Smart Irrigation is a smart irrigation management system based on iot technology that enables automated, precise irrigation management through devices such as sensors, controllers and actuators.

Intelligent irrigation systems can automatically adjust irrigation plans by monitoring soil moisture, temperature, light, wind speed and other environmental parameters, as well as plant growth conditions, to achieve water saving, energy saving, and increase crop yields. At the same time, the intelligent irrigation system can also be remotely controlled through the mobile APP or web platform, so that users can grasp the irrigation situation and adjust it anytime and anywhere.

The advantage of intelligent irrigation system is that it can accurately control the irrigation water amount according to the actual needs, avoid the waste of water resources, and also carry out intelligent management according to the law of plant growth to improve the yield and quality of crops. In addition, intelligent irrigation systems can also help users save time and labor costs and improve management efficiency.

The application range of intelligent irrigation system is very wide, which can be used in various fields such as farmland, gardens, orchards, flowers and so on. In the field, intelligent irrigation system can help farmers achieve automatic and precise irrigation management, improve crop yield and quality; In the garden, the intelligent irrigation system can carry out intelligent management according to the law of plant growth to improve the greening effect; In orchards, intelligent irrigation systems can automatically adjust irrigation plans according to fruit growth conditions to improve fruit quality and yield; In flower planting, intelligent irrigation system can improve flower quality and ornamental effect.

In short, intelligent irrigation, as an efficient and accurate irrigation management method, has a wide range of application prospects and huge market potential. With the continuous development of Internet of Things technology, the performance and functions of intelligent irrigation systems will be further improved and improved. We expect intelligent irrigation systems to make greater contributions to the development of agriculture and horticulture in the future.

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Intelligent irrigation technology and system - jxct

It has been proven that smart irrigation technology can reduce water waste by 20-40% compared to traditional irrigation technology. It can scientifically

An Automatic Weather Station (AWS) is an observation device that automatically collects and transmits meteorological data. It can be built in a certain area according to needs, can automatically detect multiple meteorological elements, without manual intervention, can automatically generate messages, and periodically transmit detection data to the central station. This kind of weather station is an important means to make up for the gap of meteorological detection data in the space area.

The automatic weather station consists of a variety of equipment, including meteorological sensors, microcomputer meteorological data acquisition instrument, power supply system, radiation protection ventilation hood, all-weather protection box and meteorological observation bracket, communication module and other parts. It can monitor more than a dozen meteorological elements such as wind speed, wind direction, rainfall, air temperature, air humidity, light intensity, soil temperature, soil humidity, evaporation, and atmospheric pressure all weather on site.

The application of automatic weather station is very wide, can be used in meteorology, agriculture, forestry, environmental protection, transportation, aviation, electricity, scientific research and other fields. For example, in the field of meteorology, automatic weather stations can be used to monitor and forecast the weather, and can also be used for climate change research; In the field of agriculture, automatic weather stations can be used to monitor farmland environment and provide decision support for agricultural production. In the field of forestry, automatic weather stations can be used to monitor forest environment and fire risk levels; In the field of environmental protection, automatic weather stations can be used to monitor air quality and water quality.

In addition, automatic weather stations can be customized and expanded according to specific needs. For example, portable automatic weather stations can be quickly deployed in the event of a disaster to provide real-time meteorological data for disaster relief; The campus automatic weather station can be used for teaching and scientific research activities of the school. Agricultural automatic weather stations can add functions such as farmland irrigation control.

In short, automatic weather station is an efficient and accurate meteorological data acquisition and processing system, which can provide important meteorological services for all walks of life. With the continuous development of technology, the application prospect of automatic weather station will be broader.
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Weather Station - Weather Station Outdoor

A weather station is a device or station used to monitor and record weather phenomena, capable of providing real-time weather data, such as temperature, humidity, air pressure, wind speed, rainfall, etc.

SO2 Gas Detector is a device used to detect the concentration of sulfur dioxide (SO2) gas. Sulfur dioxide is a toxic gas, mainly from coal burning and industrial processes, is one of the main sources of air pollution. Therefore, SO2 Gas Detector has a wide range of applications in the field of environmental protection and industrial safety.

