Building a smart agricultural soil moisture meteorological monitoring system, by deploying various soil and meteorological environment monitoring devices at suitable locations in the monitoring area, real-time monitoring of changes in agricultural soil and meteorological environment, and uploading them to the Internet of Things cloud platform through 4G network, so that management personnel can timely grasp the relevant conditions, provide scientific basis for agricultural irrigation, drought warning, ecological protection and scientific research analysis, and is an important tool for promoting smart agriculture and achieving efficient utilization of water resources.

In recent years, the country has advocated environmental protection policies that promote energy conservation and emission reduction. Green mountains and clear waters are as valuable as mountains of gold and silver. Returning farmland to forests and grasslands has become an important supplementary measure for afforestation. To maintain the original ecological environment and species resources of forests and prevent forest fires, it is essential. The National Forest Fire Prevention Plan (2016-2025) proposes to fully utilize information technology, strengthen early warning monitoring, forest fire prevention communication and information command capabilities, build a forest fire prevention information system, significantly improve forest fire prevention information prevention, information transmission, information processing and application clock capabilities, and continuously improve the technological content of forest fire prevention.

A smart security solution based on mobile devices such as smart deployment balls, lifting poles, etc. It integrates high-definition cameras, sensors, 4G communication, and AI algorithms to achieve flexible deployment, emergency monitoring, and intelligent warning. Its core advantage lies in breaking through the physical limitations of fixed monitoring and being suitable for dynamic regulatory needs in complex environments.

Applicable scenarios: emergency prevention and control, smart construction sites, traffic security, large-scale events and gatherings, smart pastures, border patrols

Greenhouse crops usually have more precise requirements for the growth environment and higher requirements for environmental control. For example, plants like vegetables, flowers, trees and so on are cultivated in the low temperature season. Compared with traditional greenhouses, there are high labor costs, low production efficiency, excessive reliance on manual operation and other problems. Intelligent greenhouse solutions, with 485 sensors as the underlying support, combine Internet of Things and Internet technology, through environmental monitoring systems, intelligent linkage control, remote monitoring systems, Internet of Things cloud platforms, to achieve visual, refined generation and accurate microclimate regulation, help growers improve efficiency, increase production and income, and reduce human costs.

Connect various types of sensors

The intelligent control cabinet based on 4G DTU can be connected to various types of sensors and can also be connected to latitude and longitude intelligent control templates simultaneously. The touch screen displays real-time collected data and controls the latitude and longitude intelligent control template.

It can remotely obtain the air temperature and humidity, soil moisture temperature, carbon dioxide concentration, light intensity, and video images of the on-site environment, and control the greenhouse wet curtain fan, sprinkler drip irrigation, internal and external shading, top and side windows, heating and supplementary lighting equipment in linkage. By analyzing data and models, equipment can be turned on/off reasonably based on site conditions to ensure that crops are always in the optimal growth environment. Users can also push real-time monitoring and alarm information to managers through information terminals such as mobile phones, touch screens, and computers, achieving information and intelligent management of the on-site environment. This can reduce labor costs, achieve unmanned operation, precise regulation, reduce production risks, and improve crop yields.

By achieving unified management and remote control of irrigation equipment, water conservation can reach 16-30%, improving water resource utilization efficiency, efficient and precise regulation, and saving labor costs by more than 50%. Widely used in agricultural orchard irrigation, garden greening irrigation and other application scenarios.

Fertilization and irrigation can be applied periodically based on soil moisture, crop fertilizer requirements. A plan can be set according to demand to monitor important parameters such as irrigation amount, fertilizer concentration, acidity and alkalinity, and fertilizer uptake, achieving timed and quantitative water and fertilizer irrigation, water and fertilizer conservation, improving crop planting soil environment, and enhancing crop quality.

It can be used to adjust the operating frequency of water and fertilizer equipment, reduce energy loss, start the equipment smoothly, and minimize the damage to the motor caused by the high current generated when the equipment is directly started.

Corresponding solenoid valves and other devices can be intelligently controlled through wireless networking. The opening time, duration, and repetition frequency of the solenoid valve can be set. Users can remotely monitor the solenoid valve switch by logging into the IoT cloud platform through a mobile mini program or computer, enabling the automatic operation of the water and fertilizer irrigation system. Based on monitoring environmental data, set thresholds and irrigation strategies to achieve precise control of the system.

Dynamic observation of soil water and fertilizer content and temperature status at different levels, integrating soil temperature and humidity, pH value, conductivity collection, storage, transmission, and management. The collected data is transmitted to the cloud platform through 4G or GPRS, and remotely monitored by mobile phones or computers, providing decision support for the correct and scientific formulation of irrigation plans.

Soil moisture monitoring, rapid warning of abnormal situations

It can achieve 24/7 uninterrupted monitoring. On site remote monitoring equipment automatically collects real-time soil moisture data and uploads it to the IoT cloud platform via wireless network. Users can log in to the platform through mobile mini programs and computer web pages to achieve remote monitoring.

Cloud control camera based pest monitoring and remote control of field pest situation

The system mainly uses modern light, electricity, numerical control technology wireless transmission technology and Internet technology to build a set of ecological monitoring and early warning system for pests. The system integrates pest trapping and photographing, environmental information collection data transmission, data analysis, and realizes the automation and intelligence of pest trapping, classified statistics, real-time reporting, remote detection, pest early warning and control guidance.

Physical pest control, spectral frequency conversion light source, large pest control area

A physical control method that utilizes the phototaxis of pests for trapping and killing. The device system integrates trapping, environmental information data transmission, and cockpit visualization big screen data analysis, realizing the trapping of pests, real-time reporting, remote monitoring, timed switching or remote control, pest warning and automation, and intelligence.

Utilizing modern high-tech to continuously and dynamically monitor bacterial spores

The system integrates new technologies such as electronic digital microscopy, digital image processing and artificial intelligence recognition, GMS global data transmission, etc. It integrates functions such as automatic capture, identification, statistics, and storage of pathogen spores, achieving continuous dynamic monitoring of pathogen spores and significantly improving the comprehensive prevention and control management level of crop diseases.

High definition camera, can automatically switch to emergency recording in case of emergencies

By deploying agricultural Internet of Things sensors on farmland, video monitoring is carried out on various links such as sowing, fertilization, picking, and packaging throughout the entire agricultural process, establishing standardized operating standards. At the same time, remote environmental monitoring can facilitate management personnel to remotely monitor crop growth status online, as well as effective supervision and timely intervention by quality supervision, inspection, and quarantine departments and higher-level supervisory departments in the production process.

Real time monitoring of agricultural meteorology and timely forecasting of extreme weather events

Monitoring elements: air temperature and humidity, ultraviolet intensity, total solar radiation, wind speed and direction, rainfall, carbon dioxide, etc.

Real time monitoring of agricultural scenes can be achieved through on-site meteorological equipment. Improved the ability of agricultural production to respond to natural environmental risks.