SMALL CHANGES, BIG ACCOMPLISHMENTS

Seraphim S4 Bifacial Series Solar Module
Seraphim focuses on value creation and in the winter of 2020 launches a new generation of high efficiency PV modules, the Seco 182mm bifacial series. The new series integrates 182mm large-size silicon wafers with PERC, multi-busbar, half-cell, bifacial technologies and high-density encapsulation. Technology integration enables the Seco 182mm bifacial series to increase the efficiency of the module up to 21.1%, and a maximum power output on the front side of 540W.

SERAPHIM SECO 182mm BIFACIAL SERIES

Reaching the Compatibility Boundary
of Mainstream Solar System

Compatible with the existing packaging scheme, container space and logistics methods

The size and width of the modules are within the arm span, thus ensuring the installation efficiency and reducing the risk of damage

Maintains maximum compatibility with existing solar system design while ensuring the system safety and reliability

Have all the advantages of more power per unit area and reduced BOS cost, and also can be effectively combined with mainstream 1p and 2p mounting systems

Improved Reliability

Compared with larger module products, the Seco 182mm bifacial series have a number of outstanding characteristics, such as a lower working current and power loss, a lower temperature coefficient, high low irradiance performance, high power output and low hot spot effects.
Moreover, it provides for two installation methods according to field conditions: by rails and clamps. In both cases, the Seco 182mm bifacial series modules are qualified for 5400Pa static load on the frontside even when there is no cross-beam support on the back.

IDEAL FOR HIGHLY-REFLECTIVE PROJECT SITES

SAND

SAND

Additional Power
Generation Rate：
8-12%

WATER

WATER

Additional Power
Generation Rate：
3-5%

GRASSLAND

GRASSLAND

Additional Power
Generation Rate：
4-7%

WHITE PAINTED GROUND

WHITE PAINTED GROUND

Additional Power
Generation Rate：
17-20%

SECO 182mm BIFACIAL SERIES MODULE FEATURES

Using reflected light, 10-30%
more energy generation

Class A fire resistance, anti-PID, superior stability and durability

High density encapsulation
reduces the cell spacing to 0.5mm

Dual glass structure reduces micro-cracks, snail trails, and UV aging

Lower internal loss and the risk of micro-cracking due to multi-busbar cells

Significantly lower LCOE and
more BoS savings

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