SOLAR ENGERY PROJECT

The Turn-Key Solutions for installation of Solar Farms by JIMPEX BIO-TECHNOLOGY

SPV TECHNOLOGY.
1.MONO-CRYSTALLINE SOLAR MODULE
The mono-crystalline solar module is composed of solar cells with the average conversion efficiency above 15%, EVA sheet, solar glass and Tedlar (TPT) back sheet compounded from fluoric-plastic and dacron. The module adopts reliable welding technology and high-vacuum heating lamination process and is equipped with anticorrosion-treated aluminum alloy frame and watertight terminal box, According with IEC61215 and the II grade standard electrically. As a result, it takes on a rational structure, has anb ultraviolet aging resistance.

2. POLY CRYSTALLINE SILICON SOLAR MODULE
The polycrystalline silicon solar module is composed of solar cells with the average conversion efficiency above 14%, EVA sheet, solar glass and Tedlar (TPT) back sheet compounded from fluoric-plastic and dacron. The module adopts reliable welding technology and high-vacuum heating lamination process and is equipped with anticorrosion-treated aluminum alloy frame and watertight terminal box. According with IEC61215 and the II grade standard electrically. As a result, it takes on a rational structure, has an ultraviolet aging resistance.

THIN FLIM a-Si ( AMORPH SCILICIUM SOLAR MODULES).

The present technology of the company is based on the double pin diodes formed from amorphous silicon (a-Si) on sheet glass. The main advantageous feature of the amorphous Si PV system is the lower temperature coefficient of efficiency compared to the single crystalline reference and the ability to work even under low-light conditions. Therefore, the total amount of electricity produced (measured in KWh) over a long period is higher than that of the traditional single– or multi crystalline modules exposed to the same conditions, and efficiency above 18%.

CPV TECHNOLOGY
Concentrating photovoltaic (CPV) systems convert light energy into electricity in the same way conventional PV technology does. The difference lies in the addition of an optical system that focuses a large area of sunlight onto each cell for providing reduced energy costs and improved manufacturability and reliability.
High Efficiency Cells: The cells used in CPV systems are over twice the efficiency of traditional silicon-based PV cells, approaching 40% compared with 15% - 19% for traditional silicon. The use of these cells provide much higher energy yield with less photovoltaic material.