We offer high-quality and reliable products from trusted top global brands,
engineered to deliver maximum performance and long-term savings.
Wall-Integrated Solar Panels
A wall-integrated photovoltaic (BIPV) system that transforms building exteriors into clean energy generating surfaces. Designed to seamlessly blend with modern architecture, it combines sustainable power generation with durable construction.


Customizable Design
Building-Integrated Solar
Low-Glare Technology
Durable Construction
Easy Installation
Power
328W
Efficiency
19.4%
Length
1612 mm
Width
1050 mm
Thickness
6 mm
Weight
28 kg
Roof-Integrated Solar Module
A roof-integrated photovoltaic (BIPV) module that serves as both a finished roofing material and a renewable energy solution. Designed to integrate directly into the roof structure, it eliminates the need for additional mounting systems while maintaining a clean, modern appearance.


Roof-Integrated Design
Optimized Performance
Custom Fabrication
Durable Construction
Easy Installation
Rated Power
100W
Solar Cell
M2-5BB
Module Size
2400×635
Edge Detail
0.76 mm
Thickness
11 mm
Weight
40 kg
Flexible Thin-Film Solar Panels
Built with CIGS (Copper, Indium, Gallium, Diselenide) technology, it delivers reliable solar performance while adapting to curved, lightweight, and architecturally unique surfaces. Its low installation weight and durable construction make it an excellent solution for both new developments and retrofit projects.


Flexible Design
Lightweight Construction
No-Mount Installation
Durable Performance
Easy Install
Rated Power
125W
Efficiency
16%
Length
2585 mm
Width
348 mm
Thickness
2.5 mm
Weight
1.9 kg
Transparent Solar Window Technology
A transparent Building-Integrated Photovoltaic (BIPV) glazing system that transforms conventional windows into clean energy generators. Designed to combine modern architectural aesthetics with renewable energy production, it allows natural light to enter while generating electricity.


Transparent Solar Glass
Custom Manufactured
Integrated Blind Function
High Wind Resistance
Premium Appearance
Rated Power
125W
Module Size
2400 x 635 x 11
PVB
0.76 mm
Glass Type
Tempered
Ultra-Clear
Junction Box
Edge-X
Weight
40 kg
Solar Curtain Wall System
A Building-Integrated Photovoltaic (BIPV) curtain wall system that seamlessly combines modern architectural façades with clean energy generation. Utilizing advanced CIGS flexible cell technology, it delivers reliable solar performance while maintaining exceptional aesthetics, even in varying sunlight conditions.


Curtain Wall Integration
Elegant Architectural Design
High Power Generation
Built for Harsh Environments
Simplified Installation
Rated Power
120W
Cell Technology
CIGS
Length
1192 mm
Width
792 mm
Thickness
15 mm
Weight
33 kg
Flexible Monocrystalline Solar Module
An ultra-thin, lightweight solar module engineered for installations where conventional rigid panels are impractical. Built with advanced solder-free MWT technology and 2D encapsulation, it delivers outstanding efficiency, flexibility, and long-term reliability. Its lightweight construction and small bending radius make it ideal for curved roofs, lightweight structures, and architecturally demanding projects.


Ultra-Flexible Design
High Conversion Efficiency
MWT Technology
Durable Performance
Lightweight Construction
Rated Power
375W
Module Efficiency
21.8%
Module Size
1080×1040
Solar Cell
126 Mono
Thickness
2.5 mm
Weight
4.7 kg
Building-Integrated Solar Glass
A Building-Integrated Photovoltaic (BIPV) glazing solution that transforms architectural glass into a source of clean, renewable energy. Utilizing advanced CIGS technology, it combines power generation with modern aesthetics, thermal insulation, and acoustic performance.


High-Performance
Adjustable Transparency
Architectural Flexibility
Thermal & Acoustic Insulation
Built for Durability
Rated Power
145W
Fire Rating
C
Module Size
1587 x 664
Mechanical Load
3600 Pa
Thickness
5.8 mm
Weight
17 kg
Our experts can recommend the right BIPV solution based
on your project’s design, energy goals, and budget.

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