diy solar cell - How to build a solar panel at home

Do you want to save hundreds of dollars in your power bill?

Do you want to generate electricity using solar and wind power?

If your answer is YES, you should use solar power at your home to reduce electricity bill. Installation of solar panel used to be very costly but NOW you can do it yourself within your budget.

Michael Harvey, Renewable energy enthusiasts and creator of Earth4Energy.com developed a complete step-by-step fully illustrated manual(Earth4Energy) & easy to follow videos. Earth4Energy has been put to the test by thousands and - It Works!

Click here to read Frank story ( dated 10th Jan 2009) on how he build a 80 watt solar panel using an alloy frame within few weekends.

You can read other customers testimonials and feedback on Machael's earth4energy DIY kit to build your own solar generator.



Click here to visit earth4enery home page to know more benefits of having a solar panel at home.

Cost - $49 ( one time )

How to build a solar battery charger?

In this article you will find the easiest way to build a solar battery charger. The project involves a simple procedure to make your own solar battery charger with the use of a small photovoltaic solar panel. However, some readily available components are required to build a solar battery charger. They are:
1of 4 * 2700 mah AA rechargeable batteries
1 of 6V 250ma solar panel
2 of 2AA battery holder with flying leads
1 of blocking diode
It should be remembered that building a solar battery charger does not need any soldering. As an alternative, terminal strips are used to make the connections and only a flat headed screwdriver is required to lock each wire/component in place. Initially all the four batteries are put into the battery holders and then the holders are wired together in sequence. The positive lead from one battery holder is connected to the negative from the other. All the other free wires are required for charging inputs. The circular end of the blocking diode is then connected to the positive battery input and the other end to the positive output from the solar panel. The negative output from the solar panel is connected directly to negative battery input. The solar panel has to be covered to measure the correct battery voltage as the voltage computed during the charging does not show the exact measure