Adaptive Adjustment System of Light Source and Lighting Based on Visual and Non-Visual Effects

Light source and lighting play a vital role in architectural design and life, and can affect the comfort, functionality and aesthetic feeling of architectural space. However, the traditional static lighting system cannot meet the lighting requirements in different environments and use scenarios. To solve this problem, this paper proposes an adaptive regulation system of light source and lighting based on visual and non-visual effects. In this paper, we apply experimental tests and comparison to analyze the lighting adaptive regulation system. Through the experimental results, the difference in physiological indicators between the two groups does not exceed 2. This method is applied to supplement greenhouse lighting, which can achieve the goal of energy saving and reducing consumption, and has high application value. The adoption of a light source and lighting adaptive regulation system can promote building sustainability. As a result, the total energy consumption of the two plant growth boxes was 7kWh and 11kWh, respectively.