Application Effects and Optimization Strategies of Semiconductor Lighting (LED) Technology in Agricultural Lighting

Traditional agriculture relies on sunlight or artificial light sources, which lacks large-scale, high-efficiency, and high-quality crop production. The development of semiconductor technology has led to the application of semiconductor lighting technology (LED) in agricultural lighting. LEDs are high-efficiency artificial light sources that can adjust spectrum, intensity, and photoperiod according to crop needs, effectively solving insufficient light and low efficiency problems in traditional agriculture. This paper studies the application scenarios and effects of LED technology in agricultural lighting and proposes optimization strategies to improve production efficiency, crop quality, and yield.