SO2 Gas Detector usually uses electrochemical or optical principles for detection. The detector based on electrochemical principle uses electrochemical reaction to detect gas concentration, which has the advantages of fast response and high stability. The detector based on the optical principle calculates the gas concentration by detecting the absorption or reflection of the gas to the light, and has the advantages of high measurement accuracy and strong anti-interference ability.

When using SO2 Gas Detector, it is necessary to pay attention to the following points: First, to choose the appropriate detector, according to the actual needs to select the range, accuracy, stability and other performance indicators; Secondly, calibration and maintenance should be carried out regularly to ensure the accuracy and reliability of the detector; Finally, pay attention to the installation position and environmental conditions of the detector to avoid interference and damage to the detector caused by external factors.

In short, SO2 Gas Detector is an important gas detection equipment, which can monitor the concentration of sulfur dioxide gas in real time to ensure environmental and industrial safety. In the future, with the continuous progress of technology and the continuous improvement of application requirements, the performance and function of SO2 Gas Detector will be further improved and improved.
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Ten types of gas sensors - Gas Detector&sensor/Soil Sensor/Water Quality/Weather Station - JXCT

These gas sensors are inexpensive and easy to operate.

A Water level sensor is a sensor used to measure water levels and is commonly used in fields such as hydrology monitoring, water treatment, agricultural irrigation, swimming pools and aquariums. The Water level sensor can be realized by different principles and technologies, such as ultrasonic, capacitor, float, etc.

In hydrological monitoring, the water level sensor can be used to monitor the water level of rivers, lakes and groundwater, helping scientists understand the status and change trends of water resources. In agricultural irrigation, the water level sensor can be used to monitor soil moisture and automatically control the irrigation system according to soil moisture to realize water-saving irrigation. In swimming pools and aquariums, the water level sensor can be used to monitor the water level of the pool, ensuring the normal operation of the pool and the water level safety.

The accuracy and stability of the Water level sensor are very important for its application effect. The accuracy of the sensor determines the reliability of the measurement results, and the stability is related to the service life and reliability of the sensor. Therefore, choosing a high quality water level sensor is very important for its application.

In addition, with the development of Internet of Things technology, water level sensor can be used in combination with smart sensor networks to achieve remote monitoring and real-time transmission of water level data. This will help improve the accuracy and efficiency of monitoring and provide better technical support for water resource protection and management.
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Multi-Gas Detector: Portable Multi-Gas Monitor and sensor

Multi-gas detector are protect workers in a variety of environments, including enclosed spaces like manholes, sewers, and other areas with poor ventilation. They detect gases like oxygen (O2 Monitor), hydrogen sulfide (H2S Monitor), carbon monoxide (CO Monitor), and lower explosive levels (LEL Monitor) of a variety of combustible gases. We offer a range of monitors for you to choose from. View our gas monitor choices below. You can also get a reliable single-gas H2S monitor, O2 monitor, CO monitor.

Carbon Monoxide:
CO is an odorless, colorless gas that can be fatal in large quantities. It is most often found in the exhaust fumes of combustion vehicles, including cars, trucks, and other industrial equipment. It can also come from stoves, grills, generators, and furnaces. Prolonged exposure or exposure to large quantities can result in a variety of symptoms, including dizziness, fatigue, nausea, vomiting, and chest pain. In severe cases, it can lead to fainting and even death.

Hydrogen Sulfide:
H2S is a colorless gas that often smells like rotten eggs, which is why it’s often referred to as sewer gas. Though your sense of smell is extremely unreliable as an indicator of concentration. It is common in the wastewater, natural gas, and oil refining industries. It is heavier than air, which causes it to sink to low-lying areas. Exposure to H2S can lead to nausea, headaches, confusion, fainting, and even death.

Oxygen:
Most 4-gas monitors will also monitor the level of oxygen in the atmosphere. Every worker needs access to oxygen to breathe. Monitoring oxygen levels can help prevent injury and death on the job. The Occupational Safety and Health Administration (OSHA) mandates that all oxygen gas detection instruments trigger an alarm when oxygen level drops below 19.5% volume.