Purchase Solar Panel | Make your own

Kyocera solar panels have a long history of being the panel of choice among both homeowners and contractors alike. They have earned this distinction by building some of the best-valued solar panels available today. They have also been building panels longer than most companies and started their panel development back in 1975, long before many of the companies now selling solar products were even started. They released their first commercial panels in 1978 and have been innovating ever since.

There are several different styles of Kyocera solar panels and they are designed to cater to a specific need. The original commercial products from Kyocera were built for the portable solar power market and were created to supply a reliable amount of 12VDC power for campers and RV’s. These have been improved through the years and are still available today. Later models have been adapted to work in both commercial and residential solar markets and are available in voltages up to 60VDC or higher for these settings.

Even though Kyocera solar products offer some of the best efficiency on the market, their real value is that they do this at a lower price than their competition. Even though there may be other panels with a slightly higher efficiency rating, they are much more expensive and as a result they provide less of a value for consumers. The Kyocera panels strike the perfect balance between efficiency and cost, which helps them stay popular with consumers.

Kyocera also help you protect your investment in their products by offering several warranties on their panels. First, they offer a standard 1-year warranty against defects in materials and workmanship, which almost every manufacturer offers. They also offer a two-stage warranty on the output power of the Kyocera solar panel products, which is fairly unique in the industry.

The Kyocera warranty guarantees that if the panels fall below their minimum output rating by more than 10% in the first 10 years, or 20% in the first 20 years that Kyocera will either deliver additional modules to make up the difference, or replace the panels.

This is an impressive peace of mind since most panels won’t actually die completely; they simply start to lose their ability to generate their peak power. With the Kyocera panels you are protected if they start to decay over time. This means you can be sure to get decades of use out of your solar power system if you select these Kyocera panels for your solution.

Article Source: http://EzineArticles.com/3780274

??

People can be attracted to solar power for different reasons. Most do want to make difference to green house emissions. Most people going to solar energy want to power their home in order to be off the grid. Or they may want to be protected from service interruptions. Many will adopt a DIY approach to home solar power.

Over the last two years electricity prices have risen in most capital cites and we are almost certain to face more rising electricity prices over and above the cost of inflation into the foreseeable future. Energy demand is projected to grow steadily over the next several decades, and supply will become more constrained (or expensive) as governments from all over start incorporating the cost of CO2 emissions into the cost of generation from fossil sources. This will also act to drive solar prices down, as increased demand creates greater innovation and greater economies of scale. Hence solar is being seen as a solution.

Two types of solar systems are effective in the typical average home: * Solar Hot Water – heats your water * A diy photovoltaic solar panels Power System – creates electricity. The PV solar panel is a panel created to capture solar energy and make it into electricity. PV converts the sun’s rays to useable electrical energy using a series of cells on a solar panel. The energy converted is delivered by hard wiring to the home’s power circuitry. PV is now being used to provide price-competitive, zero greenhouse emission energy to homes and businesses across the country.

The use of PV – photovoltaic technology – is increasing. It has been used to power homes for many years, and with good reason. Sufficient sunshine falls on the USA to provide the nation’s total energy needs. With a few solar modules the homeowner can capture some of this energy, and a diy photovoltaic solar panels project can be very satisfying. The starting point for a diy photovoltaic solar panels system is to gain an understanding of how much power you are currently using; how much power you will obtain from different alternate energy sources, and how much of a percentage of your needs they will supply. You will need to dig out your electricity bills for the last year. Work it out for an entire year and you can then determine the average usage on a true daily average. Add up the number of kilowatt-hours you have used over the year, and divide that number by 365. Now you’ve got your average usage in kilowatt-hours per day. You can then start looking at hooking your solar energy system to the grid-connect systems that are available. You need to think about your location and calculate how much electricity they can produce. These are based on calculators which each electricity supplier or provider will have on their website.

If, for example your household is using an average of 20 kilowatt/hours per day, that means that a 2 kW system producing an average of just under 10 kilowatt/hours per day would provide almost half your electricity needs. Note that these calculations presume an optimum installation. Variations from true north in the southern hemisphere and true south in the norther hemisphere and from the optimum tilt angle will reduce the power output. Solar power for homes is only fully efficient when every photovoltaic cell in every panel in your system is exposed to full sunlight. For diy photovoltaic solar panels for the home, note that even the smallest shadow of a tree branch on one photovoltaic cell can dramatically decrease the efficiency of the overall system. The solar energy collected is converted to electricity through the PV process.

Article Source: http://EzineArticles.com/5428765