Why Go Green With Solar Electricity?

Are you wondering how we can generate electricity using the sun? The sun offers more than enough solar energy to fulfill the world of electrical energy needs, unlike fossil fuels, which will eventually run out. As an alternative renewable energy resource, the only limit of solar energy is the capacity to produce it in an affordable and efficient manner. We have the technology and the know how to convert the sun's energy into electricity using photovoltaic cells (PV).

One alternative to solar electricity is to use wind energy. There are two types of wind generators that can be used to generate solar electricity; a horizontal axis or a vertical axis. This means that the same windmill tower is not needed, only the blades. As long as there is some wind, this source of free energy can supply your home with electricity. However, the efficiency of such systems varies greatly depending upon the wind speed and therefore the height of the blades. Such systems are also much larger than solar panels and require additional storage space.

The other method of solar power generation is to use nuclear energy. A fast reaction cycle extracts energy from uranium and triggers a chain reaction which generates enormous energy. Once the generated energy is converted to electricity, it is stored in deep underground nuclear fuel rods. This method cannot easily be moved from one location to another, except perhaps in large scale construction projects.

It is a fact that sun rays are the largest contributor of renewable energy. There is enough radiation coming from the sun to heat our bodies and the planet at the surface. The more we know about this powerful source of energy, the more we can save our environment by using it to generate electricity. In addition, solar power can save us money because it will not pollute the atmosphere like other methods of generating electricity.

Advances in solar technologies continue to make life easier for consumers. If used intelligently, solar power can save you money, reduce your need for conventional electricity, help to conserve our natural resources, and allow everyone to have some or all of these benefits. The most advanced solar technologies are becoming more efficient every year. The key to a solar technology's success is its ability to capture, transform, store, harness, distribute, and utilize the energy given to it by the sun.

When sunlight strikes a solar panel, photovoltaic cells are stimulated. These cells convert the sunlight into direct current electricity. However, there are limitations to how well they can capture the sunlight. For instance, the solar panels on houses and businesses need to be specially designed to work well in areas where the sunlight is either fully or partially obstructed by shading. This is especially true for PV-PV modules, which are often used to generate electricity in remote places that do not receive enough sunlight to allow them to function normally.

A second solar electricity system option is to "go off the grid". In this scenario, the homeowner or business owner does not connect to the electricity grid. Instead, they rely on solar power generated by batteries and a "fully-charged battery system" (like those found in RVs) to supplement the grid power. This is an excellent option for those who live in remote locations. It also has the potential to be a lot more economical than other options.

The fact is that the more we can reduce our dependence on traditional energy sources, the less money we will have to spend on "electricity" (read: gasoline and oil). Going "green" is not only good for our wallets; it is also good for the environment as well. Rather than using energy from other sources, such as wind and water, many people are choosing to use solar power and solar electricity.