Photovoltaic agricultural IOT (Internet of Things) information management system based on cloud mode

Abstract

A photovoltaic agricultural IOT (Internet of Things) information management system based on a cloud mode takes an IOT intelligent gateway as a core, comprehensively applies advanced environment monitoring, sensor network, photovoltaic system monitoring and cloud computing technologies, and realizes photovoltaic power generation state and crop growth condition monitoring. The system comprises an agricultural information acquisition node, an agricultural execution equipment module, a photovoltaic information acquisition node, a photovoltaic execution equipment module, an information data processing center, a cloud server and a remote monitoring terminal. According to the invention, the cloud center server is adopted to replace a traditional server, the cost for constructing a photovoltaic agricultural IOT information system is reduced, remote specialized and centralized management is realized, the problem of server data storage damage caused by power failure is also avoided, and a guarantee is provided for intelligent analysis of big data.

Description

technical field [0001] The invention relates to the technical field of photovoltaic agricultural information management, in particular to a cloud-based photovoltaic agricultural Internet of Things information management system. Background technique [0002] Photovoltaic power generation and facility agriculture are an organic combination of two different technologies in the same space. Its operating status monitoring and automatic adjustment are complex system engineering. It is necessary to establish a complete photovoltaic agricultural Internet of Things information management system, including environmental information collection and data transmission. Link equipment, data storage equipment and information management software system, for this purpose, it is necessary to provide a dedicated computer room to place these equipment and systems. Not only is the system construction and daily maintenance expensive, but it is also necessary to hire specialized information system ...

AI Technical Summary

Problems solved by technology

In addition, due to the remote location of agricultural enterprises, the salaries they can provide are not very competitive, and it is difficult to find and retain information system maintenance personnel.

Agricultural growth enterprises are located in rural areas, and the power supply is relatively tight. Power outages are frequent occurrences. During power outages, system management personnel may not be able to go to the site to deal with them in a timely manner within the duration of the power supply, and it is easy to cause damage to information system equipment.

At the same time, after a power outage, the information system cannot continue to provide information collection and processing to the outside world, resulting in service interruption

It is precisely because of the existence of a series of problems such as the above-mentioned construction costs, maintenance costs, information personnel, and power supply that the informatization of photovoltaic agriculture in my country is advancing very slowly in the production process.

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