Learn to build your own solar cells panels diy kit AND Soldering Iron Station

Learn to build your own solar cells panels diy kit AND Soldering Iron Station
Learn to build your own solar cells panels diy kit AND Soldering Iron Station
Learn to build your own solar cells panels diy kit AND Soldering Iron Station
Learn to build your own solar cells panels diy kit AND Soldering Iron Station
Learn to build your own solar cells panels diy kit AND Soldering Iron Station
Learn to build your own solar cells panels diy kit AND Soldering Iron Station
Learn to build your own solar cells panels diy kit AND Soldering Iron Station
Learn to build your own solar cells panels diy kit AND Soldering Iron Station
Learn to build your own solar cells panels diy kit AND Soldering Iron Station
Learn to build your own solar cells panels diy kit AND Soldering Iron Station
Learn to build your own solar cells panels diy kit AND Soldering Iron Station

Learn to build your own solar cells panels diy kit AND Soldering Iron Station
Sells many items needed to build your own solar panels, solar cells, junction boxes, tabbing wire, buss wire, solder, soldering irons, EVA encapsulation, rosin flux pens, MC-4 connectors, and more. Visit my store for a complete list. Not sure what you need send me a question and some details.

Check out my other items. Be sure to add me to your favorites list.

Some recent feedback from customers who bought this kit. You can go to our feedback and read every one like we do. Great how to video too!

Product is exactly what was ordered. " "pleased with what I got" "Exactly as promised. " "thank you for the great deal on the startup kit.

What sets this kit apart is the instructions: We have spent many hours making a very detail CD Updated often from customer input. Look at pictures 3 and 4, picture 3 shows cells cut from 2BB(buss bar) cells where the collector line is more centrally located, picture 4 show cells cut from 3BB(buss bar) cells where the collector line is more to one side.

I use mostly 2BB cells, occasionally I use 3BB cells. This kit is perfect for the curious novice who wants to start building his/her own solar panels.

We will set you up with all the materials and knowledge you need to get started. This kit is Solar 101 I wish I had that class in college! Our mission statement is for everyone to have fun building this panel and to give you the confidence.

And knowledge to build a solar panel out of even larger cells without getting in over your head and getting frustrated! When complete, you will have a 30+ watt panel to be proud of! 521 volts at 2.03 AMPS Factory tested under STC (standard test conditions). Solar Panel manufacturers use what is called Standard Test Conditions (STC). This means they put the solar panels in a flash tester in their factory that has been calibrated to deliver the equivalent of 1000 watts per square meter of sunlight intensity, hold a cell temperature of 25'C (77'F), and assume an airmass of 1.5.

This flash test gives them their STC ratings. Consider these as you would EPA mileage ratings... How many of you actually get the mileage they post? The math on these cells using STC is 36 (cells) X. 521V = 18.756 V x 2.03 A = 38.08 watts.

Knowing the chances of achieving "test results" in real life I say 30 plus watts. And we pass on to you our discount from the post office as well. Here is what's included in your kit (and why). 45, 3" X 3" Square, Solar Cells (Rated at 2 amps each). These cell are easy to work with.

You will only need 36 to complete our suggested panel. 25 feet of tabbing wire (22.5 is needed). Flat, skinny wire used by professionals to connect cells together.

You need 6 inches for each cell, so this gives you a bunch extra to experiment with. 48 inches of bus wire. Wider, thicker wire used as a common connection point for multiple connections. The more current flowing, the thicker the wire needed.

2 feet of 18 gauge black and red wire. You will attach these wires in the junction box.

One blocking diode: 3 amp. A blocking diode is a semiconductor device used to stop the flow of current from one direction, but allow it in the opposite direction; a one way street sign for electricity.

When the panel is making electricity, it will flow into your battery and charge it. However, if the sun goes behind a cloud, the charged battery would try to flow backwards into the panel, draining the battery and/or potentially damaging the cells. The blocking diode prevents this.

Keeps the glass front and the plastic back from putting unwanted pressure on the cells. Helps adhesion and solder flow.

One roll of solder , 170cm. This is leaded solder, which has a lower melting temperature and is easier to use (in my opinion) than the "No lead" type. Attaches to the back of the panel for connecting wires from inside and outside the panel.

The instructions are contained on a CD, which saves paper and enhances the picture quality! 3 videos, 32 pictures, and 35 pages of detailed step by step instructions! How to solder tabbing wire on your cells. How to connect tabbed cells together.

How to attach the plastic backing and junction box. How to test your connected cells. How to make a frame and attach the frame. It is all covered on the CD. A list of tools and supplies needed to complete the project.

A web site I found to have a wealth of FREE information. The name of a great magazine that has so much information. In it all geared for the home owner.

