Solar Energy

The world's efforts to veer away from the highfossil fuels. Architectural features such as insulation
environmental costs of power sources such asand efficient lighting and appliances help reduce the
fossil fuels has led to aggressive developments inusage of energy in any structure. Even heating
the field of solar energy. Now there are manyand thermal cooling systems are now powered
ways of harnessing energy from the light of theby solar energy, and so are circulation pumps.
sun, and more and more solar power applicationsA lot of Concentrated Solar Power (CSP) plants
are being implemented.are now being built in developed countries and will
Solar energy technically refers to energy fromsoon replace existing power sources. Japan,
the sun. This "energy" is actually electromagneticAustralia, Germany and the United States are
radiation, which the sun abundantly sends out toamong the countries actively pursuing the shift to
the earth. So bounteous is solar energy that thesolar CSPs.
planet is only able to use a very small fraction ofThere's good news: solar energy is getting
it - about 400 million times less than what the suncheaper. The average retail cost of a large solar
gives. Scientists and inventors are now findingpanel is now only $4 per watt (from about $7
new ways to channel all the unused energy forjust a few years ago). The decline in prices is
more practical applications.slow, but is enough to make developers optimistic.
Solar energy also encompasses "indirect" formsTax and rebate incentives have also been given
of energy from the sun, like wind, hydropower,to the solar energy industry, enabling developers
and biomass, among others. Solar energy is nowto work more aggressively without worrying
being incorporated in industries ranging fromabout overspending. This means that the world
architecture to mass energy (power plants).may be powered entirely by the sun sooner than
Many industrial buildings and homes now employwe think.
solar designs to substitute for grid electricity and