As an integral component of power infrastructure development, the advancement level of the substation enclosure industry directly impacts grid stability and reliability. Amid ongoing energy structure transformation and surging electricity demand, enterprises in this sector are driving industry-wide upgrades through technological innovation.

Technological innovation is first reflected in product performance enhancement. Traditional substation enclosures had limitations in heat dissipation and protection, affecting operational stability and service life. For heat dissipation technology, the integration of aspiration pumps with multiple deformation-optimized tubes efficiently extracts heat generated during transformer and switchgear operation. This solves the overheating problem caused by ineffective heat discharge in conventional enclosures, enhancing equipment stability and ensuring sustained high-load performance.Substation enclosure enterprises are also pioneering new material applications. Advanced insulating materials enhance dielectric strength while reducing leakage risks, improving weather resistance and corrosion protection to extend service life. For example, some manufacturers now employ nano-composite materials for enclosure housings. These lightweight, high-strength materials offer superior insulation properties, significantly improving overall enclosure performance.