A good grounding layout can effectively guide leakage current and interference signals in the cabinet, protect equipment safety, and reduce power loss caused by poor grounding.
The flame retardant properties of photovoltaic cables build a fire safety barrier for photovoltaic systems at multiple levels, from materials and structures to practical applications.
When the outer sheath shows signs of aging, it is necessary to peel off part of the sheath to check the condition of the inner core wire.
To achieve the ultra-fast charging function of power bank, optimization is required from multiple angles, including circuit design and material selection.
Ensuring the operational stability of photovoltaic grid-connected cabinets in harsh environments such as high temperature and high humidity requires multiple aspects.
Through scientific and reasonable material selection, rigorous and meticulous design concepts, and strict construction specifications, photovoltaic cables can effectively prevent fires in high-voltage direct current application scenarios.