High-Efficiency 210mm P-Type HJT 0BB Solar Cells- JGYC-210-0BB

Explore the Benefits of 210mm P-Type HJT Solar Cells

Upgrade your solar manufacturing or research projects with next-generation P-Type Heterojunction (HJT) 0BB solar cells. These advanced cells combine crystalline silicon strength with thin-film passivation technology to deliver exceptional efficiency, reliability, and long-term performance.

Designed for high-output module production and specialty solar applications, these cells offer reduced electrical losses and enhanced energy yield compared to traditional cell technologies.

Key Features

• High Conversion Efficiency: Approximately 25% performance class

• Advanced HJT Technology: Superior temperature stability and reduced degradation

• Zero Busbar (0BB) Design: Improved current collection and reduced shading losses

• Excellent Low-Light Performance: Increased energy production in real-world conditions

• Thin Cell Construction: Optimized for high-density module manufacturing

Product Specifications

• Cell Type: P-Type Heterojunction (HJT)

• Busbar Configuration: 0BB (Zero Busbar)

• Cell Dimensions: 105mm x 210mm

• Thickness: 110µm (70–95µm options available upon request)

• Efficiency Range: ~25% (varies by production batch)

• Surface Technology: TCO Coated

Applications

✔ Solar module manufacturing
✔ R&D and prototype development
✔ High-efficiency solar product integration
✔ Specialty and custom solar builds

Documentation Included

• Certificate of Conformance (CoC)

• Manufacturer and production origin verification

• Cell part number traceability

• Technical datasheet access

Ordering & Fulfillment

• Minimum order quantities may apply

• Initial quantities starting at 1,000 cells available

• Typical lead time: 6–18 weeks depending on volume

• Bulk and commercial pricing available upon request

Why Buy from Solar Cellz USA?

Solar Cellz USA provides verified global sourcing, professional logistics coordination, and technical support to ensure reliable supply for your solar manufacturing and development needs.

What Makes 210mm P-Type HJT Solar Cells Stand Out?

The 210mm P-Type HJT Solar Cells represent a significant advancement in solar technology. Combining the benefits of heterojunction technology and P-type materials, these solar cells offer superior efficiency and performance. Their unique design allows for better light absorption and less energy loss due to shading. This efficiency translates into higher energy yields, making them a preferred choice for both residential and commercial applications. Furthermore, their robust construction enhances durability, ensuring they withstand various environmental conditions while providing reliable performance over time.

Key Features of JGYC-210-0BB Solar Cells

One of the standout features of the JGYC-210-0BB model is its impressive capability to convert sunlight into electricity with minimal losses. These solar cells are designed to optimize energy capture, utilizing advanced materials and manufacturing techniques. Moreover, the 210mm size allows for a larger surface area, increasing power output per panel. This feature is crucial for maximizing energy generation, particularly in limited space installations. Additionally, the cells are engineered to reduce temperature coefficients, maintaining efficiency even in high-temperature environments, which is vital for performance in warmer climates.

Applications and Benefits of HJT Solar Technology

The applications for 210mm P-Type HJT Solar Cells are vast, including rooftops, commercial solar farms, and off-grid systems. They are particularly valuable in regions with high solar irradiation, where their efficiency can be fully leveraged. Moreover, these cells contribute to lower electricity costs and environmentally friendly energy production, making them a compelling choice for eco-conscious consumers. By investing in high-efficiency solar technology, users can not only decrease their reliance on fossil fuels but also increase their energy independence. The JGYC-210-0BB thus stands as a reliable and effective solution for anyone looking to harness solar power effectively.

Documents;

Data Sheet