Newly Arrival FTD (GGD) Low Voltage Fixed Distribution Cabinet for Macedonia Factory

With reliable quality process, good reputation and perfect customer service, the series of products produced by our company are exported to many countries and regions for Newly Arrival FTD (GGD) Low Voltage Fixed Distribution Cabinet for Macedonia Factory, We look forward to supplying you with our products in the near future, and you will find our quotation is very reasonable and the quality of our products is very excellent!

USE:

GGD AC low voltage distribution cabinet is applicable to power distribution system of power plants, substations, factories, mines etc, with AC 50Hz, rated working voltage 380V, rated current(0-3150A), for the energy conversing, distributing and control of the power, lighting and power distribution equipment .

GGD AC low-voltage distribution cabinet meet the standards of IEC439 “low-voltage switchgear and control equipment,” GB7251.1-2005 “low-voltage switchgear and control equipment” and passed the CQC certificate.

http://www.SolarEnergyGuide.net – How to Make a Homemade Solar Panel
Solar panels, unlike before, are cheap and easy to install with great efficiency. With this advent, you

can save big money as well as help save the environment. A DIY kit is available and has an easy to

follow instruction with them. What you need is some simple tools and you’re done.

Here is your guide to make a homemade solar panel:

1. First, you must know the loads of your solar panel and the package that is affordable to you. One

watt of solar panel module will coast you about $25 and a 200 watts module is around $1000. If you need

more power, you can connect this to form a collector to produce your desired power needs. Electrical

connections are made in series to achieve a desired output voltage and/or in parallel to provide a

desired amount of current capability.

2. After selecting the solar panel modules, you need a charge controller which is an important system

component that regulates the voltage generated by the solar panel. This will regulate your power and

provide protection to the batteries from being over or under-charged.

3. Next, you need a solar inverter this will convert 12 volt DC (direct current) from solar panel to 125

volts AC (alternating current) which will feed your appliances. Some high end inverters combine an

inverter, battery charger and dual transfer switch in one package.

4. Batteries are needed if there is no sun or there is a blackout in your area. Typically, lead acid

batteries are use because of performance and cost. Newer lead-acid battery is called maintenance free

and this does not require water addition, but this is expensive. The battery is one of the first

components of your solar panel to be replaced. Usually, a battery can have 200 to 300 charge/discharge

cycle because of corrosion and depletion of active materials. So, be prepared to change batteries in

about a year. Typical price of batteries ranges from 100 to 500 dollars.

5. Also, you must consider the battery enclosure as this are toxic and can explode. Solar PV

(Photovoltaic) Panel Mounting System is where your panel will be installed. You can choose either at the

roof, pole, or at the ground. There are so many designs to choose from and some have motors to track the

sun.

6. The last, but certainly the most important one, is that make sure to have your wire connection

checked by qualified technician. Faulty electrical wiring is the most common fire hazard today.

Now that you know how to make a homemade solar panel, you can now start this DIY project with ease. It’s

affordable and simple without having to worry about your monthly expenditure on electricity anymore.

You can definitely save money and the environment by making a homemade solar panel at your own home. It

is a fun, enriching, and worthy project to undertake.

If you want to know more about the easy and step-by-step guide on building and installing your own solar

panels at home, just Click Here.
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