A method and system for comprehensive detection of light formula of led plant growth lamps

Abstract

The invention discloses a comprehensive detection method and system for light formulation of an LED plant growth lamp belonging to the technical field of agricultural cultivation: the detection system divides a container shell into a detection room, a cultivation room and an equipment room; Detection device, PC and spectrum measuring instrument; installation of lighting three-dimensional cultivation racks in the cultivation room; automatic environmental control equipment for the cultivation room in the equipment room. The light formula detection method of LED plant growth lamp includes spectroscopic spectrum measurement, illumination uniformity detection, and plant cultivation effect test. LED plant growth lamps are installed on each floor of the lighting three-dimensional cultivation rack in the cultivation room to automatically control the light cycle, temperature and humidity, and nutrient solution irrigation, etc., and evaluate the energy efficiency indicators of LED plant growth lamps through plant cultivation experiments. The detection system will provide technical parameters for quantitative evaluation of the pros and cons of the light formulation development of LED plant growth lamps.

Description

technical field [0001] The present invention is in the technical field of agricultural cultivation, in particular to a method and system for comprehensive detection of light formulations of LED plant growth lamps. Background technique [0002] In recent years, LED plant growth lamps have gradually been widely used in facility agricultural production. Agricultural artificial light sources have freed the facility agriculture from its complete dependence on sunlight, realizing the production of supplementary light facilities and complete artificial light plant production, as well as the realization of facility horticulture. Intelligent management and control of light environment in the whole production process. Different plant species and varieties not only show huge differences in morphology at different growth stages, but also have different requirements for light environment at different growth stages. To this end, developing suitable light environment parameters (ie, light...

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Problems solved by technology

[0007] The fourth step is to apply the simulated environment test, install the lamps according to the lamp layout in the third step, and then start the test. This step is flexible and changeable, so there is no fixed data style and report format

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