Compared with traditional full-payment procurement, the substation leasing model completely breaks the heavy-asset barriers of power infrastructure. Companies no longer need to invest massive capital to purchase equipment; instead, they can flexibly lease various mobile and container-type substations, such as 35kV and 110kV units, based on project duration and electricity demand. This approach significantly reduces upfront financial pressure as well as equipment operation, maintenance, and storage costs. At the same time, leased substations come fully factory-tested and are easy to install, enabling rapid adaptation to diverse scenarios-including wind and solar grid integration, temporary construction site power supply, renovation and expansion of aging substations, and emergency power for petrochemical facilities-dramatically shortening project commissioning timelines.
Over the past two years, domestic power equipment leasing transactions have continued to rise, with substation leasing showing particularly rapid growth. As overseas infrastructure leasing models mature, Chinese power trading companies are continuously enhancing their services by offering one-stop leasing solutions that include flexible extensions, customized equipment selection, and full lifecycle operation and maintenance. These solutions are designed to withstand challenging conditions such as high salt corrosion and strong winds, fully meeting the personalized electricity demands of diverse engineering projects.
Shared power infrastructure has become a major industry trend. Substation leasing not only improves the utilization efficiency of power equipment resources and promotes green, low-carbon industry development, but also provides a lightweight growth pathway for small and medium-sized infrastructure companies and renewable energy projects. Looking ahead, as the market-oriented reform of the power infrastructure sector continues to deepen, the flexible and efficient substation leasing model is expected to unlock even greater market opportunities, becoming a key driver for cost reduction and efficiency improvement across the power industry.