It is considered as one of the most cost-effective ways to cut your electricity-bills - nowadays “Your Own Solar Power House” System is finally affordable and accessible to anyone. It may be surprising, but this technique can successfully operate almost any home-appliance. Sounds interesting? keep reading and learn more about the benefits that it provides.

Getting some basics

Having such “Your Own solar power House” System can be made possible by using one of these guides that teach you how to assemble professional Solar-Cells at ridicules cost and by using simple materials. Choosing a guide is probably one of the most important actions you need to take; check for real customers case studies, make sure it provides descriptive illustrations, photos, and tech support. Well, here are several tips & benefits that can help you out.

Main advantages

We could clearly notice several good reasons to use this one-of-a-kind solution:

* Enables us to store the produced elect.-power at zero cost.
* Extremely easy to be implemented by almost anyone.
* Using as much power as needed without worrying about the elec. Meter.
* Helps the environment.
* Enables us to make a 220V-240V elec. sys.

Tip

Remove any objects/obstacles that may shade your unit; you want to get maximum sunlight for max. efficiency.

Final words

Using such advanced “Your Own Solar Power House” System takes no more than a single weekend, so it requires minimal effort to start exploring its benefits. Different users would probably find various great advantages provided by this one-of-a-kind invention, simply because it is highly-effective. By the end of this quick article the best advice would be to test it so you could explore the various advantages that it provides.

Jason Gilford
http://www.articlesbase.com/diy-articles/quotyour-own-solar-power-housequot-system–itll-shock-you-726082.html

If it’s a 200-watt panel or more, it won’t be harmed by a short circuit, but it might be good to turn the panel over or cover it with cardboard before working on it. The spark can slightly mar the contacts. Doing the work indoors is enough to cut down the current, too.

For a 60-watt panel or less, I wouldn’t even worry about the spark, the power output is too low to do any damage.

By using “Small Solar Power Electricity” System you get an amazing opportunity to produce your own independent power-supply in just matter of days. It is almost unbelievable that this technique makes it possible for almost anyone - novice/professional to get it to work in just a few days. Take two minutes of your time in order to find out more and understand how it can help you.

Getting some basics

The concept behind this “Small solar power Electricity” System is quite simple - there are few excellent guides on the Net that demonstrate how to assemble professional Solar-Cells by using materials that can be found at any local hardware store. The most recommended guides are those that are written for the average user; verify that it provides the following: clear illustrations, photos, diagrams, videos, and technical support. In any case, here are some important benefits and tips that can help you out.

What are the main benefits?

Let’s quickly go over the main benefits provided by this unique solution:

* No need to remember to switch off the lights each time we leave the room.
* Helps on reducing the amounts of carbon dioxide in the air.
* It is now amazingly affordable like never before.
* Helps our nation on becoming less dependent on external oil suppliers.
* Extremely easy to be implemented by almost anyone.

Advice

Remove any objects/obstacles that may shade your unit; you want to get maximum sunlight for max. efficiency.

Summary

Thanks to “Small Solar Power Electricity” System we can dramatically ‘cut’ our monthly and annual elect. expenses to almost zero. If we go a little further, it wouldn’t be that hard to discover other benefits provided by this remarkable invention, simply because it is revolutionary. Now that we understand how it works the best tip would be to simply try it and experience how it takes just days to start enjoying from its benefits.

Jason Gilford
http://www.articlesbase.com/diy-articles/quotsmall-solar-power-electricityquot-system–why-wait-723351.html

Then you could measure the voltage and amperage to determine wattage.

There are pros and cons of using the sun to create solar energy. The question is … are the cons really so bad that a person should not consider sun power as an alternative energy source? If you answered yes to that question, you must enjoy paying your electricity bill. As for me, I don’t like spending my money on something I should be able to get for free - and neither should you.

The pros for using solar energy for electricity:

- Use the sun’s energy in turn saving our planet’s natural resources.
- Will lower your electricity bill, possibly even eliminating your bill completely.
- Will increase the value of your home.
- During power outages, you will have electricity.
- Homemade solar panels can be fun and educational projects for all ages.

The cons for using solar energy for electricity:

- The area needs lots of sun.
- Are considered to be a costly investment.
- Technology change frequently.
- Are not as effective during bad weather and cloudy days.

Every single one of us should be concerned about our planet’s future and do our part to conserve fossil fuels. Every single one of us should have the desire to learn how to become more self-sufficient. Every single one of us should be concerned about our finances and try to keep our bills to a minimum to improve our financial futures.

How do you get solar energy?

- Professionally installed solar panels
- Solar power kits
- Homemade solar panels

In order to have a professional installation of a home solar panel system, as you know, is a huge hit for most of our wallets. The average blue collar individual, like me, can not afford this kind of an expense in today’s economy. It’s like a catch 22. The average person has a hard time affording their electric bill and at the same time can’t afford to install alternative energy devices to help relieve the cost of their electricity.

