Wireless pressure monitoring instruments are widely used in the field of Internet of Things (IoT). Through the combination of Internet of Things technology, they can realize remote monitoring, data analysis and intelligent management, and provide more efficient, safe and intelligent solutions for various industries. The following are some of the key applications of wireless pressure monitoring instruments in the Internet of Things:

1.Smart City

• water supply system management:
  In the urban water supply network, wireless pressure monitoring instruments can be used to monitor the water pressure in the pipeline in real time and transmit the data to the central control system through the Internet of Things platform. This can quickly detect pipeline leaks, blockages or abnormal pressure, so as to take timely measures to reduce the risk of water waste and pipeline damage.
• intelligent fire fighting system:
  Wireless pressure monitoring instruments can be installed in urban fire hydrants, sprinkler systems and fire pump stations to monitor water pressure in real time. When an abnormality occurs, the system can automatically alarm and send information to relevant departments through the Internet of Things platform for quick response.

2.wisdom agriculture

• Precision irrigation:
  The wireless pressure monitoring instrument can be used to monitor the water pressure in the irrigation system, combined with the Internet of Things technology to realize the automation and intelligence of irrigation. The system can automatically adjust the irrigation intensity and time according to the real-time pressure data and soil moisture information to ensure that the crops get the most suitable water supply.
• Greenhouse environment monitoring:
  In greenhouse planting, wireless pressure monitoring instruments can be used to monitor parameters such as air pressure, carbon dioxide concentration and water pressure in the greenhouse, and transmit the data to the Internet of Things platform to help farmers understand the greenhouse environment in real time and carry out scientific management.

3.Industrial Internet of Things (IIoT)

• Equipment status monitoring:
  Wireless pressure monitoring instruments are widely used in the industrial Internet of Things to monitor the operating status of industrial equipment, such as hydraulic systems, pneumatic systems and boilers. Through the Internet of Things platform, enterprises can realize remote monitoring and predictive maintenance, reduce equipment downtime, and optimize production efficiency.
• Energy Management:
  In the energy field, wireless pressure monitoring instruments can monitor the pressure conditions of oil and gas pipelines and storage tanks, and realize remote monitoring and data analysis through the Internet of Things platform to help enterprises optimize energy use and reduce leakage and energy waste.

4.intelligent building

• HVAC system monitoring:
  Wireless pressure monitoring meters can be used in heating, ventilation and air conditioning (HVAC) systems in smart buildings to monitor air and water pressure within the system. Through the IoT platform, building managers can adjust system operating parameters in real time to ensure a comfortable indoor environment while improving energy efficiency.
• Pipeline Leak Detection:
  In the water supply and gas supply system of buildings, wireless pressure monitoring instruments are used to detect pressure changes in pipelines. Combined with Internet of Things technology, leakage points can be quickly identified and located, preventing losses from expanding and reducing maintenance costs.

5.Smart Logistics

• cold chain transport monitoring:
  In cold chain transportation, wireless pressure monitoring instruments can monitor the refrigerant pressure in the refrigeration equipment to ensure that the temperature control during transportation meets the requirements. Through the Internet of Things platform, logistics companies can monitor and record the status of cold chain transportation in real time to ensure the safety of food and medicine.
• Transportation pipeline monitoring:
  In oil, gas and chemical transportation pipelines, wireless pressure monitoring instruments are used to monitor pressure changes in the pipeline to ensure safe transportation. Internet of Things technology enables data to be uploaded in real time, and managers can remotely monitor and respond to abnormal situations in a timely manner.

6.Medical Internet of Things

• Medical gas monitoring:
  Wireless pressure monitoring meters can be used in medical gas supply systems in hospitals, such as oxygen, nitrogen and anesthetic gases. Through the Internet of Things platform, hospitals can monitor the supply pressure of gas in real time to ensure the safety of patients and operating rooms.
• Portable Medical Equipment:
  In some portable medical devices, such as ventilators and sphygmomanometers, the built-in wireless pressure monitoring instruments can monitor the patient's health in real time and transmit the data to the Internet of Things platform for doctors to conduct remote monitoring and diagnosis.

7.Smart Energy

• Distributed Energy Management:
  In distributed energy systems, such as solar and wind power generation equipment, pressure monitoring instruments can be used to monitor the status of hydraulic or pneumatic systems and optimize energy production and storage processes through IoT technology.
• Smart Grid:
  Wireless pressure monitoring instruments are used in smart grids to monitor the oil pressure and air pressure in transformers and transmission lines to ensure the safety and reliability of power transmission.

Summary

Through the combination of wireless pressure monitoring instrument and Internet of things technology, its application scope is greatly expanded, which not only improves the operation efficiency and safety of various industries, but also provides data support for intelligent management and predictive maintenance. In the fields of smart city, smart agriculture, industrial Internet of things, smart building, smart logistics, medical Internet of things and smart energy, wireless pressure monitoring instruments have played a key role in promoting the development and application of the Internet of things.