Focusing On The Construction Of New Power Systems

With the continuous advancement of domestic new power system construction and the deep implementation of the Dual Carbon strategy, coupled with the rapid expansion of new infrastructure sectors such as energy storage, photovoltaics, and data centers, the busway industry in 2026 is experiencing a structural upgrade turning point. It has officially moved away from the traditional extensive supporting model and is accelerating its evolution toward high-end applications tailored for new energy, high-safety protection, and intelligent adaptability. The market landscape and product demands are undergoing a comprehensive transformation.

In recent years, the traditional building power distribution market has gradually stabilized, while new energy scenarios have become the core growth driver of the busway industry. Emerging sectors such as photovoltaic power stations, energy storage power stations, AI computing centers, and new energy industrial parks impose far more stringent requirements on the weather resistance, stability, and insulation protection of power distribution equipment than traditional working conditions. Compared with traditional cables, busways offer significant advantages including high current-carrying capacity, low power loss, high adaptability, and easy maintenance. As a result, they are achieving large-scale substitution, with the growth rate of the new energy segment continuing to lead the overall industry growth.

Continuous upgrades in industry standards are also driving technological innovation. The full implementation of new electrical safety and energy efficiency standards has imposed higher specifications on core indicators such as temperature rise control, insulation performance, short-time withstand current, and corrosion/aging resistance of busways, significantly raising industry entry barriers. Against this backdrop, low-end homogeneous products are being gradually phased out, while high-end customized products featuring cast-resin sealing, fully insulated protection, and both AC and DC compatibility have become the mainstream in the market. The market share of high-end busway products continues to rise.

At the same time, domestic busway brands are experiencing a rapid rise. In the past, the high-end new energy power distribution market relied heavily on imported products. Today, leading domestic enterprises are continuously deepening their technological R&D, improving full-process quality control systems, and successively obtaining authoritative domestic and international certifications such as CQC, CE, and CB. The safety and compliance of their products are now fully aligned with international standards. Leveraging advantages such as high cost-effectiveness, rapid customization, and local service support, domestic busways are breaking the monopoly of foreign brands. They are not only deeply engaged in the domestic new infrastructure market but are also steadily expanding into overseas new energy engineering markets.