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Photovoltaic energy storage wiring harness
Photovoltaic energy storage wiring harness Customizable
• Strong adaptability: Customized for photovoltaic energy storage systems, the wire harness specifications and connector types are highly compatible with each component within the system, ensuring convenient installation and stable connection
• Heat resistance and good environmental performance: The outer material has excellent UV resistance and weather resistance, and can adapt to the various outdoor environments. Some areas may also have protective treatments that can resist certain mechanical external forces and adapt to the operational vibrations of energy storage equipment
• Stable transmission: The conductor has excellent electrical conductivity, which can stably transmit power and signals, ensuring the efficient operation of photovoltaic energy storage systems
Product parameters
  • Wire types: power transmission lines, XLPE insulated wires, rubber insulated wires, signal transmission lines

  • Wire gauge: Power line: 10AWG - 2AWG; Signal line: 24AWG - 20AWG

  • Core wire: Multi-strand twisted core wire structure

  • Conductors: High-purity oxygen-free copper, tin-plated copper

  • Temperature resistance: -40℃ to 90℃. In the outdoor photovoltaic module connection area exposed directly to sunlight, the wire harness that has undergone special high-temperature resistance treatment can withstand a maximum temperature of 120℃. When applied in cold regions, it can maintain good flexibility and electrical performance even at low temperatures.

  • Certifications: ISO 9001, IECQ, UL, TUV certifications, etc

  • Connector types: Waterproof connectors, quick-plug connectors, board-to-board connectors

  • Protective tubes: corrugated tubes, aluminum foil heat insulation sleeves, braided net tubes

  • Protection: Insulation protection, mechanical protection, electromagnetic shielding protection

  • Plug mold: Injection molding process

  • Industry: Photovoltaic energy storage industry, including large-scale centralized photovoltaic energy storage power stations, commercial and industrial distributed photovoltaic energy storage systems, household energy storage systems, etc. In addition, it is also widely applied in some off-grid solar power generation systems, such as energy storage power supply for communication base stations in remote areas and power supply for field operation equipment