Outdoor power distribution projects have long faced characteristics such as large temperature variations, corrosion in an open environment, and frequent load fluctuations. Conventional power distribution equipment is difficult to operate stably for an extended period and is prone to performance degradation and frequent failures. Moreover, the compatibility between the equipment and the cabinet is insufficient, which restricts the quality and service life of the power distribution projects. To meet the requirements of complex outdoor power distribution scenarios, Jiangsu Kelide continuously optimizes the performance of outdoor power distribution equipment and creates a high-adaptability and high-durability power distribution solution.
The brand has been deeply engaged in outdoor power Distribution Transformers, relying on a mature insulation and heat dissipation structure, which has extremely strong environmental adaptability. It can withstand alternating high and low temperatures, as well as wind and rain erosion in the outdoor environment for a long time, and is suitable for various scenarios such as power grid renovation, outdoor stations, and rural power distribution. In the overall power distribution scheme design, Oil-immersed Transformers can form a complementary selection with indoor dedicated dry-type transformers to meet the differentiated construction needs of different sites. At the same time, the equipment can precisely connect with various specifications of switch cabinets to achieve integrated configuration of power transformation, distribution, and protection. The core purpose of this series of equipment is focused on outdoor large-scale power distribution projects. With stable heat dissipation performance and carrying capacity, it is suitable for long-term heavy-load operation conditions. Through complementary combination with dry-type transformers and integrated use with switch cabinets, it effectively improves the anti-interference ability and operational stability of the entire power distribution system, reduces the failure rate of outdoor equipment, significantly extends the overall service life of power distribution equipment, and helps outdoor power engineering to be efficiently implemented and operate for a long time.