Application FAQ
900Explore the vital aspects of solar junction boxes, including their electrical performance, working voltage, junction temperature current, and connection methods.
View detailsSearch the whole station
Considerations for Solar Cable Installation
Constructing and laying photovoltaic cables is pivotal in solar installations. To ensure seamless operation and avert any disruptions, addressing potential complications during the laying process is essential. The key to mitigating such issues lies in meticulous cable construction and installation. In this discussion, we delve into the vital considerations and precautions that need emphasis during the construction of photovoltaic cables to ascertain optimal performance and reliability.
During the installation of photovoltaic cables, various methods such as steel brackets, steel protective pipes, and cable clips are employed. However, any steel (iron) closed loop formed around the photovoltaic cable can induce eddy currents, notably prominent in high-current photovoltaic cable systems. It’s crucial to implement measures during construction to avoid the formation of a steel (iron) closed circuit around the cable, mitigating the generation of eddy currents.
Photovoltaic cables with substantial specifications pose challenges in transportation and laying due to their large outer diameter and stringent turning radius requirements. Excessive turning angles can lead to internal mechanical damage and compromise the cable’s insulation strength, causing faults. Adjusting the connection length of the mid-phase cable head ensures stability and prevents external force impact, proving effective in operations.
Unequal three-phase loads in public medium and low voltage photovoltaic cables necessitate consideration of the metal sheath’s grounding. It’s vital to ensure no grounding at any point and maintain routine induction voltage below 100V. All cable joints in the network should have grounding electrodes (nets), with the metal sheath reliably grounded.
Safety remains paramount, necessitating precautionary measures to avoid electric shocks during photovoltaic cable installation.
Explore the vital aspects of solar junction boxes, including their electrical performance, working voltage, junction temperature current, and connection methods.
View detailsDive deep into the efficiency and reliability of YORO NEW ENERGY Solar Connectors. Discover the comprehensive testing processes, including Plug Force, Durability, and Insulation Resistance Tests, that ensure maximum energy transmission with minima...
View detailsExplore YORO’s guide on selecting connectors with optimal specifications and models for enhanced photovoltaic efficiency and reliability in diverse conditions
View detailsExplore FAQs on solar cable applications, focusing on insulation damage, overloading, conductor materials, and external flame temperatures, to understand the importance of quality and proper installation in ensuring the longevity and safety of pho...
View details