In the past five years, we have focused on conducting interdisciplinary research on "optical agriculture"

• Including fields such as agricultural photovoltaics, plant lighting, advanced sensing technology, etc.

  
  

  Some of the achievements are at the leading level both domestically and internationally, and have begun to be promoted and applied.

  
  

  For the first time both domestically and internationally, the use of low-cost polymer optical films has been proposed to accurately separate the photosynthesis spectra required by crops in solar energy over a large area, and then use the remaining light for photovoltaic power generation.