Low-power-consumption solar power supplying greenhouse environment control device based on Zigbee

Abstract

The invention provides a low-power-consumption solar power supplying greenhouse environment control device based on Zigbee, wherein the low-power-consumption solar power supplying greenhouse environment control device relates to an environment control device. The low-power-consumption solar power supplying greenhouse environment control device is based on a ZigBee wireless communication module ZM5162P21-3C and an ultralow-power-consumption single-chip microcomputer MSP430FR3210. The low-power-consumption solar power supplying greenhouse environment control device utilizes the characteristic ofquick and flexible networking and low power consumption of the ZM5162P21-3C for performing data transmission. The low-power-consumption solar power supplying greenhouse environment control device performs real-time controlling on a heating device, an irrigation device, an illumination device and a ventilation device for adjusting a plane growth environment in the greenhouse by means of characteristics of ultralow power consumption, high expandability and abundant interfaces of the MSP430FR3210. A low-power-consumption device and solar energy are supplied for supplying power. A universal controller output interface can be connected with an environment adjusting device, thereby performing real-time controlling on the environment adjusting device in the greenhouse for adjusting the environment of the greenhouse. All environment adjusting operations are finished through transmitting an adjusting instruction by a host computer through the ZigBee network. No man intervention is required andmanpower cost is greatly saved. Furthermore realization of an intelligent greenhouse becomes possible.

Description

technical field [0001] The invention relates to a greenhouse environment control device, in particular to a Zigbee-based low-power solar energy-powered greenhouse environment control device. Background technique [0002] Greenhouses have been popularized in my country, but the existing greenhouses generally adopt manual management to artificially adjust the environment required for plant growth. This manual adjustment requires a large amount of labor to operate the greenhouse. The intelligent greenhouse has the ability to automatically collect greenhouse environmental data and automatically adjust the environment required for plant growth. Only by realizing the closed-loop control system of automatic data collection and automatic control can the intelligent greenhouse be realized and the labor force can be truly liberated. But completely rebuilding the intelligent greenhouse requires a lot of investment, and it is also a waste of the original greenhouse. Retrofitting on t...

AI Technical Summary

Problems solved by technology

If the traditional greenhouse is changed to an intelligent greenhouse, it will be necessary to lay various pipelines, and it will encounter problems such as difficult system wiring, complex networking, low work efficiency, short life cycle of nodes and high power consumption

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