Solar photovoltaic power generation system: photovoltaic cables play a crucial role in solar photovoltaic power generation system, mainly used to connect solar panels, inverters and power grids and other equipment, to realize the effective transmission and conversion of electric energy. Photovoltaic cables have a variety of excellent characteristics, including high temperature resistance, cold resistance, UV protection, flame retardant, environmental protection, long service life, etc., which enable them to operate stably in harsh climatic conditions.

Photovoltaic cables are used in a wide range of application scenarios, covering all types of photovoltaic power generation projects from household rooftop photovoltaic systems to large-scale ground-mounted photovoltaic power plants. In rooftop PV systems, PV cables are used to transmit the power generated by PV modules to the house or to the grid. In ground-mounted PV power plants, PV cables are used to connect a large number of PV modules and inverters to realize large-scale power output. In addition, PV cables are widely used in distributed PV systems and PV energy storage systems, where PV cables are used to connect PV power generating equipment and to efficiently connect with storage batteries.

Wind power systems: Solar cables are also used in wind farms to provide electrical energy and power interfaces for photovoltaic systems and wind power system installations. In these applications, the high weather resistance and immunity to electromagnetic interference of photovoltaic cables are particularly important to ensure the stability and safety of the power transmission.

Other new energy projects: photovoltaic cables wires can also be used to connect solar trackers, solar lights and other fields, and play an important role in new energy and energy-saving projects.

The materials and processes used in the manufacture of PV cables are also specially designed to meet the demands of their use in outdoor environments. For example, PV cables typically use tinned copper wire stranded conductors and halogen-free, low-smoke, flame-retardant irradiated cross-linked polyolefins as insulation and sheath materials to improve their weather resistance and safety. In addition, PV cables are designed with flexibility and abrasion resistance in mind, allowing them to adapt to a variety of complex installation and use environments.