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PV Cell String Layout Machine: High Precision and High Efficiency
In photovoltaic module manufacturing, cell string layout is a critical process that directly determines module consistency and long-term reliability. Even minimal layout deviations may lead to power loss, hot spot risks, and other performance issues during lamination and field operation. With the accelerated adoption of high-efficiency cell technologies such as N-type TOPCon and HJT, solar cells are becoming larger in size, thinner in structure, and more sensitive to process variation. As a result, the industry is placing unprecedented demands on layout equipment in terms of precision, stability, and takt time. Photovoltaic cell string layout machines are therefore transitioning from traditional millimeter-level control to a new stage of micrometer-level precision manufacturing driven by machine vision and intelligent algorithms.
2026-01-13
High-Precision PET/EVA Encapsulation and Intelligent Cutting Technology
In the context of the photovoltaic industry moving toward high efficiency, long lifespan, and large-scale manufacturing, the precision of the encapsulation process has reached an unprecedented level of importance. As a key step determining module efficiency, reliability, and lifetime stability, encapsulation equipment is transitioning from “meeting production needs” to “precision manufacturing.” With the adoption of next-generation automated layering and cutting equipment, the accuracy of encapsulation material placement has reached ±1.5mm, marking the industry's entry into a new stage of high-precision, synchronized process control. This article focuses on the layering process of PET backsheets and EVA adhesive films, analyzing how equipment innovation drives simultaneous improvements in production efficiency and module quality.
2026-01-09
High-Precision 180° PV Glass Flipping System
The 180-degree flipping equipment (commonly known as a "flipping machine" or "flipping transfer machine") in a photovoltaic production line is a core auxiliary equipment in the lamination process. Its function is to precisely flip the photovoltaic glass 180 degrees after the automatic glass loading process and before the encapsulant film application and cell string placement processes.
2026-01-06
Analysis of Glass Loading Machines Technical
Innovative Breakthroughs in Single-Layer and Double-Layer Automatic Glass Loading Machines and Industry Benchmark Positioning
2025-12-31
The Functions and Features &Workflow of Automatic Glass Loading Machines
2025-12-25
Empowering the Future of the PV Industry Through Laminator Technology Innovation
At this pivotal moment of the PV industry's transition toward higher efficiency and intelligence, laminators—as core equipment for module encapsulation—play a decisive role in determining PV module yield rates and power generation efficiency. ChinTiyan New Energy has become an industry benchmark for technological advancement through its independently developed laminator technology. Featuring high-precision temperature control, dynamic pressure regulation, and end-to-end automation solutions, the company is propelling photovoltaic manufacturing toward a new era of high-quality development.
2025-12-17