Not absolutely necessary, but very helpful. I do sell these multi-meters in my store. Additional items you need for this project NOT included in this kit. A tube of silicone (clear) [Hardware store]. A sheet of window glass use a piece 36" x 18" (46cm x 92 cm) [Hardware stores typically sell a pre-cut 36 x 18].

A sheet of plastic also 36 x 18 1/4 inch thick. If you intend to charge a deep-cycle battery you will need a small charge controller.

This will act like the diode and will give the battery electricity in the way the battery prefers. I do sell these charge controllers in my store. TWO 8 x 1/2 (2.44 M x 13mm) aluminum c-channel for frame. Two very useful electrical current and wattage equations are.

So our equation for this panel is: I tend to use even rounded Down numbers. 36(cells) 0.5 volts each = 18(Volts Total) using Watt's Law: I 18V = 36 WATTS.

More accurately the math on these cells using STC is 36 (cells) X. The reason It's a 18 volt panel is to charge a 12 volt battery. 12 Volt batteries rest at close to 14 volts fully charged and need more then 12 volts to charge fully. 18 volts is the Industry standard on best voltage to charge a 12 volt battery.

Also 18 Volts is the normal because on many day your 18 volt panel may not be producing its full 18 volts it may be only producing 14-18 v depending on weather, angle to sun, time of year ETC. Always use a Charge Controller (CC) when charging 12 volt batteries with a s18 volt solar panel or you can damage the battery by overcharging. What buyers have said about the kit. NOTE : These are reviews of my original kit.

The new version includes more items, amended instructional material, and more powerful cells. Positive experience, happy with the product. GREAT: best cd and info I have found anywhere, great job, thank you.

" -skroghsk405smk "Kit worked great THANKS. You can go to my feedback and read all of these and more!

Some of the cells in the kit will have small chips on the edges; they are cut from larger cells and it is just part of the process due to their delicate nature. Some of the pictures in the ad are of a completed panel.

This is an example of a panel you will construct with the kit. Kits do no include a completed panel! THE CELLS ARE CUT FROM THE 6" X 6" CELLS I HAVE FOR SALE. THEY ARE RATED OVER 8 AMPS EACH.

CELLS ARE RATED WITHOUT ANY COVERINGS. ONCE YOU PUT A GLASS FRONT ON YOUR PANEL, EXPECT A LITTLE LESS OUTPUT THAT IS WHY I SAY 30(watts)+ WITH A 36(watt) MAX. THE FIRST THING I DID WHEN THESE ADJUSTABLE SOLDERING IRONS CAME IN WAS TAKE ONE FOR MYSELF.

THEN I CHANGED THE TIP TO THE CHISEL SHAPED TIP. (I INCLUDE ONE) THEN I TESTED IT TO TABB SOLAR CELLS. " YOU MUST OWN ONE OF THESE IF YOU ARE SERIOUS ABOUT MAKING YOUR OWN SOLAR PANELS". COMES WITH A FREE TUBE OF leaded SOLDER! THE PICTURE IN THE AD SHOWS TWO ANGLE TIPS YOU GET ONE ANGE TIP AND ONE PENCIL TIP.

ALL ABOUT THIS ADJUSTABLE SOLDERING IRON. 4 FOOT CORD WITH THREE PRONG PLUG. 4 FOOT CORD ON THE IRON AS WELL ARROW SHOWING WHERE TO PLUG THE IRON CORD INTO THE UNIT - YOU CAN NOT PLUG IT IN WRONG. BRIGHT LED SHOWING WHEN POWER IS TURNED ON (NO GUESSING) NICE VISUAL INDICATION.

STURDY METAL (SQUARE PART) PLASTIC(ROUND PART) RECEPTACLE FOR. HAVING THE RECEPTACLE MADE ME WANT TO USE IT TWO TIPS PENCIL TIP FOR PRECISE ELECTRONIC SOLDERING CHISEL TIP (ANGLED). GREAT FOR TABBING SOLAR CELLS, HAS MORE SURFACE AREA TO TRANSFER MORE HEAT FASTER. SOFT PADDED HANDLE THAT DID NOT GET HOT. TEMPERATURES BETWEEN 350 F-900 F GRADUAL TEMPERATURE ADJUSTMENT 100-120V, 50/60HZ USA AND CANADA USE ONLY.

I have hundreds of other solar related items for sale. So you can find my store easily, you know you will be back!! The item "Learn to build your own solar cells panels diy kit AND Soldering Iron Station" is in sale since Tuesday, December 2, 2014. This item is in the category "Home & Garden\Home Improvement\Electrical & Solar\Alternative & Solar Energy\Solar Panels". The seller is "heartofthesun-fo" and is located in Springfield, Pennsylvania.

This item can be shipped to United States, Canada, Mexico.


Learn to build your own solar cells panels diy kit AND Soldering Iron Station