Views: 6 Author: Site Editor Publish Time: 2025-04-10 Origin: Site
As a continual innovator in the photovoltaic industry, ZNSHINE Solar remains dedicated to the R&D and application of high-performance solar modules. In response to the rising demand for higher efficiency, ZNSHINE has launched its latest Heterojunction (HJT) technology modules, which integrate the strengths of crystalline silicon and thin-film technologies. Offering ultra-high efficiency and superior reliability, these modules redefine industry standards and contribute to the high-quality development of green energy.
ZNSHINE’s HJT modules are built on N-type monocrystalline silicon substrates, with an intrinsic amorphous silicon thin-film layer introduced between the PN junctions. This buffer layer provides deep surface passivation of the crystalline silicon, significantly reducing carrier recombination loss. As a result, the modules deliver higher minority carrier lifetimes and elevated open-circuit voltages, enabling a remarkable boost in conversion efficiency and output power—achieving both enhanced performance and stability.
Backed by its advanced cell structure, ZNSHINE’s HJT modules deliver outstanding power generation efficiency. The synergistic effect of N-type wafers and amorphous silicon thin films provides dual surface passivation, significantly reducing surface defects and ensuring high conversion efficiency under various lighting conditions.
Excellent temperature coefficient (-0.24%/°C): Maintains high output even in hot climates
High bifacial performance: Strong rear-side power generation with high bifaciality
Outstanding low-light response: Stable performance during cloudy days, early mornings, and late evenings
Immune to LID and PID: Effectively resists light-induced and potential-induced degradation
Low degradation and long lifespan: Retains over 90.3% power after 30 years, ensuring higher long-term returns
In addition to performance, ZNSHINE’s HJT modules are engineered for exceptional reliability. A series of material and structural enhancements ensure stable operation under extreme conditions, meeting the demands of global markets.
Pre-cut silicon ingots: Reduce microcracks and improve product consistency
Light-conversion film layers: Improve UV resistance and boost light utilization
Advanced edge sealing: Enhances water resistance and prolongs module lifespan
Dual-glass + framed structure: Withstands up to 5400/2400 Pa, ideal for challenging environments
By combining the technical advantages of crystalline silicon and thin-film technologies, ZNSHINE’s HJT modules achieve higher conversion efficiency, superior adaptability, and extended durability. These characteristics make them especially well-suited for large-scale ground-mounted solar power plants, where system efficiency and investment returns are critical.
With strong R&D capabilities and precision manufacturing, ZNSHINE Solar has successfully scaled up HJT module production, reaching capacities of 720W to 750W. This technological leap not only underscores ZNSHINE’s leadership in high-efficiency cell innovation, but also delivers a competitive, green energy solution for the global energy transition.ZNSHINE HJT modules are shaping the next generation of solar technology—reliable, efficient, and built for the future. ZNSHINE Solar — Making Green Energy More Efficient.
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