Technological Features of these panels:

1. Cells Interconnections: The core of these panels is the technology that interconnects solar electric cells and collects the power they generate. This innovation is a direct replacement of the conventional, high temperature solar cell soldering process.

It comprises of a polymer film embedded with a number of copper wires specially coated with a proprietary, low-temperature melting point alloy. This establishes a low-resistance electrical contact with the surface of the PV cell creating over 2,100 independent electrical contacts.

 Benefits:

1. Effective transportation of electrons to a highly conductive contact with less resistance and heat generation.
2. High efficiency in low light conditions
3. Low cell surface shading– alloy reflects light back onto the cell.
4. Self-cooling PV cell technology results in lower operating temperatures.
5. Matrix design creates 18 times more connection points.
6. If a micro crack occurs, the electron flow continues. Wires act as a “bridge” across any interruption.

2. Shading Protection: Shade reduces the efficiency of solar PV modules. The Technology enables optimum performance by maximizing the energy yield, even when the module is shaded by trees and buildings or partially covered by leaves, moss, snow or dirt.

Conventional solar modules contain three strings, or zones, of interconnected PV cells. When even a small portion of one string is partially shaded, the entire zone may no longer collect energy, significantly reducing the module’s capacity.

The flexible cell layout of the panels allows for the design of a module with up to nine independent operating Zone/ segments. If one is shaded, the other eight keep working.

Benefits:

1. Excellent benefits in residential and commercial roof-top installations.
2. Protection from time-of-day shading, and accumulation of snow or debris.
3. 3 times less sensitive to shade.
4. Higher energy yield over lifetime of installation.

3. 3. Module Durability: Solar photovoltaic (PV) modules perform well under ideal conditions – particularly during their initial years of operation. Challenging environmental conditions over 25 years of use may significantly affect the performance of conventionally built modules.

These panels mark feature a watertight back sheet material containing aluminium foil. Certified to protect from the damaging effects of moisture and salt-mist, these solar modules are immune to harmful gasses like ammonia found at greenhouses and farmlands, and designed to perform exceptionally well in hot climates.

 Benefits:

1. Increased cell strength and durability.
2. Prevents moisture from penetrating the module.
3. Optimal protection in coastal regions and harsh environments
4. Industry leading temperature performance.

Reliability and protection against UV, extreme temperatures and corrosion.