Product Introduction
NSPV, a leading name in the solar industry, introduces its innovative Solar Branch Fuse Connectors & Y Cables 2-in-1 solution, designed to streamline and enhance the efficiency of solar power systems. This product seamlessly combines the functionality of branch fuse connectors and Y cables, offering a versatile, reliable, and cost-effective solution for solar installations.
Product Specifications
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Connector Types |
The NSPV Y Cable Harness supports Various options available at both ends |
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Voltage Rating |
It is rated for 1500V DC |
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IP Rating |
IP68 Waterproof |
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Material |
XLPE insulation and tinned copper conductors ensure safety, durability, and efficient power transmission. |
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Certification |
Compliant with TUV IEC standards, ensuring quality and reliability. |
Our Features
The NSPV 2-to-1 Y Cable Harness features an advanced double injection molding design at the junction point, providing enhanced sealing performance and superior protection against water, dust, and environmental exposure. Made with high-quality XLPE insulation materials, the cable harness offers excellent UV resistance, weather durability, and long-term outdoor reliability. With an IP68 waterproof rating and up to 25 years of UV protection performance, NSPV Y Cable Harness ensures safe and stable power transmission for demanding solar PV applications, including residential, commercial, and utility-scale solar systems.
Our Advantages
Application
For large-scale photovoltaic (PV) power projects, NSPV's Solar Branch Fuse Connectors & Y Cables 2-in-1 solution is tailored to optimize system safety and reliability by integrating overload protection directly into string junction points. This application enhances PV array configurations by incorporating high-performance fuses that prevent overcurrent damage caused by panel mismatches, partial shading, or fault conditions, thereby minimizing fire hazards and protecting downstream components like inverters and combiner boxes.
Additionally, the design supports flexible customization, allowing fuses to be replaced with anti-reverse diodes based on specific project requirements—such as scenarios requiring bidirectional current blocking or enhanced polarity protection. This adaptability ensures seamless integration into diverse large-scale installations, whether ground-mounted, rooftop, or utility-scale, while meeting stringent safety standards and operational efficiency demands.
FAQ