Improving the efficiency of greenhouses systems by developing algorithms for the synthesis of an optimal lighting spectrum based on the fundamental principles of agrophotonics

Abstract

The question of creating an optimal microclimate for maximum realization of the genetically inherent potential in plants is far from being resolved. This is due to the multi-factor nature of the biotechnical system of greenhouses, the dependence on the number of controlled components of the microclimate and the consistency of their work: light, temperature, etc. Based on this task, we conducted initial research and developed additional lighting algorithms for greenhouse systems. Based on the work of previous years and existing scientific research, the most optimal method for optimizing artificial lighting and linking its intensity to the microclimatic parameters of the system has been determined.