Precision Customized Light Transmittance Colored Cdte BIPV Glass for Building Integrated Photovoltaic Facade Systems

1 / 5

Precision Customized Light Transmittance Colored Cdte BIPV Glass for Building Integrated Photovoltaic Facade Systems

Still deciding? Get samples of $ !

Request Sample

Send Inquiry

Product Description

Overview & Basic Info

Model NO.

Zoom Solar-M1

Application

Building

Encapsulated Glass

Stalinite

Module Efficiency

14-19%

Short-Circuit Current Isc

2.41A

Open-Circuit Voltage Voc

180V

Impp

2.15A

Vmpp

140V

Power Tolerance

±3%

Custom Color

Black, Blue, Red,etc.

Light Transmittance

0%,10%, 20%, 40%, 50%, 60%

Transport Package

Wooden Case

Product Description

Product Parameters

Specifications	Parameter Range	Applicable Scenarios	Thickness / Transmittance	Power Output
Home	1200×600mm / 1600×800mm / 1200×1600mm	Home Roofs / Balcony Railings	10-12mm / 10%-60%	100W-300W/unit
Commercial	2400×1200mm / 3000×1500mm / 2300×1215mm	Factory Walls / Large Photovoltaic Plants	22mm / 10%-60%	500W-1000W/unit
Custom	Custom sizes from 1000-4000mm	Special Curtain Walls / Landscapes	6-20mm / 10%-60%	Calculated by size

Service Offerings:

Sample consultation for cadmium telluride solar glass modules
Pre-sales consultation and installation of residential systems
Comprehensive solutions for industrial and commercial projects

Technical Features

01. Product Structure Consists of five layers: glass substrate, transparent conductive oxide (TCO), cadmium sulfide (CdS) window layer, cadmium telluride (CdTe) absorption layer, and back contact/electrode.

02. Good Weak Light Performance CdTe is a direct bandgap material with superior absorption. Performance in early morning, evening, or cloudy conditions is significantly better than crystalline silicon cells.

03. Low Temperature Coefficient Stable performance at high temperatures. The temperature coefficient is about -0.21~0.25%/ºC, roughly half that of crystalline silicon cells.

04. High Conversion Efficiency Optimized spectral response compatible with the solar spectrum. Only 1μm thickness can absorb over 90% of visible light, offering high development potential.

05. Power Generation Stability No light-induced degradation (LID). Performance remains stable in humid climates as absorption does not overlap with water vapor peaks.

About Our Research & Development

Specializing in cadmium telluride (CdTe) and perovskite thin-film solar cells, focusing on BIPV (Building-Integrated Photovoltaics) and consumer electronics. Our products feature customizable shapes, dimensions, and light transmittance for seamless integration with architectural systems.

R&D Achievements: Breakthroughs in high-efficiency, high-stability, and low-cost inverted perovskite cells and advanced thin-film deposition instruments like close-space sublimation (CSS).

Certifications

Frequently Asked Questions

Q1: What are the primary products offered?

We primarily develop and produce cadmium telluride solar cell modules, perovskite cells, and BIPV architectural solar glass suitable for smart homes and green building integration.

Q2: Do you offer OEM/ODM services?

Yes, we provide professional OEM/ODM services tailored to customer needs, supported by an R&D team of over 20 skilled professionals.

Q3: What are the requirements for becoming a distributor?

We welcome partners with experience in the new energy photovoltaic industry who identify with our company values and service standards.

Q4: What certifications do your products hold?

Our products are CE, TUV, and CQC certified. Our production facility is ISO9001:2015 certified, and every batch includes a test report and certificate of conformity.

Q5: What kind of after-sales technical support is available?

We provide responsive support including customization drawings, installation and wiring diagrams, remote technical guidance, and on-site guidance by technicians.

Q6: Is there a Minimum Order Quantity (MOQ)?

No, we do not have an MOQ. We aim to bring green energy solutions to every corner of the world regardless of project size.