Automotive Electronics

            In smart grid and distribution automation systems, temperature and humidity monitoring of power equipment such as switchgear, electrical cabinets, wiring cabinets, distribution cabinets, as well as intelligent terminal equipment such as DTU (distribution terminal unit), FTU (feeder terminal unit), PDU (power distribution unit), and their internal and connection points is the core link in preventing electrical fires. On the one hand, abnormally high temperatures can easily cause equipment aging and insulation layer failure, leading to the risk of short circuits; On the other hand, excessively high environmental humidity can significantly reduce the insulation performance of electrical equipment, accelerate the corrosion process of conductive metal components, and seriously threaten the safe operation of the system.
            By deploying high-precision intelligent environmental sensors, it is possible to achieve full-time and global monitoring of power equipment, providing core data support for the dynamic optimization of the entire lifecycle management and maintenance strategies of power equipment. This technology not only effectively enhances the adaptability of the power system in complex environments, but also promotes the upgrading of the distribution system towards intelligence and proactivity, making it an indispensable technological cornerstone for building a modern smart grid.