The Intelligent livestock breeding system is used to accurately and real-time monitor the environmental parameters. Based on the monitoring data, the breeding environment of the livestock and poultry house is regulated, which greatly improves the management efficiency of the livestock and poultry house, realizes the modern and effective environmental monitoring measures of the farm, prevents […]
The intelligent irrigation system uses the Internet of things, big data, cloud computing and sensor technology to monitor the environmental temperature, humidity, light intensity, soil. moisture and other parameters in agricultural production in real time, and provides the most appropriate water and fertilizer irrigation scheme according to the demand law of crops, soil moisture, soil properties
Greenhouse sensors form an integral part of modern farming and horticulture. They are innovative tools that help monitor and control the environment inside a greenhouse. With the rise of technology, these tools are becoming increasingly advanced, offering precision and efficiency in ensuring optimal growth conditions for plants. The use of greenhouse sensors has revolutionized the
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The purpose of dust and noise monitoring system is to monitor the dust (dust) and noise in the air. The dust detection can monitor the floating particles in the air such as PM2.5 and. PM10. The noise monitoring is mainly aimed at the monitoring of urban noise data. General dust and noise monitoring system is also
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CEMS is mainly composed of flue gas parameter measurement subsystem, particulate matter CEMS, gaseous pollutants CEMS, data acquisition and transmission units, forming a data acquisition and processing, display, communication, remote monitoring system. VOCs monitoring system: the instrument adopts pump suction sampling mode, which can be directly connected to gas outlet pipes such as flue, and
Water quality monitoring plays a crucial role in protecting our water resources. This practice helps us understand water bodies better and serves five key purposes: water body characterization, quality trend identification, problem detection, pollution prevention program design, and regulatory compliance verification. The beauty of monitoring lies in how it brings chemistry, biology, statistics, and economics
Road weather information systems (RWIS) are ground-breaking innovations that have revolutionized the way roads are managed. They work by collecting data about road and weather conditions, which can then be used to make informed decisions on road maintenance, traffic management, and safety measures. This information is crucial for ensuring the smooth operation of roads, regardless
“Smart fire protection” refers to the use of Internet of things, big data, cloud computing and other technical means,The fire-fighting facilities, fire supervision and management. fire-fighting rescue and other elements are organically linked through the Internet of things information sensing and communication technology to achieve real-time, dynamic, interactive and integrated fire information collection, transmission and processing.
On line monitoring of the environment (combustible gas, oxygen, temperature and humidity, etc.) of the underground pipe gallery, based on the equipment scheduling in the pipe gallery scene and data mining and statistical analysis of the Internet of things information, the control ability and automatic linkage function in the pipe gallery environment are realized. Smart
Using wireless Internet of things technology, through wireless NB IOT technology, infrared sensor, temperature sensor, smoke sensor, odor sensor and other data can be timely, quickly and accurately transmitted to the WEP service system or mobile app system; when the garbage is full or the garbage bin is on fire, the relevant personnel can be
