Maybe it’s just that we’re all too addicted to our own despair to see the answer we so desperately seek under our collective noses. I know. It’s hard to let go. Kind of like picking at a scab. You almost can’t not do it because there’s a certain kind of fascination to pain. All I’m saying is give this guy a chance. Google him a lot. Keep track of him, because such news outlets as the Missioulian and the Helena IR will demonstrably be the last to let you know. If the reality of such a breakthrough turns out to be even half of its promise, this is something big, in our time.
If not, then we haven’t lost anything in being naturally inquisitive, and Hopeful. We live in the age of The Jetsons, after all. We can have solar energy technology that can save the world. Our only task is to keep it from Lex Luther, who surely lurks. But there’s probably Hope.
Below is a summary of Mr. Ace’s “Solar Trap”
technology he’s apparently trying to keep from Lex Luther. You can see where I got it
here: http://www.mcclatchydc.com/2013/05/08/190575/solar-traps-improve-on-current.html
Efficiency
Current solar
technology
·
It's inefficient.
Photo-voltaic panels collect less than 20 percent of the sun's energy that hits
them. Higher-temperature solar thermal power plants radiate away most of the
energy collected.
"Solar
Trap" solutions
· Ron Ace says his device is nearly 100 percent efficient,
absorbing almost all of the solar energy that hits it and containing radiation
losses to a negligible percentage.
Cost of Energy
Storage
Current solar
technology
· It's costly to store. Rooftop photovoltaic systems
can store energy in lead acid batteries, but only at very high cost. Solar
plants that use concentrating mirrors can store energy in molten salt for 4 to
12 hours, usually enough for the plant to get through the night in the desert.
To increase that to a week would more than triple the cost of a solar thermal
plant.
"Solar
Trap" solutions
· High-temperature rooftop solar traps could capture
enough energy for economical storage in cheap materials, such as sand, for as
long as desired. When Solar Traps are used in solar power plants with arrays of
mirrors, energy can be stored cheaply at much higher temperatures for as long
as desired.
Impact of weather
Current solar
technology
· Most solar thermal power plants are being built in
the Southwest to maximize sunshine and aren't even economically viable in
deserts without government subsidies.
"Solar
Trap" solutions
· Solar Traps can be mounted on rooftops or used in
solar thermal energy plants almost anywhere, though the cost will rise
proportionately in cloudier regions.
Cost of panels
Current solar technology
· Purchasers of photovoltaic panels usually recover
costs in 15 years, roughly the life of the panels, with the help of tax
subsidies.
"Solar
Trap" solutions
· The cost of rooftop Solar Traps can be recovered in
two to four years, after which buyers will power their homes for free and can
sell excess energy to utilities, Ace says.
Cost of large
power plants
Current solar
technology
· Existing plants drawing energy from mirror fields
produce electricity at 15 to 18 cents a kilowatt hour, triple the cost of
coal-fired plants, even with government subsidies.
"Solar
Trap" solutions
· Conventional nuclear, coal and gas plants can be
retrofitted with Solar Traps and produce electricity for about 2 cents a
kilowatt hour.
Space requirements
Current solar
technology
· For current photovoltaic panels to power the
country, it would take 8 to 10 times more rooftop space than exists over U.S.
homes and businesses, enough to cover the state of Utah, and with inadequate
energy storage.
"Solar
Trap" solutions
· Solar Traps could power the country if they covered
all existing rooftops, Ace says.
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