Amplesun solar ASF series thin film solar module guarantees the highest performance and cost efficiency.
From the selection of materials including TCO glass, EVA, back sheet, aluminum frame,
junction box to optimizing all aspects of the manufacturing and quality control processes,
ASF thin film solar modules are designed and manufactured for highest performance with a reasonable cost. |
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Main Features
Amplesun Solar ASF thin film solar module has following features:
Highest power output for framed thin film silicon solar modules.
More than 30% lighter than double glass thin film solar modules.
Made from nontoxic materials, no need to concern about the harmful gas emission or material decomposition
in the whole life of solar modules.
ASF technology delivers high energy yield per rated Wp, owing to a low temperature coefficient and excellent
weak light performance.
Anodized aluminum frames resist high wind and snow loads, together with preinstalled cables ensuring a quick
and easy installation.
A back sheet with drainage holes eliminates the risk of accumulation of rain water or snow inside the frame.
Advanced encapsulation process ensures a high resistance against UV, temperature and weather.
Start-of-art production process and qualified raw materials guarantee both top quality and safety. |
Amorphous silicon thin film solar panel, with TUV/ UL/ CE/ RoHS/ IEC/ CQC/ ISO9001:2008/ ISO14001:2004/ SFEC/ CEC approval. AmpleSun solar module sells well in Australia, Europe, South Africa, South and North America with following advantages: 1.Excellent performance under weak light and high temperature condition. 2.Good environment adaptability, less sensitive to installation angle, more suitable for vertical installation in BIPV. 3.30% lighter than double-glass. 4.Use best materials, avoid any risk in the whole life of our products. 5. Advanced encapsulation pross ensures a high resistance against UV, temperature and weather. 6.. Anodized aluminium frame resist high wind and snow loads. 7. Pre-installed cables ensuring quick and easy installation. 8. A back sheet with drainage holes eliminates the risk of water or snow accumulation inside. Technical advantages: 1.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 250c solar cell temperature. However, the temperature of solar module, operating in the sun, can be higher than atmosphere temperature 280c. 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 550c. 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%/0c, and that of crystalline solar cell is -0.5%/0c. That means, when the module is worked on 500c condition, compare to the efficiency reached on 250c 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. 2. Good weak light performance: The performance of thin film silicon solar cell is better than that of crystalline solar cell in the weak light condition. Normally, installed module worked in a strong light of 1000 watt per square meter is very few. Ideally, output power of solar module should be the direct portion of the intensity of sunlight.
And thin film silicon solar cell has such characteristic, however crystalline don’t. With a situation of sunlight of 200 watt per square meter, output power of crystalline solar module is around 85% of it should be. That means solar power system with crystalline solar module will not generate power in the late afternoon. However, solar power system with thin film silicon solar cell still generates power. Furthermore, thin film silicon has gentle current-voltage curve. This characteristic makes it easier to pick-up the most electricity power.
