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Global Infrastructure

Precision Engineering, Maximum Reliability

Our solar products are manufactured in a world-class, fully automated facility spanning over 500,000 square feet. By utilizing advanced robotics and AI-powered visual inspection, we ensure complete uniformity and structural integrity for every component.

From cutting-edge TOPCon solar modules to custom galvanized steel poles and marine-grade navigation beacon lights, our manufacturing lines adhere to the strictest global regulatory frameworks.

2.5 GW

Annual Production Capacity

98.4%

Robotic Automation Rate
Manufacturing Facility
Production Process

Our Step-by-Step Production Process

Every step in our production line is fully controlled and logged to trace the lifetime performance of our solar units.

1
Raw Material Procurement

We source only premium-grade polysilicon from certified suppliers. Each batch undergoes spectrographic analysis to verify purity levels exceeding 99.9999%. Our rigorous incoming inspection ensures only the finest raw materials enter our production process.

2
Solar Cell Production

High-purity polysilicon is sliced into ultra-thin wafers using diamond wire saws. These wafers undergo texturing, diffusion, and anti-reflective coating processes to create high-efficiency photovoltaic cells with conversion rates exceeding 22%.

3
Cell Testing & Sorting

Every solar cell is individually tested under simulated sunlight (STC conditions) and sorted by efficiency, color, and electrical characteristics. Only cells meeting our stringent quality criteria proceed to module assembly.

4
Module Assembly

Sorted cells are interconnected using high-quality tabbing ribbon and arranged in precise configurations. Automated stringing machines ensure consistent solder joints and optimal cell spacing for maximum energy output.

5
Lamination

Assembled cell strings are encapsulated between layers of EVA (ethylene-vinyl acetate) and tempered glass using our state-of-the-art vacuum lamination process. This creates a hermetically sealed module that protects cells from moisture, UV degradation, and mechanical stress.

6
Framing & Junction Box

Laminated modules are fitted with heavy-duty anodized aluminum frames and weatherproof junction boxes with bypass diodes. Precision framing machines ensure perfect alignment and structural integrity.

7
Quality Inspection

Each completed module undergoes comprehensive quality inspection including visual examination, EL (electroluminescence) imaging, flash testing, insulation resistance testing, and wet leakage current testing. Only modules passing all checks are approved.

8
Packaging & Labeling

Approved modules are carefully packaged in weather-resistant cartons with foam protection for safe transportation. Each module receives a unique serial number, performance label, and detailed specification sheet.

9
Storage & Dispatch

Packaged modules are stored in climate-controlled warehouses and dispatched via our logistics network. Real-time tracking ensures timely delivery to installation sites across the globe.

Quality Control

Global Certifications & Zero-Defect Standards

Our materials undergo extreme tests to ensure long-term physical and electrical durability in hostile outdoor environments.

Thermal Cycle Testing

Panels are cycled between -40°C and +85°C over 200 times to verify resistance against extreme temperature fluctuations without cell micro-cracking.

Mechanical Load Testing

Tested to withstand front snow loads up to 5400 Pa and rear wind loads up to 2400 Pa, ensuring safety under extreme snowfall and severe windstorms.

PID Resistance Checks

Anti-PID (Potential Induced Degradation) cell technology and encapsulation guarantee zero power leakage under high voltage and humidity.

ISO 9001
Quality Management
ISO 14001
Environmental System
CE / TUV / UL
Global Safety Standards
IEC 61215 & 61730
Design Qualification

Interested in a Factory Tour or Custom Order?

We support customized manufacturing specification designs for commercial and public sector tenders.