100w A-Si solar panel, thin film sola panel for hot sale

We can customize Thin Film solar panel for you according to your specific demands.

Features: 
A. Better performance under high temperature and low-light conditions
B. 25-year service life
C. Design of shadow resistance, bypass diode protection for each cell
D. Maximum system voltage:1000VDC
E. Encapsulant, high light transmission of EVA
F. With UL, TUV certification

Advantages of thin film solar panels: 
1. Less power loss under the same shelter area
2. Less power loss under the same irradiation than crystalline silicon solar cells
3. Better power temperature coefficient
4. Better optical transmission
5. Better power generation under low-light conditions
6.Thin thickness, 1/200 of crystalline silicon cells, only a small amount of silicon is needed.
7. No internal short circuit (build-in on-line has been built in the manufacturing of series cells)
8. Abundant material supply
9. Integrate with the buildings (BIPV)

Specification:

Model	GS-A100W
Size	1414*1114*35mm
Connector	MC4
IP rating	IP67
Pmax	110w
Vpm	77v
Ipm	1.42a
Voc	99v
Isc	1.65a
Operation temperature	-40oC to + 85oC
Temperature Coefficiency
Open Circuit Voltage	-0.33 %/oC
Short Circuit Current	0.09 %/oC
Maxmium Power	-0.20 %/oC
Voltage at Maxmium Power	-0.32 %/oC
Current at Maxmium Power	0.14 %/oC

Why choose thin film solar panels:

Crystalline silicon photovoltaic modules lose some power-generating capability with rises in temperatures.  But thin film silicon photovoltaic modules generate higher power during summer time.  Thin film silicon photovoltaic modules can deliver maximum performance during summer when the electricity is needed most for air-conditioners in houses and offices due to following characteristic.

Low temperature coefficient:

Normally, the electricity performance of photovoltaic module is measured by STC standard. Which include strong sunlight(1000 W sunlight per square meter,1.5 A solar spectrum distributing) and 25°c solar cell temperature. However, the temperature of solar module, operating in the sun, can be higher than atmosphere temperature 28°c. The temperature of solar module, which installed at the roof of building, can be even higher. It is not unusual for the temperature of solar module to achieve 55°c.  In this case, the temperature coefficient is a very important parameter due to various solar cell technology.  The temperature coefficient is always minus. With the temperature increase, module power will decrease accordingly. Temperature coefficient for thin film silicon solar cell is -0.2%/°c, and that of crystalline solar cell is -0.5%/°c. That means, when the module is worked on 50°c condition, compare to the efficiency reached on 25°c test standard , thin film silicon solar module will loose around 5%, and the loss for crystalline will be around 12.5%. In conclusion, even the STC efficiency of thin film silicon solar cell is low, the efficiency in actual operation condition is not far away to that of crystalline solar cell.