The Emerging Systems of Solar Power




  • Right this moment, the top solar panel systems can reach an optimum efficiency of about 15-20%. Simply because the truth that our current solar panel technology won't enable the panels to work with all available wavelengths associated with. As an example, in a ray of sunlight, there are various wavelengths. Several of these we can not even see with our human eye. The same goes for solar panel systems.

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    Sunrgi, an Israeli based solar power company, is rolling out a "concentrated" solar cell that will multiply the wavelengths associated with to produce much more solar energy over a smaller system. Even though the clients are keeping a good hang on the technology that enables this advanced solar technology, they predict their new panels will develop a kWh for a mere 7 cents. To the average household, this means a power bill of approximately $80 monthly! This beats what most Americans pay now- well over $200 per month for electricity. Better yet, Sunrgi's new panels convert an impressive 37% of sunlight to usable solar technology! That is over double the amount industry standard. Sunrgi is expecting their first panels out by mid-2009.

    The University at Tel Aviv can be making huge advancements in solar power technology. Researchers there've scrapped the idea of using semiconductors in their solar panels. Instead, they've genetically engineered "proteins using photosynthesis for manufacture of electrical energy". Commercial output of this type of technologies are several years down the road, however these panels would cost 100x under conventional silicone and may produce an efficiency around 25%. This may cause these panels very popular with poorer countries looking to look solar but cannot afford conventional silicone panels.

    Another promising technological advancement could be the rise in efficiency of thin-film solar power systems. These thin film panels use 40% less silicone than conventional polycrystalline panels, and therefore are a smaller amount expensive. Unfortunately, they also have less efficiency- around 6%. By the end of 2009, some researchers are estimating they'll be able to produce thin film solar panels with efficiency between 8-10%. This will make then more much like conventional solar panels. Plus, lots more people should be able to purchase a copy less inexpensive panels.

    Further developments in screen technology are in the car battery systems you can use alongside your panels. Yearly, new batteries emerge that last longer and store more energy than ever before. This increases the environmental friendliness of solar panel technology so that batteries must not be given away or recycled as much.

    Solar energy might appear expensive, though the long-term benefits are priceless. Where else is it possible to get 25 years or so of reliable energy costs around $80 30 days? Definitely not from your utility company. Solar energy is reliable, has zero carbon emissions and will cover itself within 8-10 a lot of purchasing. For the future of the world's electric supply, residential solar power systems may be the best solution with a limitless resource: the Sun.
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