Multiple national departments are strongly promoting the upgrading of facility agriculture, with bio-supplementary lighting technology becoming a key area of policy support.

The "National Modern Facility Agriculture Construction Plan (2023-2030)," jointly issued by the Ministry of Agriculture and Rural Affairs, the National Development and Reform Commission, the Ministry of Finance, and the Ministry of Natural Resources, explicitly lists biological supplemental lighting technology as a core supporting means for upgrading modern facility agriculture, providing clear policy guidance for the industry's development. Based on top-level designs such as the "14th Five-Year Plan for Promoting Agricultural and Rural Modernization" and the "National Territorial Spatial Planning Outline (2021-2035)," the plan proposes the requirement to "promote automated control equipment such as emergency supplemental lighting and integrated water and fertilizer systems," driving the automatic control of greenhouse environments such as light, temperature, and water through supplemental lighting systems and environmental sensors, thereby improving the mechanization, automation, and intelligence levels of facility agriculture.
The plan points out that modern facility agriculture needs to break free from dependence on the natural environment and achieve efficient production through precise control of the growth environment. Biological supplemental lighting technology, as a key means of regulating plant growth, is the core support for standardized production in application scenarios such as facility planting and plant factories.
Guided by the national top-level design, local policies have followed suit. The Dalian Jinpu New Area's incentive policy for facility agriculture construction explicitly includes supplemental lighting systems within the scope of subsidies for the intelligent renovation of old greenhouses. A 15% subsidy is provided to operators who purchase supplemental lighting systems, automatic temperature control, and other digital equipment, with a maximum subsidy of 5,000 yuan per mu for solar greenhouses and 1,000 yuan per mu for cold greenhouses, effectively lowering the threshold for the application of biological supplemental lighting technology.
From national planning to the implementation of local policies, policy dividends continue to be released, providing not only ample space for the promotion of bio-light supplementation technology, but also a clear market orientation for related R&D enterprises, promoting the deep integration of technological innovation and practical application.