High-load-bearing, high-performance busbar trunking adapts to various transformer types, perfecting power distribution system transmission solutions.
2026,06,24
Industrial and large-scale building power distribution projects are placing increasingly higher demands on the mechanical strength and current-carrying capacity of busbar trunking. Busbar trunking products, combining high load-bearing capacity and efficient power transmission, are gradually becoming mainstream supporting equipment, seamlessly connecting to various transformers and adapting to substation power supply needs under different operating conditions.
This high-performance busbar trunking features an optimized overall shell frame structure, thickened support profiles, and integrated reinforcement technology, significantly improving overall load-bearing capacity. For long-distance installations, no additional dense supports are needed, reducing on-site construction difficulty. The rigid shell structure buffers equipment operating vibrations and, when connecting to a Dry Type Transformer, counteracts minor shaking caused by equipment operation, preventing loosening of connections and ensuring long-term stable power supply.
The product's conductors use highly conductive materials with a compact insulation arrangement, resulting in lower transmission losses. Its heat dissipation structure is suitable for continuous high-load operation scenarios, making it widely used in factories, commercial complexes, data centers, and other projects. For outdoor and heavy industrial sites with limited space requiring the use of Oil-immersed Transformers, the busbar trunking system is equipped with dedicated start-up connection components. It is compatible with the outgoing cable layout of oil-immersed equipment, and its sealed structure isolates dust and moisture, mitigating insulation risks associated with humid environments.
The entire busbar trunking system features a flexible modular design, allowing for adjustments to length and branch points based on site power distribution routes, while also accommodating future expansion needs. Its robust mechanical load-bearing capacity and stable electrical performance make it compatible with various transformer models, providing a safe and reliable power transmission path for different types of substation systems. This effectively solves various practical problems encountered in the installation and long-term operation and maintenance of large-scale power distribution projects.
Jiangsu Kelide Electric Co., Ltd.
