SC-Solar's multi-stack laminators enable simultaneous lamination of up to 24 modules per chamber, combining compact design with high throughput and precise temperature control
The company unveiled a full perovskite production line solution covering vacuum coating, ALD, laser scribing, and automated encapsulation
For BC manufacturing, SC-Solar presented wet cleaning platforms designed for wafer polishing, texturing, and PSG removal
During SNEC 2025, SC Solar, in addition to promoting its flagship multi-stack laminators, also organized several technology sessions at its booth by highlighting the company’s corresponding solutions. The company covered hot topics of the segment – perovskites, BC, module packaging, and lamination technology.
SC Solar is a leading supplier of automation equipment for solar module production and module laminators, especially in China. The company has been offering stacked laminators designed with multiple chambers. According to the company, when combined with an intelligent control system, the solution effectively addresses traditional lamination challenges, such as slow throughput, large footprint, high energy consumption, and higher maintenance. Each chamber of this product can laminate 24 modules simultaneously, improving output efficiency per unit area – achieving higher capacity with less space and energy use, says the company. The product platform is equipped with precise temperature control, rapid vacuuming, liquid cooling, and intelligent material handling. It enables full process data traceability and automatic recovery from anomalies.
Addressing the hottest topic in the industry – the perovskite tandem technology – SC Solar presented a comprehensive high-efficiency perovskite cell solution, covering core processes including vacuum coating, laser scribing, atomic layer deposition, and automatic encapsulation. A highlight was the self-developed ‘evaporation + RPD’ solution for large area functional layers. It supports multiple cell structures and enables continuous production of large-area modules.
For module encapsulation, SC Solar showcased its automated perovskite module packaging technology. The modular front-end encapsulation system integrates multiple precise application steps – including conductive tape, butyl sealant, and busbars – and dual-glass lamination. It supports various structures, such as single-junction, 2T, and 4T modules, offering fast cycle times and high precision. The system establishes a highly automated and standardized pre-encapsulation process for perovskite layers.
SC Solar also presented its comprehensive wet cleaning solution for BC. The key focus areas include platform modularity, process automation, and intelligent data control. The company presented the applications of both inline and batch equipment platforms in BC manufacturing. The solution covers critical cleaning steps in BC processing, such as wafer polishing, texturing, and PSG removal. On the technical side, the solution integrates spectrum monitoring, conductivity control, and scheduling systems to improve cleaning consistency and process stability.
In addition to packing the cell matrix to make modules, SC Solar has also developed an end-to-end solution for module packaging, smart warehousing, and automated loading. It accommodates various packaging processes, supports multiple module sizes and logistics needs, and is compatible with different production line layouts and shipping modes.
The text is an edited excerpt from TaiyangNews’ latest report on New Cell & Module Production Equipment And Materials 2025 Report, which can be downloaded for free here.
