Solar Panel -6v 250mA

Solar Panel -6v 250mA
Important: Limited Quantity, Will be gone before you think.
You get 1 pre-tabbed Mini Solar Panel of 6v 100mA 0.6watt. No Need to Solder.
We have entire range of Mini Solar Panels from 0.5v to 12v.

Description of Solar Panel

Quality custom-design solar energy panel
The solar cells are encased and protected by a durable outer poly frame
Polycrystalline solar cells
Max output power: 0.72W
Max working voltage: 6.6V
Max charging current: 110mA
Min output power: 0.6W
Min working voltage: 6V
Min charging current: 100mA
Size 6.7cm X 8 Cm Thickness 3mm
Weight 33 Gms
Best for charging 3pcs AA batteries

Features of Mini Solar Panel:

Small Epoxy Solar Panels are simple to install or add to your existing product.
Construction requires no frame or special modifications
Small space required for installation.
Has 2 to 3 times the power of amorphous thin-film solar panels
Ready to use, they require no frame or special modifications.
For connection, just solder or crimp to the copper tape.
Laser cut to proper size and encapsulated in special sun and weather resistant materials;
Light weighted, very strong and weather resistant substrates or injection molded trays custom designed for the target product.

Applications of Small Solar Panels:

Small Home Projects
Science Projects
Electronic Applications.
Charging Small DC Batteries.
Build Your Own Solar-powered Models/Toys.

How to choose mini solar panels:
This table shows the solar system configuration relationship between storage batteries and mini solar panels.
DC Storage Battery Mini Solar Panel

1.2V 2V ~ 2.5V
2.4V 3.5V ~ 4V
3.6V 5V ~ 6V
6V 7.5V ~ 9V
12V 15V ~ 18V
Basics of Solar Calculations
1000mA=1A
Watt=Amps X Volts
Volts=Watt/Amps
Amps=Watt/Volts
To Increase Amps ie Current connect 2 solar panels in PARALLEL
When wiring solar panels in parallel, the amperage of the solar panels will be additive. To wire solar panels in parallel you connect the positive terminal of the one panel to the positive terminal of the next and the negative of the one panel to the negative terminal of the next. For example, if two 6V 100mA solar panels are wired in parallel you will have a solar array with the ability of producing 6V @ 200mA. 100mA + 100mA = 200mA. The voltage of the solar array is equal to the voltage of one of the panels while the amperage of the solar array is the summation of all the solar panels' amperage output.

To Increase VOLTS ie VOLTAGE connect 2 solar panels in SERIES
solar panels in series will cause the voltages of each panel to be additive. To wire solar panels in series you connect the positive terminal of one panel to the negative terminal of the next. For example, if two 6V 100mA solar panels are wired in series you will have a solar array with the potential of producing 12V @ 100mA. 6V + 6V = 12 V. The voltages of each panel are added together while the amperage of the solar array is simply the amperage of one unit.