Solar and wind power for the home are among the most widely used types of alternative energy. When combined they create an environmentally friendly, continuous alternative energy system that can be used to power your home. This system can also be hooked up to the grid so that any excess energy that is needed can be supplied by your utility company. This is a good backup plan should there be no wind or the weather is particularly inclement.
In a solar power system, the light from the sun is the source of electricity. Solar panels are mounted onto a roof, poles, or on the ground. The panels are lined with a semiconductor material that creates electricity when hit by the rays of the sun. Most mounts are equipped with motors that let you tilt the panels to face the sun as it moves through the sky.
The electricity that is generated by solar power systems is then routed through a regulator/controller to an inverter or battery bank depending on your installation. The inverter converts the current to alternate current that can be used in the home for all your major appliances.
Electricity generation in a wind power system is similar to that of solar power systems, except for the generation part, which occurs in the body of the turbine--that's what most of us would call the giant fan--that will spin away at the top of the huge towers they are often mounted upon.
In a wind power setup the wind turns the blades of the wind turbine the shaft of which is routed into a generator which as it spins creates the electricity. That electricity is then routed into your structure's electrical or storage system to provide power on its own or as a backup to your solar power.
With wind power, the most significant cost is the wind turbine. Still, the turbine will be more inexpensive than the total solar equipment you'll be required to purchase. The downside is that the turbine must be located in a spot far off the ground, usually needing to be mounted on top of a tower of some sort which can be expensive. The installation of solar power will probably require zoning authorization from the municipality and significantly more planning.
When you use solar power in combination with wind power, each part can contribute to the overall energy output. This can add up and put a significant dent in your utility bills if the conditions are right. Some guides to create such systems claim that you can build a hybrid system for the home for around $400. This is possible if you use discounted parts and do all the labor yourself. This may not be for everyone but because it is so cheap to put up, it may be a worthwhile project for any DIY enthusiast.
In a solar power system, the light from the sun is the source of electricity. Solar panels are mounted onto a roof, poles, or on the ground. The panels are lined with a semiconductor material that creates electricity when hit by the rays of the sun. Most mounts are equipped with motors that let you tilt the panels to face the sun as it moves through the sky.
The electricity that is generated by solar power systems is then routed through a regulator/controller to an inverter or battery bank depending on your installation. The inverter converts the current to alternate current that can be used in the home for all your major appliances.
Electricity generation in a wind power system is similar to that of solar power systems, except for the generation part, which occurs in the body of the turbine--that's what most of us would call the giant fan--that will spin away at the top of the huge towers they are often mounted upon.
In a wind power setup the wind turns the blades of the wind turbine the shaft of which is routed into a generator which as it spins creates the electricity. That electricity is then routed into your structure's electrical or storage system to provide power on its own or as a backup to your solar power.
With wind power, the most significant cost is the wind turbine. Still, the turbine will be more inexpensive than the total solar equipment you'll be required to purchase. The downside is that the turbine must be located in a spot far off the ground, usually needing to be mounted on top of a tower of some sort which can be expensive. The installation of solar power will probably require zoning authorization from the municipality and significantly more planning.
When you use solar power in combination with wind power, each part can contribute to the overall energy output. This can add up and put a significant dent in your utility bills if the conditions are right. Some guides to create such systems claim that you can build a hybrid system for the home for around $400. This is possible if you use discounted parts and do all the labor yourself. This may not be for everyone but because it is so cheap to put up, it may be a worthwhile project for any DIY enthusiast.
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Find out more about the solar power water boiler at http://www.solarpowerappliances.com.
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