Solar cable is a kind of cable used for photovoltaic power generation
Summary: Solar cable is a kind of cable used for photovoltaic power generation,
Solar cable is a kind of cable used for photovoltaic power generation, which is a process of generating electric energy from sunlight. In this process, solar cables connect the solar panels to other electrical equipment in the system, allowing the transmission of electrical energy from one point to another when necessary. Designed for use under various operating conditions, solar cables are a more environmentally friendly alternative to traditional power cables. Solar photovoltaic power supply usually needs to install disconnectors or isolators. Solar cables are designed for indoor and outdoor environments. Usually, Their rated temperature ranges from - 40 ° C to 90 ° C (- 40 ° f to 194 ° f). The maximum allowable DC voltage for most solar cables is 1.8 kV (kV). The solar cable is flexible and wrapped in a metal mesh, which helps to avoid overvoltage and improve the shielding capacity. Overvoltage occurs when the current through the conductor is greater than its rated capacity; shielding is the process of protecting the cable and processing device from current. The solar cable connects the solar panel with electrical equipment. Solar cable design Used to resist ultraviolet and weather, it can be installed outdoors without problem. In fact, these cables are used outdoors most of the time, exposed to the harsh sun and harsh environment. Due to the shielding and enclosure on the solar cable, the line can be laid in a highly exposed area without the risk of electrical quality failure of the physical line itself or the signal passing through the wire. The insulating materials used can also resist salt water and acidic and alkaline conditions. In addition, they do not contain halogen or flame retardant. Solar cables are flexible and designed for fixed and mobile devices. In the outer shell of the solar cable, the positive and negative cables are double insulated and completely laid separately from each other. This reduces the risk of signal interference or degradation and further protects the quality of the cable. Through this preventive measure, the possibility of grounding fault and short circuit is greatly reduced, and the overall safety and efficiency of the cable itself are improved.