Below you will find the basics in a step by step process to a pain free and cost effective Solar System Installation. From initial research to getting your first solar rebate check from your electric company the path is laid out here.

1. Determine your historical energy use from your past electric bills. Pay attention to the difference between Summer and Winter power usage.

2. Determine your roof area available for Photovoltaic Panels. These Solar Panels mounted on your roof or ground contain the Photovoltaic (PV) cells which convert sunlight into DC power. South facing surface areas are best but seasonal variations in sun exposure allow for a variety of Solar Panel placements to be used. Also, new technology allows for sun "tracking" or programmed mechanical moving of the solar panels to maximize sun exposure during the day and across all seasons of the year.

3. Contact a licensed and aproved Solar Installation Contractor(s) in your area to perform an on-site consultation. Your contractors will know all the current solar technologies available and how to take advantage of all possible Federal, State, and possibly local solar tax rebates, grants, etc.

4. The Solar Installation Contractor will determine best location for your Photovoltaic Panels and best Inverters to use for the size of the Solar System. Location of solar panels may vary as well as type of panels. Inverters (which convert the solar panel current from DC to usable AC current) need to be chosen based on best size and type for the system as does the Production Meter (explained below). The power from the Solar Panels are sent to an Inverter (or power converter) which converts the DC electricity from the solar modules to AC power, which is the same type of power being sent from your utility company to your home or business. 5. Discuss all costs for various solar electric system options and installation timing with your Solar Installation Contractor to finalize all variables. Once all is decided upon it is the time to sign the contract with your Solar Installation Contractor.

6. Your Solar Installation Contractor will submit applications to your electric utility and begin paperwork with all possible Federal, State, and possibly local tax rebates, grants, etc., to save you the maximum money possible.

7. You will then sign a contract with your electric utility. This is called a Net Metering Agreement and states that the power utility will credit your account for the excess power you produce which flows to the power grid. Also an important consideration is the use of a Meter Monitor. This will allow you to be given credit for power you generate at different rates. These rates can be Peak and Off Peak Rates. These rates are dependent on time of day you produce power, day of the week, and month of the year. Peak Rates are often summer afternoon week days. If you send power to the grid during peak times, you will get credit at the higher, peak rate. When you gain credit and then draw on your credit at Off Peak periods your account will be debited at Off Peak rates. If all of the electricity being generated by your solar energy system is immediately being used, your meter will not "spin backwards".

8. Your Solar Installation Contractor will generate design drawings and pull all permits needed and, when you are ready, will install your system. Once completely installed your County or City will inspect the system to insure compliance of your system and insure you are elligible for the Solar Tax Rebates and / or benefits you have applied for.

9. You Utility Company will be Sending you your Solar Rebate Check 6 to 8 Weeks after Inspection of System.

10. Enjoy decades of environmentally friendly and maintenance-free electricity solar power while adding value to your home! Give yourself a good pat on the back for saving money AND the planet.

In these days of high electricity consumption, it has become possible to save money on electric bills as well as increase the value of one's home and also make the world a little bit cleaner by using a home solar energy system to meet the electricity needs of the home.

It involves setting solar modules on or near the home to collect free and clean as well as safe energy from the sun and converting the sunlight into electricity which is instantaneous in the case of the home solar power system, since there are no mechanical parts involved.

To convert the DC power into AC power one would need an inverter and the home solar power system sends excess electricity to the local utility for credit and the home electricity meter actually reverses when the home solar energy system generates more electricity than is consumed by the home.

Reputed manufacturers are selling their own home solar energy systems and finding one should not be a problem what with big names such as BP making such products. Using such systems means that the solar power system is automatic - very much like the savings it affects.

Sunwize Residential Grid-Tie Systems

This home solar energy system supplies reliable power for the home using top quality UL listed products and includes solar modules, UniRac SolarMount mounting structure, inverters, cables as well as all necessary hardware and electrical components. These systems are modular and so one can combine multiple units together and the SunWize grid-tie systems are NEC code requirement compliant that meet US safety standards and come with a twenty year warranty on power output as well as a five year system warranty.

Before deciding on a home solar energy system, one should determine beforehand how much power is required to be used in the home and for this one may need to list all the loads that are planned to be run, along with the amount of voltage and the daily hours of operations.

Once these parameters have been arrived at and quantified they can be compared with the different home solar power systems to determine which would be most suitable.

Using a home solar power system would greatly reduce the power bills as well as help in keeping the environment free of pollutants and very often, it helps in generating excess electricity that exceeds the electricity needs of a home and is thus an economical solution to high priced utility services.

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