There are many simple things that you can do around your own home to save electricity. Some of them are as simple as turning out lights when they aren't in use.

If you aren't aleady using compact fluorescent light bulbs, consider replacing your standard incandescent light bulbs. Compact florescent light bulbs can save as much as 75% over the standard light bulbs.

Battery chargers, cell phone chargers and other electronics drain energy even when they are not in use. Once you have charged up the batteries in your cell phone or other electronic device, unplug them. These small items can use as much power as your refrigerator when combined.

Adjust your thermostat. Believe it or not, but setting your air conditioner five degrees higher will save as much as twenty percent on cooling costs during summer months. In the winter time, turn down the heat a few degrees.

Stay comfortable with a ceiling fan. Ceiling fans circulate the cool air in the summer time and make it feel a couple degrees cooler while only using the same amout of electricity as a light bulb.   

When purchasing appliances, consider buying ENERGY STAR qualified appliances and equipment. These appliances are up to forty percent more efficient. While they may cost a little extra, that will eventually be made up in savings on your energy bill.

Heating water accounts for about thirteen percent of home energy costs. Turn your water heater down to 120 degrees or the "Normal" setting when you are home. When you are away from home, turn it to the lowest setting.

Enable the power management on all computers and make sure to turn them off at night. A laptop uses up to 90% less energy than bigger desktop models.

Washing your clothing in cold water or hot water often will not make a difference in how clean they will get unless there is a stain to be considered. Whenever possible, wash clothing in cold water. About 90% of the energy used in a clothes washer goes to water heating.

Only run your dishwasher and clothes washer when they ae fully loaded. Fewer loads reduce energy and water use.

Consider using solar panels to heat your water or the use of an electricity generator powered by magnets.  Solar panels are fairly expensive, however if you are interested in saving money, you can build your own for under $200. 

A Zero point magnetic power generator is basically a free energy generator. It uses magnets, and magnetic force to induce perpetual motion. It runs by itself, indefinitely without stopping, thus creating completely free electrical energy, which can completely power your home. A Perpetual motion device refers to a machine that runs indefinitely, and produces a larger amount of energy than it consumes. Thus, it produces free energy indefinitely, runs by itself, without having to need a third-party device or resource to power it.

You can eliminate your power bill by 50% or even completely, depending on how you implement the magniwork generator.  Unlike a solar panel, a maniwork generator will work under any condition, hot, cold, rain or shine. 

The Material needed to build the magniwork generator is cheap and easily accessible anywhere in the world.  The guide was written for novices and is simple and easy to follow.  It will take you step by step through the process until your magniwork generator is fully functional. 

Solar panels on the top of your roof can save you hundreds of dollars every year when it comes to heating your water. Not only are they energy efficient, but they do not take up usable space. They are usually placed on a rooftop that often is not used. On a bright, sunny day, the sun shines approximately 1,000 watts of energy per square meter of the planet's surface, and if we could collect all of that energy we could easily power our homes and offices for free. However, the world has not converted to solar energy for practical reasons. Mostly because solar panels take up a lot of space.

­Solar panels are made up of photovoltaic cells.  These are composed of semiconductors such as silicon.  When light strikes the cell, a certain portion of it is absorbed within the semiconductor material. The energy of the absorbed light is transferred to the semiconductor. The energy knocks electrons loose, allowing them to flow freely. Photovoltaic cells also all have one or more electric fields that act to force electrons freed by light absorption to flow in a certain direction. This flow of electrons i­s a current, and by placing metal contacts on the top and bottom of the PV cell, we can draw that current off to use externally and power an electric device or heat your home's water. This current, together with the cell's voltage (which is a result of its built-in electric field or fields), defines the power (or wattage) that the solar cell can produce.