Instead of hiring a professional, there are solar power kits available and much more affordable. A solar power kit will come with everything a person needs to get started at setting up a home solar system.

The thing to keep in mind though, is … prior to hiring a professional solar panel installer or buying a solar power system kit, it is important to learn the details how solar power actually works. The best way to accomplish that is to build a homemade solar power generator, gain the knowledge and begin your road to independence.

Chris McGee

The camera will always be on, it will use a maximum of 5w, but usually less than that. The solar panel will be charging a 9300mah battery which the camera is connected to. Do I need a high capacity battery? I live in southern CA.
Ok, I was incorrect about it using 2amp

It uses a maximum of 5 watts, the power plug that connects to it is 5w/2amp, which supports up to 10w.

5w camera work for a day,24hours, will consume 5w*24h= 0.12kwh power, need a 12V 10Ah battery, considering efficient lost, 12Ah would power your camera a whole day after full charged. To full charge battery in a day, normally 7 hours sunlight, you need 20W solar panel. That’s for one camera, for two just double it. That’s 12V 24Ah battery, 40W solar panel. You also need solar controller to make the whole solar power system work.

A solar tower is a device that converts solar thermal energy (heat from the sun) into electricity. Solar towers are used for large-scale power generation.

The Basic Component Parts of a Solar Tower Energy Plant:

• Solar Tower - The solar tower is simply a large structure with a boiler (a tank used to heat liquids) at the top. The boiler collects the heat from the sun. It is also referred to as the “central tower” or “power tower”.
• Heliostats - These are moveable mirrors that track the sun and reflect the sunlight at the top of the solar tower where the heat is collected. These mirrors move as the sun moves, so as to continuously reflect maximum sunlight toward the tower.
• Heat Transfer Fluid - We use the term “heat transfer fluid” because not all solar towers use the same. Early solar towers used water to collect the heat from the sun. Some solar towers use liquid sodium. Whichever liquid is used, it is referred to as “heat transfer fluid.”
• Heat Storage - Because we still want to generate energy at night after the sun is gone, newer solar towers have methods of storing heat so that it can be used during the night to continue generating electricity.
• Steam Generator - As stated earlier, liquid sodium is now used to collect the heat, and the liquid sodium is then used to generate steam.
• Steam Turbine - This is a generator that uses steam to generate electrical power. This is the same set-up as is used in a conventional power plant.

How Does a Solar Tower Work?

Computer controlled mirrors (called heliostats) follow the sun, adjusting their position as the sun moves, and reflect sunlight toward the top of the solar tower, where a heat collector tank is located. Of course, more than one heliostat is needed, so an arrangement of hundreds or even thousands of heliostats is used.

The combined reflected sunlight of these heliostats is capable of producing temperatures as high as 550 degrees, Celsius at the focus point.

Thus, the liquid inside the boiler is rapidly heated and is then pumped downward into storage tanks, or is pumped directly into to a heat exchanger where it is used to make steam.

The steam produced by the heat exchanger is then led through a steam turbine, which uses the steam to generate electricity.

As an interesting note, liquid sodium can be used as a heat transfer/storage liquid, because of its ability to hold and store heat efficiently. Large storage tanks can be used to hold the heated liquid sodium. The stored “heat” can then be used at night, so as to continue generating steam which is used to generate electricity.

Currently, there are two solar towers in operation using the above design. The 64 MW Nevada Solar One and 11 MW PS10 solar power tower in Spain.

Solar tower energy is categorized as CSP (concentrated solar power) technology. There are several other power plant designs which use concentrated solar power technology. This includes the parabolic trough and the solar dish engine.

Anna

Living off the grid is something that many people out there are beginning to do. The “off grid” lifestyle is all about having the freedom to use renewable energy resources, such as solar power, wind power, and water power. It helps conserve energy and helps keep the environment cleaner and friendlier. And more and more people are starting to shift this way, as our natural resources are slowly starting to become depleted.

One of the greatest sources of alternative energy is solar power. It’s been around for quite a few years now, and is used in a variety of applications. Solar power is now becoming more popular in the home industry, as more homeowners are beginning to make the switch to solar power. Not only does it help keep the environment clean and resourceful, but it helps cut down on the monthly power bill drastically.

Most solar power systems are fairly expensive if built and installed by a professional. If you want to utilize the benefits of solar power without spending an arm and a leg, you can actually build your own solar panels that have the capability to power your home! Or, you can build a few small ones and use them to power small appliances, which will still help cut your power bill.

How can you build a solar panel? You can find most of the materials at your local hardware store. In fact, it’s extremely cheap to make one of your own. I would also suggest that you find an excellent set of instructions or a guide that will show you how to build a solar panel the right way, so you can get the maximum benefits from it.

If you want to get the ultimate step-by-step guide in building your own solar panel, you need to visit Earth4Energy, where you can get professional instructions on how to build your own solar panel.

Bryan Hufford