SHINSUNG E&G

RENEWABLE
ENERGY

PIONEERING THE CORE OF
FUTURE ENERGY WITH RENEWABLES

Technology

Half-cut technology

Reduced voltage loss by resistance
Reduction in power generation loss through improvement of temperature characteristics

Multi-wire technology

Multi : Multi Busbar(MBB) technology

Reduction in power loss through increase in current flow path

Reduced series resistance due to reduction in current travel distance → Reduced power loss
Reduction in resistance heating by current
Power degradation slowed down by various bypasses when cracks occur → Improved reliability

Wire

Increased power generation due to application of wires

Increase in the light-receiving amount from increased reflection due to circular shape
Shape that enables interconnection between solar cells due to the reduced line width of the busbar
Minimized loss of the shading effect by interconnection

Larger Solar Cell technology

The size of the solar cell is the light-receiving area, and current is generated over the larger area.
It is necessary to secure solar module design technology for modularizing larger solar cells.

As the size of the solar cell increases, the light-receiving area increases, which in turn increases the amount of current generated.

Bifacial 기술

Technology that generates power by utilizing not only direct light (front) but also indirect light (back)
It is possible to make the additional power generation of up to 5 to 20% depending on the design of the power plant such as ground reflection, structure location, etc.

PERC (Passivated Emitter and Rear Contact)

Improved efficiency through the formation of local BSF (Back Surface Field) at the back and lowered recombination rate by passivation
Enhanced light absorption rate due to increased internal reflectance in the passivation layer at the back
About 22 to 23% efficiency

TOPCon (Tunnel Oxide Passivated COntact)

Application of technology to prevent recombination utilizing the tunneling effect
It consists of a poly-BSF layer that is partially crystallized at heat treatment and a very thin tunnel oxide of less than 1.5nm.
The power generation efficiency of nTOPCon-structured solar cells is about 1% higher than that of pPERC-structured solar cells.

Solarskin

Embodiment of color by adjusting the reflection in the visible light range through a special film
Power generation by utilizing light wavelengths not required for the embodiment of color
(for white color, efficiency is increased by about 11% from reflection across the entire visible light range.)
Maintaining the same color from different angles
Application of the anti-glare function

Applications

Case 01