The sun projects light and heat on our planet Earth. Its closeness is dramatic when seen in the daytime when all other stars can only be observed at night. This alone attests to its power of energy. Outdoor drying of our clothing is one insignificant example of the suns potential as an energy source. Plant life has depended on the suns rays for thousands of years in the production of food. The food that is not eaten becomes decayed and forms fossil fuel that we used in the form of oil, gas, and coal. Even nuclear energy can be traced to the power of sunlight. A nova, which is an exploded star, emits uranium atoms that are necessary in the production of nuclear energy.

The uses for the suns energy are infinite. Humankind has long made use of its properties. The 1890’s found people heating their hot water with solar energy. Cheaper than wood and coal, it was also a cleaner alternative. In the U. S. The states having the sunniest and warmest number of days emerged as the first ones to use solar energy for heating water. Solar panels to heat water were installed in thousands of homes by the 1920’s. When greater amounts of oil and gas were found and prices plummeted for these fuels, many reverted back to their use. Presently, there is concern that the demand is beginning to exceed the supply and solar energy has moved again to the forefront.

Electricity is another horizon being developed with the use of solar energy. Located in California’s Mojave Desert, one can find row upon row of solar mirrors. These mirrors are called parabolic troughs as they collect sunlight in a specific way. The suns heat becomes so intense that it can boil water and the resulting steam in turn will power a turbine to produce electricity. Other forms of power plants, some still in the experimental stage, are focusing their efforts toward greater efficiency in the production of electricity.

Photovoltaic cells, referred to as PV cells, are capable of changing sunlight into electricity. When the sun hits one of these solar cells, or PV’s, electron are loosened and then they move to a treated front surface that creates an imbalance between the two surfaces. As if there were a wire joining them, the surfaces act as a connector and electricity will flow from the positive and negative sides. Tracking devices allow these modules to follow sunlight for an entire day collecting more and more energy.

Available for use right away, this is a direct energy form. From the sun, to the solar cell, and then to electricity, our homes can be illuminated and our appliances powered. Electrical energy stored in batteries can power roadside emergency phones and light up roadside billboards during night time hours.

There is still much to be discovered with the ongoing research of solar technologists. One of the latest frontiers is the electric powered automobile. The capability of PV cells in turning the suns energy directly into electricity will enable the motor s use of the electricity to keep it running smoothly, efficiently, and cleanly. The pollution created by older methods of power will disappear with the use of the suns energy. Technology that at one time was located miles above the Earth is now literally at our fingertips.

The future of electricity is in wind power. The power of the wind has worked for mankind for many centuries. The future of electricity is in wind power. Wind Energy

The use of solar panels is one of the best ways to supply all of your hot water needs.

Your consumption of fossil fuel will be greatly diminished by using solar energy for electricity as well, and may even disappear altogether and keep in mind that many energy providers and government agencies have rebate plans for people who install solar power as well so Oregon solar panels have the potential to decrease your electric bill.

To get your hot water supply from the sun, you will have to do several things. Figure that you will need approximately a 30 pound capacity of water per person in the household.

A greendiyenergy expert suggests that to figure out how much thermal panel you will need for the roof or where you are putting the system that you will need approximately 20 square feet for two residents and for more people add around 8 square feet each, although you may want to make it up to 14 feet if you live in a particularly cold region.

Find out where you want to put the panel. On your roof is usually the best place as you can secure mountings to the rafters and may be convenient to run pipe to your hot water heater. It is a good idea to layout exactly where everything goes to ensure that it can be securely mounted to the home. After you have attached the mounting hardware to the roof, go back and use some type of compound to cover any holes that are made by the screws. Install the thermal panel on rails insuring they are secure enough to withstand rain or poor weather. For the panel connection to the water pipe, you will have to install a roof boot. Use flashing, and caulk if needed, to make the boot’s connection to the hole surrounding it watertight. Connect the piping on the roof to the supply that you have inside the house with copper pipes. Make sure that there are no leaky connections. Once everything is done, fill up your tank and turn your system on. Those are the basic steps although, for most people this might be more of a job for a professional to undertake, it can be done by the homeowner who does his homework and checks out other people’s greendiyenergy review to find out what pitfalls and mistakes should be avoided.

Solar panels are a great way to cut you electric bills. A good handyman can accomplish this goal on their own if they want to. Anyone with some basic skills will find that this is a project that can be completed in a relatively short time. But it is not something that should be done without proper knowledge. Be aware of several things when you are undertaking this task. Pick out your photovoltaic panels and appropriate panel mounts and tools for installation. Use a stud finder to find the rafters and align mounts. It is better to measure twice to know that the brackets are put in the same distance from each other. Once everything is on the roof, tie all of them together to form a single unit. Tie the panels into you power system using an inverter.

These type of systems do not require a lot of maintenance to keep them running. A homeowner will be able to sit back and enjoy their savings. A homeowner will get a sense of relief knowing they control their electric usage and how much they pay.

If you are looking to build a quality solar panel for under 100 bucks, go to GreenDIYEnergy for an unbiased review to see if it can help you . For more info,click this link GreenDIYEnergy Review or visitwww.greendiyenergyexposed.com

#1 Plug everything in the office into a power strip.

Computers, printers, recharging stations, radios or televisions and even your light fixtures can be plugged into power strips. At the end of each day or each working session, turn off your different electronics and also turn off your power strip.

This will conserve a tremendous amount of energy because several electronics continue using energy even when they have been powered down. Switching off the power strip eliminates energy usage when electronics are not in use. And only turning on the item when you need to use it will save you energy too.

Additionally, some power strips are surge protectors, which offers the electronics protection against powerful electrical surges which can be caused by lightening and other factors.

#2 Passive Solar & Wind Power

Passive solar is the practice of using the sun’s energy passively For example, you can use the sun’s power to heat your office in winter time by opening the drapes and letting the sun’s rays warm the office. In the summer you’d want to close the drapes to help your office remain cool.

The wind’s power can also be used to cool the office in the summertime by producing cross breezes. Open windows on opposing sides of the office to produce a path for the air current to flow. As the air passes through your office it can help it stay cool.

Fans are also a big help although they generally run on electricity, they are more affordable cooling methods than air conditioning which can cost more than $500 a summer.

#3 Active Solar

There are numerous office products currently available that utilize solar cells to maximize the sun’s energy. You can buy laptop bags with solar cells to provide power to your laptop. You can buy solar recharging stations and recharge all of your electronics. You can also purchase solar powered electronics.

Lastly, organizing your office for maximum ventilation will help it stay cool in the summertime. For those who have boxes piled and furnishings sitting over vents there won’t be any way for the cool air to flow into in your office. Clean house and reduce clutter for optimum energy savings.

There are numerous methods to become more power efficient in your office. Use the power of the sun and the wind for cooling and heating and be smart about switching off and on your electronics whenever you will need them. Use only as much as you’ll need.

Want to find out more facts about solar energy, then visit Ben Jerry’s site on solar energy information.