Amorphous BIPV Solar Panels Building Integrated Photovoltaics 1400 X 1100 X 35 mm

Amorphous BIPV Solar Panels Building Integrated Photovoltaics 1400 X 1100 X 35 mm

The structure of this kind is TCO glass+EVA+Back sheet+Aluminum frame. Mainly use for power station.

AmpleSun Solar products include framed, frameless and see through thin film amorphous silicon solar module, which can be widely applied to ground mounted.

Solar power plants, commercial roof systems, residential roofs, BIPV buildings etc.

AmpleSun solar offers top quality thin film solar panels, guaranteeing a highest performance and cost efficient:

Our advantages of Amorphous Silicon Photovoltaic Solar Module:

1. Certification:

All products are strictly designed and manufactured according to IEC 61646, 61730 and UL 1703 standard in ISO 9001 certified factory, with TUV/ UL/ CE/ ROHS/ IEC/ CQC/ ISO/ SFEC/ CEC approval

2. Materials:

Use environmental friendly materials; avoid any risk in the whole life of our products. No raw material limitation.

1) TCO glass: Choose the best from NSG.

2) Back Sheet: purchase from Toyo, Japan, super water resistance type (5 layers), longer life time of the solar panel. A back sheet with drainage holes eliminates the risk of accumulation of rain water or snow inside the frame.

3). Anodized aluminum frame resist high wind and snow loads, together with preinstalled cables ensuring a quick and easy installation.

4) EVA: Solar EVA by Mitsui chemical fabro or equivalents

5) Connector: MC or MC equivalent

3. Technical advantages:

1) Advanced encapsulation process: amorphous silicon deposited by PECVD technology ensures a high resistance against UV, temperature and weather.

2) Excellent performance under weak light and high temperatures condition. Less sensitive to shading

3) 30% lighter than double-glass type

4) Good environment adaptability, less sensitive to installation angle, more suitable for vertical installation in BIPV

5) Enable coverage with fewer units, and less balance of system cost

6) Good looking, well match the buildings and facilities.

7). Low temperature coefficient