Sun-Believable: Solar Paint Essay
Sun-Believable: Solar Paint
Solar energy is a great way to conserve the environment. There are many ways to use the sun’s energy to create electricity. Many people and businesses have chosen solar panels as a way to receive electricity, but is that really the best option? A Sun-Believable, a cooperative business that provides solar paint, will benefit the Austin community in many ways by allowing an environmentally- safe and inexpensive way of accessing electricity.
There is no need to hire someone to put up solar panels. Installation is expensive and time-consuming. Solar panels are not a do-it-yourself delight. Installing them can be complex and typically requires someone certified to do it. Solar paint is applied the same way as any other kind of paint, so it’s an easy project. A “Sun-Believable” cooperative business will provide different shades of solar paint for the community of Austin.
Greenhouse gasses will be reduced with the use of solar paint which will definitely impact the society in a positive way. The researchers, led by Professor Prashant Kamat, have created a new solar paint, which is laced with power-producing nanoparticles capable of producing electricity. Solar paint will serve the same purpose of solar panels, but without the bulk and extra money and work to make the panels. Generating renewable energy with solar paint will allow people to get rid of bulky solar panels. The sun is a very powerful source, and with its help all you would have to do is paint your house to receive electricity.
Solar paint is inexpensive and the best option for a source of electricity. Depending on the location and design of your system, the typical home installation ranges from 3 to 7 kilowatts and solar panels cost between $18,000 and $40,000 to purchase (“Cost of Home Solar Power Systems”). Researchers set out to revolutionize the field of solar energy production by creating a cheap and effective way to harness the sun’s free and plentiful energy. The paint contains nanoparticles of titanium dioxide with either cadmium sulfide or cadmium selenide and mixing with a water and alcohol solution to create a paste. When this paste is applied to a transparent conductive material, it can create electricity when exposed to sunlight. Solar paint is a simple-to-make paste and easier than making space-consuming panels. Solar panels are expensive, and with payback of ten years or more, they require a real commitment.
Sun-Believable will make a dramatic impact on the Austin community. Environmental scientists will serve as vital members to help educate the Austin area about the advantages of solar paint. Not only does this create another option for solar energy, it will eventually eliminate solar panels. Not having to produce solar panels would mean that there would be less money spent and less pollution going into the air because panels wouldn’t have to be produced or shipped anywhere. Having the benefit of accessing electricity by painting any surface while helping the environment makes solar paint that much better. By purchasing and applying solar paint to whatever surface needed you will become a member of this great new product. With a swish of a brush you’ll be able to receive electricity by switching to solar paint.
Solar paint is a great resource and would make Austin a more environmentally-safe community. Just by painting a house people would be able to access electricity. Purchasing solar paint would help the Austin economy in the long run. Accessing electricity while helping the environment has never been easier than, or as inexpensive as solar paint.
University/College: University of Chicago
Type of paper: Thesis/Dissertation Chapter
Date: 2 January 2017
We will write a custom essay sample on Sun-Believable: Solar Paint
for only $16.38 $13.9/page