مواد شمسية
(56 المواد الفردية)

Delivers a rigid and durable support structure for PV cells

Reduces mechanical stress on cells, enhancing their longevity and performance

Ensures panel stability by preventing vibrations and maintaining an upright structure

Connect main beam and column-by-column connections.

Inherent corrosion resistance makes it a quintessential material to protect solar panels.

The PV module is fixed on the purlin used in the pressing block.

Produced in Indonesia with full-process traceability

Raw materials sourced from the U.S.

Automated & intelligent production lines for quality and on-time delivery

The base connector fixes the column

Connect main beam and column-by-column connections

Connect internal purlins by purlin connections and then connect with the main beam

The PV module is fixed on the purlin used pressing block

Provide a rigid and robust support structure for the PV cells.

Minimize the mechanical stress cells may otherwise experience.

The rigidity helps the solar panel to stay upright and prevents vibrations from affecting the overall structure.

The base connector fixes the column

Connect main beam and column-by-column connections

Connect internal purlins by purlin connections and then connect with the main beam

The PV module is fixed on the purlin used pressing block

The junction box can be freely switched according to customer needs.

Flexibly applied to save materials, providing customers with more options.

Using this junction box on quad-split PV modules can significantly increase module power and improve efficiency.

Produced in Indonesia with full-process traceability

Raw materials sourced from the U.S.

Automated & intelligent production lines for quality and on-time delivery

The junction box can be freely switched according to customer needs.

Flexibly applied to save materials, providing customers with more options.

Using this junction box on quad-split PV modules can significantly increase module power and improve efficiency.

Designed with FFC//PET//FFC layers for superior strength and flexibility, with a total thickness of 310μm

Demonstrates outstanding performance in damp-heat (85°C/85% RH for 2000 hours) and UV pretreatment tests

Features a breakdown voltage of ≥18 kV and a partial discharge resistance of ≥1500 VDC

Low Moisture Transmission

The base connector fixes the column

Connect main beam and column-by-column connections

Connect internal purlins by purlin connections and then connect with the main beam

The PV module is fixed on the purlin used pressing block

Produced in Indonesia with full-process traceability

Raw materials sourced from the U.S.

Automated & intelligent production lines for quality and on-time delivery

The junction box can be freely switched according to customer needs.

Flexibly applied to save materials, providing customers with more options.

Using this junction box on quad-split PV modules can significantly increase module power and improve efficiency.

The junction box can be freely switched according to customer needs.

Flexibly applied to save materials, providing customers with more options.

Using this junction box on quad-split PV modules can significantly increase module power and improve efficiency.

The junction box can be freely switched according to customer needs.

Flexibly applied to save materials, providing customers with more options.

Using this junction box on quad-split PV modules can significantly increase module power and improve efficiency.