Heat and cold resistance: The cable uses two layers of XLPO insulation, which can adapt to cold environments, while having good heat resistance.
Friction and drop resistance: Designed for outdoor use, this cable is resistant to friction and drops, ensuring performance in harsh conditions.
Uv protection: The cable material is resistant to UV rays, ensuring long-term use in outdoor environments.
High mechanical strength: The cable has high mechanical strength and can withstand a certain amount of mechanical pressure and vibration in the photovoltaic system.
Halogen-free flame retardant: The cable uses halogen-free materials, which are flame retardant and reduce the risk of fire.
Chemical and oil resistance: Cable materials are resistant to most chemicals and oils and are suitable for a variety of environments.
High voltage and temperature rating: The cable is rated for voltages up to 1500V and the temperature range is from -40 ° C to 90 ° C, which allows the cable to operate safely and reliably under a wide range of voltage and temperature conditions.
These characteristics make solar twin-core cables ideal for use in solar photovoltaic systems, especially in applications that require high mechanical strength and long-term reliability.
Benefits:
Improved reliability: Two-core cables typically have better insulation and protection, reducing the risk of short circuits and failures and improving system reliability.
Improve efficiency: Two-core cables can reduce resistance and energy loss, improve the efficiency of power transmission.
Space saving: Two-core cables integrate two wires together, saving installation space and simplifying wiring work.
Easy to identify: Double-core cables are usually marked with different colors, which is easy to identify and install, reducing the possibility of wiring errors.
Cost reduction: Integrated design reduces material and installation costs and improves economic efficiency.
Therefore, the two-core cable has an important role in a variety of applications, especially in the need for efficient, reliable and cost-effective occasions.
Purpose:
Cars and ships: In cars and ships, two-core cables are used to connect batteries, motors and other electronic devices to provide a stable power supply.
Industrial equipment: In industrial equipment, two-core cables are used to connect sensors, actuators and other control devices to transmit signals and electrical energy.
Solar photovoltaic systems: In solar photovoltaic systems, two-core cables are used to connect solar panels, inverters and other components to transmit direct current energy.
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