Build Own Solar Panel

As most of you will know, purchasing solar panels is an expensive business. So expensive is the cost associated with installation of a solar system, it has put most of us off buying them.

Earth for Energy has developed a guide that shows you step-by-step how to build a solar panel. These how to build a solar panel guides (around $40) will walk you step-by-step via an illustrated manual and easy to follow videos through the process of building your own DIY solar power kit.

The guide shows you how to build a solar panel and generator with materials available from your local hardware store for less than $200! compare this to the thousands of dollars you would normally have to outlay and I am sure you will agree its an investment worth making.

Once installed you will soon be on your way to saving some serious money. The instructions are literally child’s play to follow, in fact get the whole family involved in the project, its educational and fun!

So don’t wait any longer, join the over 1 million US households implementing solar energy in one form or another. Remember not only will you be saving money by slashing your power bills by as much as 80%, you will also be doing your bit for the environment as solar is a clean, renewable energy source.

NOTE : If you act now you can save $40 off the normal price of the earth 4 energy how to build a solar panel and solar generator guide Click Here for more information.

Like most things released in this format there are some products to avoid, Click Here for a review on the best DIY Solar Power Kits available on the web

Jon Elsdon
http://www.articlesbase.com/environment-articles/how-to-build-a-solar-panel-earth-for-energy-diy-solar-kit-review-741101.html

Solar homes. Many people talk about them, although few in the U.S. do more than talk. They are said to reduce utility bills. Some say a solar home cuts utility bills drastically. Some are able to sell excess power back to the power grid. Savings are not automatic, however. Steps must be taken to make the solar home efficient; to conserve the electricity that is produced.

Ways to conserve solar photovoltaic power in the home must be found. The home owner must actively seek out ways to make those photovoltaic (PV) panels on the roof as efficient as possible. Photovoltaic power is free, but it cannot be generated in unlimited quantities. It is important to take measures to use it to best advantage.

Of all the ways to conserve solar photovoltaic power in the home, the most important is probably replacement of power-gobbling electric appliances. Home lighting can also be changed to conserve solar photovoltaic power (PV power). Finally, power usage can be reduced by making every person in the solar home conscious of conservation methods.

12 Ways to Conserve Solar Photovoltaic Power in the Home

1. Shop for energy-efficient appliances and home electronics for your solar home. Most products in this category carry EnergyGuide labels. These labels give an estimate of the products’ energy consumption or energy efficiency, and show the ratings of similar appliance models. In the U.S., appliances and home electronics that meet strict Department of Energy (DOE) and Environmental Protection Agency (EPA) energy efficiency criteria carry Energy Star labels.

2. Replace an electric water heater in a solar home with an energy-efficient propane or natural gas heater. Connect the new water heater to a solar water heater system. The sun will preheat the water, and the new unit will have less work. Wrap the water heater with thermal wrap to retain heat.

3. Replace the solar home’s electric furnace with an energy-efficient propane or natural gas unit. Install a solar panel air heater to reduce the work load of the new furnace. If you are building a new solar home, consider passive ways to heat the floors and air, further reducing the workload.

4. If the solar home is in a hot, dry climate, use an evaporative cooling unit in place of an electric air conditioner.

5. Check weather stripping around all windows and doors. Seal cracks and openings. Stopping air leakage in and out can improve indoor climate control in every season.

6. Insulate the solar home well. Insulation will keep heat or cool air from escaping. It will also keep outdoor cold or heat from entering readily.

7. Use heavy, insulted drapes and window shades/blinds in the solar home to keep out hot or cold air, making cooling and heating units work more efficiently.

8. A serious solar home owner can save even further by using a solar oven for cooking whenever possible. Especially good in hot climates or summer months, a solar oven will cook food with solar energy, and avoid heating the home. Money is thus saved in two ways.

9. Control of computer usage is another of the many ways to conserve solar photovoltaic power in the home. Monitors should be turned off whenever the computer will not be in use for 20 minutes or more. The CPU and monitor both should be turned off when the unit will not be used for 2 hours or more. Power down or sleep modes should be set.

10. Replace light bulbs with Energy Star qualified compact fluorescent light bulbs. If every U.S. home replaced just one light bulb with one of these bulbs, we would save more than $600 million in annual energy costs. To the solar home owner, such savings are vital.

11. Maximize your use of daylight, turning on lights only when necessary. Use windows to advantage, and install skylights where possible.

12. Landscape your property to block the heat of summer sunlight, permit winter sunlight. Deciduous trees near the solar home will shade windows in the summer, and let warming sunlight through in winter months.

Ways to conserve solar photovoltaic power in the home are not limited to these twelve, but if these alone are used, the increase in efficiency will be tremendous.

Anna Hart
http://www.articlesbase.com/home-improvement-articles/solar-home-conserving-pv-power-172506.html

Solar power electricity can also be called as solar photovoltaic (PV) systems. It strikes into the same abundant and free energy resource as solar thermal technology. PV cells consist of semiconductor materials that convert sunlight into electrical energy thorough the photovoltaic process. On their own, the voltage and current level produced by individual cells are not particularly useful, but when many cells are connected together to form modules (panels), more practical energy can be produced. We call this energy as Solar Power electricity.

Various materials and technologies exist for solar power electricity, all have their own specific characteristics, advantages and disadvantages, and lot of it varies from consumer to consumer based on their preference and requirement. Despite the fact that they cost more than the other renewable energy sources, they actually offset the most expensive energy bought and used in home electricity. Beside the rise up of electricity prices solar power electricity has become more attractive more domestic consumers.

Solar power electricity lacks any mechanical components, it is silent in operation and highly reliable. It has no moving parts so it works perfectly well without any need for maintenance. The modular nature of PV allows for system design and rating to be amended at any time easily. Additionally, PV can be integrated into the fabric of the building as well as being mounted on the roof, or into a specially design frame. PV produces on-site electricity, bypass all the losses associated with electrical transmission over the national grid and saves hundreds of kilograms of carbon emissions per year in the process.

A well designed system in a suitable location should produce between 700 and 850 kWh of electricity per year. Solar power electricity system of 1.5 and 2.5kWp could generate fifty percent of the electricity requirements for an average home. This adds to its attraction because this is the world of less expenditure and more production, and merely Solar Power Electricity totally satisfies the need of the day.

pratibha
http://www.articlesbase.com/home-improvement-articles/solar-power-electricity-678184.html