You Can Live Off the Grid
The lack of power, the rapid consumption of non-renewable energy, the ever-increasing requirements for power supply, the daily warnings concerning our environment are enough indications to let us know that its time to take action. So, what can be done? For starters, how about living off the grid? If you are suprised by that proposition, let me tell you that living off-grid not only improves the environment and helps conserve power; it also reduces your electricity costs substantially. Now, there’s a real-life benefit apart from how you will greatly benefit the world. Trust me, you will feel good about doing this.

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First, let’s take a look at the advantages of living off the grid.
Reduced reliance on exhausting resources: Who wants to depend upon public utilities forever? Living off the grid helps you rely only on yourown resources and not the ones supplied by the government or corporations. How many times have you gotten angry when faced with a power outage in the midst of some important job or a party? Wouldnt it be great to take charge of such factors affecting your life? With alternate energy solutions, you can. Check this out and see how you can save your money: The Off Grid Solar Power Report

It doesn’t cost a thing when you use naturally available resources: Think about how you’ll feel when you no longer have to pay for the electricity you use. Wouldn’t it be wonderful to use all you want and not give a thought to the electric meter? You can utilize the available and abundant power that nature herself supplies to light your home and make your meals. Your quest for power can now be satisfied with solar and wind power solutions.
Reduced power bill helps you save money: How would you like it if the electricity bills stopped coming to your mailbox? The alternative power solutions give you a return on investment quickly, thus making the power supply to your home eventually free|eventually making the electricity to your home FREE!
Helping to prepare the way for a better world: Aren’t you thankful for those who long ago planted trees, knowing they may not see the trees fully mature? The trees were planted for future generations. Help secure the future of coming generations by providing them with a healthier, more ecologically sound world.

Many people know that solar chargers are a good alternative to non-renewable energy sources, but not everyone knows just how easy they are to build. The purpose of this report is to explain important information about different kinds of solar battery chargers, including how to build your own.

In the simplest terms, a battery charger may be nothing more than a power supply that sends electricity of a specific voltage to a battery. All you have to do is connect the battery to the power supply, wait for it to fully charge, and then take it out. A 12 volt battery may be recharged in a 15-18 volt power supply. The price of this systems simplicity, though, is that its easy to overcharge the battery.

When overcharged, a batterys life is likely to decrease. Overcharging a 12 volt battery too often can damage it to the point that it will no longer maintain a charge. The method for ensuring that the right voltage is used and that the battery is not overcharged is to use a charge controller. A charge controller is equally necessary when youre using a 12 volt solar charger, as it allows you to let a battery charge throughout the day without the possibility of overcharging.

The most widely used kind of charge controller for 12 volt batteries is a Pulse Width Modulation (PWM) charge controller. With a PWM charge controller, a switch is turned on and off repeatedly in relation to the flow of the electricity. Initially, the switch stays on more. As electricity is moved to the battery, the switch spends more time activated than deactivated, and once the battery is fully charged, it no longer flips back on. The charging process is overseen by a microprocessor chip. Thus, you can leave this type of charge controller plugged into a battery indefinitely, since it will only transfer electricity to the battery when necessary, without the risk of overcharging. Topping up a battery in this way is known as trickle charging, and it will allow you to make sure that a battery is fully charged for whenever you happen to need it. If youre using a 12 volt solar charger, its handy to have this feature. 12 volt batteries for recreational vehicles and boats are often charged in this way, for example.

These are the basic components that make up a 12 volt solar charger. What differentiates a 12 volt solar charger from a standard battery charger is the power source. Solar battery chargers collect power through the use of a solar panel rather than from a wall outlet. If you want to save money, building a DIY solar panel to use in a 12 volt solar charger is a great way to go. Read more at DIY Solar Panel.

