The total energy bill of an average US household is $3000 a year, and news headlines in May 2010 definitely did not offer much hope to householders. The power announcements were followed by a set of predictable interviews, which showed that those with fixed incomes have planned big changes to their expenditure to continue using electricity. Despite the drawbacks of using power supplied by the local power station, none of these householders are planning on installing residential solar power systems. Why so?
Do you wish to install solar powered products at home but are discouraged at the thought of the huge investment you would have to make? The cost, perhaps, is the biggest disadvantage of commercial and home solar systems. Despite government incentives and general lowering of prices, solar panel systems remain unusually extravagant options and can be afforded only by the affluent. However, you can procure home solar power kits and assemble a solar generator from parts available at local stores. A small sized solar power generator can be built for $250-$350, depending on the quality of material you purchase.
According to the US Energy Information Administration (EIA), the average annual cost of residential electricity in 2010 is projected to be 11.64¢ per KWH. The average winter heating expenditure of 2010 is estimated to be $957 per household, which means a 1% increase in prices since last year. If you feel that your energy bills are exceeding your budgetary limitations, it is time you switch to solar power. Purchase home solar power kits and save thousands of dollars on professional solar panel installation.
Installing photovoltaic systems at home to reduce the carbon footprint is more than a good idea…it is lucrative as well. Unlike the minimum amount of $60 paid by homeowners, solar electricity will not cost more than $12 per unit. Additionally, those with photovoltaic solar energy systems at home can even benefit from the performance-based incentives and rebates offered by various state governments. However, there are a few factors to be kept in mind while installing solar units at home.
The detrimental effects of global warming are manifesting in the form of higher temperatures, gradual rise in sea levels and rapid weather changes. Nowadays, increasing number of homeowners are opting for residential photovoltaic systems and becoming independent of the grid. Photovoltaic solar energy systems utilize the inexhaustible sun rays to produce electricity. Moreover, the process of power production does not lead to the emission of harmful gases. Apart from environment concerns, a major reason for taking recourse to alternative energy source is because of the surging prices of fossil fuels. Many prefer residential solar electric systems inter-tied with the grid because, along with the state incentives, it is a viable option.
As much as installing residential solar PV systems can prove useful, a lot of consideration must go into their purchase. Although it is relatively easy to assemble a solar array on your rooftop or in the backyard, most prefer purchasing smaller panels and arranging them in an array. The following are some tips on how to purchase and install solar panels.
What happens when your power grid crashes? Perhaps, you use inverters and generators as power backup. Therefore, your expenditure is not limited to conventional power supply, you also have to invest in a power backup source. Adopt home solar power systems to completely eliminate the problem of power shortage from your life. Investment in residential solar systems will not only help you fight your rising energy bills but will also reduce adverse environmental impacts. To top it all, energy resources are depleting at a very fast rate and it is only logical that one utilize natural energy that is available in abundance.
Many shy away from solar home power systems considering them expensive and cumbersome to install. This is a misconception. Moreover, when the many uses of the system and their benefits to the present and future generations are taken into account, the slight expense of installation is negligible.
Renewable, free and nowadays, even cost-effective, solar energy, when harnessed and converted into usable power, can prove to be a great way of saving thousands of dollars. In addition to generating savings, solar power products also contribute immensely to the environment. Consumption of household electricity itself can release about 6 tons carbon dioxide into the atmosphere. By installing solar panels you can reduce your carbon footprint by 35%!
Are you worried about your rising electricity bills at homes? Switch to solar energy solutions and experience a great cost-effective way of powering and heating your home. An increasing number of homeowners are opting for home solar power kits to enhance the value of their homes and, in the process, reduce the carbon footprint. Also, solar power kits are the most economical way of learning how to construct a solar power grid. However, there are some factors that must be considered before purchase.
Although residential solar power systems have gained in popularity since the previous decade, there still are some restrictions on its use. The restriction arises from certain misconceptions surrounding residential solar power systems and also due to limited knowledge of it usage. Some believe that solar power products find utility only in the homes of environment-conscious people. However, with the rapid rise in global warming, concern for the environment must be shared by all, not just by a few. Moreover, the benefits of solar powered products are not limited to the environment but can prove to be greatly advantageous for you as well.
Several myths and misconceptions surrounding residential photovoltaic systems discourage people from installing them at home. It is generally believed that solar energy installations are expensive and non-durable. Therefore, they are used only by the environment-conscious people. However, with the introduction of thin film photovoltaic solar energy systems, none of these theories hold true. The new thin film PV technology supports quick manufacture of devices by automated processes, thus reducing cost of production. They have also proven to be more durable and functional.
Oregon State University has announced a major breakthrough in photovoltaic solar energy. Researchers in the university invented a technique of utilizing continuous flow microreactors to generate thin-film absorbers for use in solar units. This path-breaking technology has the potential of reducing the price of solar devices as well as material waste drastically.
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