t need to buy a $50,000 solar roof to clean up your energy footprint. There are less expensive ways to dip your toes in the wellspring of solar energy. The answer is a solar station, which also opens the possibility of
New Jersey Solar
Going solar? Good call. It’s the right choice for your pocketbook and for the climate. If everyone in New Jersey used solar power, it would take 34 billion pounds of carbon out of the atmosphere every year—according to the EPA’s greenhouse gas calculator, that’s the equivalent of planting a forest that would cover an area
New Hampshire Solar
Going solar? Good call. It’s the right choice for your pocketbook and for the climate. If everyone in New Hampshire used solar power, it would take 10 billion pounds of carbon out of the atmosphere every year—according to the EPA’s greenhouse gas calculator, that’s the equivalent of planting a forest that would cover nearly two-thirds
Wyoming Solar
Going solar? Good call. It’s the right choice for your pocketbook and for the climate. If everyone in Wyoming used solar power, it would take 104 billion pounds of carbon out of the atmosphere every year—according to the EPA’s greenhouse gas calculator, that’s the equivalent of planting a forest that would cover nearly two-thirds of
Alaska Solar
Going solar? Good call. It’s the right choice for your pocketbook and for the climate. If everyone in Alaska used solar power, it would take 8 billion pounds of carbon out of the atmosphere every year—according to the EPA’s greenhouse gas calculator, that’s the equivalent of planting a forest that would cover 2.8 million acres
Ohio Solar
Going solar? Good call. It’s the right choice for your pocketbook and for the climate. If everyone in Ohio used solar power, it would take 210 billion pounds of carbon out of the atmosphere every year—according to the EPA’s greenhouse gas calculator, that’s the equivalent of planting a forest that would cover an area nearly
Delaware Solar
Going solar? Good call. It’s the right choice for your pocketbook and for the climate. If everyone in Delaware used solar power, it would take 11 billion pounds of carbon out of the atmosphere every year—according to the EPA’s greenhouse gas calculator, that’s the equivalent of planting a forest that would cover an area more
Nevada Solar
Going solar? Good call. It’s the right choice for your pocketbook and for the climate. If everyone in Nevada used solar power, it would take 32 billion pounds of carbon out of the atmosphere every year—according to the EPA’s greenhouse gas calculator, that’s the equivalent of planting a forest that would cover 17% of the
Oklahoma Solar
Going solar? Good call. It’s the right choice for your pocketbook and for the climate. If everyone in Oklahoma used solar power, it would take 107 billion pounds of carbon out of the atmosphere every year—according to the EPA’s greenhouse gas calculator, that’s the equivalent of planting a forest that would cover 90% of the
Georgia Solar
Going solar? Good call. It’s the right choice for your pocketbook and for the climate. If everyone in Georgia used solar power, it would take 132 billion pounds of carbon out of the atmosphere every year—according to the EPA’s greenhouse gas calculator, that’s the equivalent of planting a forest that would cover all of the
South Dakota Solar
Going solar? Good call. It’s the right choice for your pocketbook and for the climate. If everyone in South Dakota used solar power, it would take 7 billion pounds of carbon out of the atmosphere every year—according to the EPA’s greenhouse gas calculator, that’s the equivalent of planting a forest that would cover 5% of
Mississippi Solar
Going solar? Good call. It’s the right choice for your pocketbook and for the climate. If everyone in Mississippi used solar power, it would take 53 billion pounds of carbon out of the atmosphere every year—according to the EPA’s greenhouse gas calculator, that’s the equivalent of planting a forest that would cover nearly two-thirds of