For the common solar panels used on homes, the solar cells are usually around half a volt and three to four amps. Several of these cells have to be connected in order to produce the 15-18 volts necessary for a 12 volt battery charger. Its possible to find small solar panels in quite a few different voltages. You do have to match the voltage of the solar panel to your charge controller. On each charge controller, youll see a voltage rating, which indicates the correct voltage. A solar panel of 15-18 volts is usually a fairly safe bet if you cant use a charge controller for whatever reason. However, if you are using a charge controller, its important to use the appropriate voltage. You can build your own 12 volt solar charger with the help of GreenDIYEnergy. To read my article about it, visit GreenDIYEnergy Review.

Depending on the controller, the method for wiring it to the solar panel can be different. Whatever type of connector is used on your charge controller, just solder one onto the solar panel. If youre not using a charge controller, you can do so with the same type of connector thats on the battery. Spring loaded clamps are a good choice with most larger 12 volt batteries. You do have the choice of applying electrical tape instead of soldering, but soldering is a longer-lasting solution, and, in this case, its a very quick procedure. A soldering iron and solder, which you can find at lots of places including Radio Shack, are all youll need to do this. First, twist the wires together. Then, apply the soldering iron to the wires. Finally, touch the solder to the wires until it melts. There are only a couple of things to be careful of: dont burn yourself on the wires, and make sure to heat the wires directly with the soldering iron, and not the solder itself. Homemade Energy is another great guide to building your own 12 volt solar charger. If youre interested, check out Homemade Energy Review.

Its really that simple! If you can do that, you can put together a 12 volt solar charger without any problems. First, youll have to have a 12 volt battery. A charge controller with the corresponding voltage is also necessary. Buy or build a solar panel that outputs the correct voltage for the charge controller. Then, you just need to connect the solar panel to the charge controller, then connect the charge controller to the battery as explained. Thats it; now, youve got free power forever! Whats more, you get some serious residual benefits: you save money, because you dont have to pay for the electricity you need to charge the battery; you reduce emissions, as electricity generated by solar panels doesnt pollute like electricity from oil or coal-fired plants does; and you help the country by reducing dependence on foreign oil.

What is a wind turbine?You may hear a wind turbine referred to as a windmill or wind generator. Although the terms are used interchangeably, there is a minor difference. The wind turbine is a machinethat exploits wind power to make mechanical energy. This mechanical energy is either used as is or changed to electricity. A windmill uses the mechanical energy as is for extracting water or for grinding jobs, whereas the wind generator is the one that produces electrical energy. Are there different kinds of wind turbines? Wind turbines are split into two types according to their orientation:

Watch How You Are Able To Simply Build a Wind Generator

1. Horizontal Axis Turbines The turbine blades turn along a horizontal axis.
2. Vertical Axis Turbines The blades in these turbines rotate along a vertical axis.

The horizontal axis wind turbines are most popular. They are more functional than vertical axis turbines. What are some of the benefits of using a wind turbine to produce electricity? We will now look at some of the benefits of a wind turbine:

• They Save Power: As the wind turbines use a free energy, the wind, they prove to be a very cost-effective way of producing electricity, thus helping not only save powerbut also create power for the world.
• Cost Saving: The only expense involved in installing a wind turbine is the initial cost and the cost of maintenance. The energy is free and there is no other fuel.
• Environment-Friendly: Wind turbines don’t give offharmful gases or otherwise adversely affect the environment.
• They Provide a Consistent Power Supply: A wind generator helps you becomeindependent of thethe local power company. No more blackouts!

Self Build Wind Energy

What are the factors you should think aboutbefore installing a wind turbine? Although installing a wind turbine is very advantageous for you and for the rest of the world, you need to be careful not to set it up in the wrong conditions. You need to take into consideration these conditions before deciding to install a wind turbine. Two conditions should be met:

• At least one acre of clear space
• Local wind speed must be around 11 mph
• The base and tower need to be sufficiently strong to stand up toturbulence
• Ensure thatthe towers height and the distance between the wind generator and the cells are optimum.

A Domestic Wind Generator in the Making