Intelligent LED plant growth lamp

Abstract

The invention discloses an intelligent LED plant growth lamp which comprises a controller, a display and key module, a DMX communication module, an LED light source board module, an LED constant-current drive module, an ambient light sensor module, a clock module, and an internal power supply module for supplying power to the controller, the display and key module, the DMX communication module, the ambient light sensor module and the clock module. The controller is connected with the display and key module, the DMX communication module, the LED constant-current drive module, the ambient light sensor module, the clock module. The LED constant-current drive module is connected with the LED light source board module. The intelligent LED plant growth lamp can meet the requirement of various plant growth stages and different plants, is good in compatibility and operation convenience, simple in structure, easy to implement, and decreased in cost, and can be widely used in the LED field.

Description

technical field [0001] The invention relates to LED lamps, in particular to an intelligent LED plant growth lamp. Background technique [0002] For the current existing plant growth lights, the red and blue lights emitted by them are basically designed according to a certain fixed ratio. For example, the wavelength ratio of red and blue lights is generally 5:1~10:1, and usually 7:1~ The ratio of 9:1, so this will have many disadvantages, such as single spectrum and light intensity, poor light quality accuracy and cannot be applied to various growth stages of plants and different plant needs, when other light intensity ratios are required, you can only buy new ones The plant growth lamps lead to problems such as low operational flexibility and increased costs. In addition, the current existing plant growth lights cannot perform corresponding supplementary light control according to ambient light and other related parameters. Therefore, it is easy to have situations such as e...

AI Technical Summary

Problems solved by technology

[0002] For the current existing plant growth lights, the red and blue lights emitted by them are basically designed according to a certain fixed ratio. For example, the wavelength ratio of red and blue lights is generally 5:1~10:1, and usually 7:1~ The ratio of 9:1, so this will have many disadvantages, such as single spectrum and light intensity, poor light quality accuracy and cannot be applied to various growth stages of plants and different plant needs, when other light intensity ratios are required, you can only buy new ones plant growth lights, resulting in low operational flexibility and increased costs

In addition, the current existing plant growth lights cannot perform corresponding supplementary light control according to the ambient light and other related parameters. Therefore, it is easy to have situations such as excessive or insufficient supplementary light, and it is difficult to meet the actual supplementary light requirements.

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