Smart Agriculture Solutions
Table of Contents:
1. Overview:
Thingseye Smart Agriculture Solution combines modern technology with agricultural development, utilizes cloud computing, Internet of Things, wireless communication and other modern information technology, realizes visual monitoring, control, early warning and other functions of agriculture through the management platform, accelerates the transformation of agricultural production mode, reduces the cost of agricultural production, improves the efficiency of agricultural production, improves the quality of agricultural products, promotes the upgrading of the agricultural industry, and promotes the transformation of traditional agriculture to smart agriculture. agriculture to intelligent agriculture.
The program through various types of sensing collection equipment, timely and accurate collection of various types of data of the monitoring object, build meteorology, soil, water quality, hydrological environment, geology, video, aquaculture environment, the establishment of a modern agricultural intelligent monitoring and management system, so that the crops / livestock / fish and shrimp in a favorable environment to grow, to minimize the impact of environmental factors in order to meet the demand for fine management of crops, so as to achieve the wisdom of the planting, Intelligent farming, intelligent aquaculture and storage and transportation of the whole process of monitoring and scientific guidance.
2.Application scenario
2.1 Greenhouses
Main functions: greenhouse temperature and humidity monitoring, early warning, control, co2 concentration monitoring, early warning, control, light intensity monitoring, early warning, control, and so on.
Advantage: It can realize fully automatic monitoring and control of greenhouse greenhouses, improve greenhouse greenhouse crop yield, provide more scientific planting environment for greenhouse greenhouses through the visualization platform and intelligent control, and greatly reduce the cost of manpower.
2.2 Farmland
Main functions: soil temperature and humidity monitoring, soil entropy value monitoring, intelligent irrigation
Advantage: real-time monitoring of soil conditions in the field, providing a good environment for crop growth and improving crop yield. The use of intelligent irrigation system can make farmland irrigation fully automated, greatly reducing labor costs.
2.3 Orchard
Main functions: soil temperature and humidity monitoring, fruit tree tilt monitoring, AI fruit growth monitoring, disease and pest monitoring, intelligent irrigation, etc.
Advantage: monitor the soil condition of the orchard to provide a good environment for fruit tree growth and improve yield. Can monitor the tilt of fruit trees and set warning to monitor the collapse of fruit trees on windy days. AI training can be utilized to monitor fruit tree growth conditions and pests and diseases and generate early warnings that can be used to intervene in advance. The use of intelligent irrigation systems can make farm irrigation fully automated, greatly reducing labor costs.
2.4 Farm
Main function: farm temperature and humidity monitoring
Advantage: provide a more scientific breeding environment for livestock breeding
2.5 Aquaculture
Main functions: water quality monitoring, AI aquatic monitoring
Advantage: can monitor water oxygen content, PH value, etc., to provide a more scientific aquaculture environment for aquatic products.
3.LoRa System Architecture
3.1 Sensor Acquisition Equipment
Use the information collection device to collect information, and use the appropriate transmission method to transfer the collected data to the cloud server and store it.
3.2 Servers
Decoding and processing of information captured by the device (Lora device)
3.3 Visualization platform
The information received is processed twice, and the data is displayed on the computer or cell phone through a beautifully crafted dashboard, which can be set up to provide early warning and control of unknown risks in advance.