Shenzhen Smart Integrated Ecological Environment Meteorological Monitoring Station JYB-QX

Introduction:

Shenzhen Smart Integrated Ecological Environment Meteorological Monitoring Station JYB-QXThe integrated ecological environment meteorological monitoring station is an integrated device that integrates multiple types of sensors and automatically collects and transmits meteorological and environmental data. Its core advantages are highly integrated, maintenance free, high-precision, and remotely controllable. It is widely used in fields such as environmental protection, meteorology, agriculture, forestry, and scientific research. Monitoring elements (common 8-12 parameters): wind speed, wind direction, temperature, humidity, air pressure, optical rainfall, total radiation. Air quality: PM2.5, PM10, CO, NO ₂, SO ₂, O3, negative oxygen ions, etc.

Shenzhen Smart Integrated Ecological Environment Meteorological Monitoring Station JYB-QXSystem composition:

Usually powered by a power supply system (such as solar energy)+It consists of lithium batteries, mains power, electric control boxes (including transmission modules, etc.), detection equipment (various sensors), supporting accessories (poles, shells, etc.), and a big data platform.

Meteorological element monitoring: Real time monitoring of various meteorological parameters such as solar radiation, environmental temperature and humidity, wind speed and direction, rainfall, etc. Some meteorological stations can also monitor air pressure, soil moisture, etc., providing comprehensive meteorological data for new energy projects.

Data collection and transmission: The data collection unit supports minute level storage and transmission, and can collect data through wired or wireless methods, such as RS485TheGPRSThe4GWait, transmit in real-time to a remote data center or operations platform.

Data analysis and processing: With data preprocessing capabilities, it can filter, calibrate, and remove outliers from raw data. At the same time, it can combine historical data and numerical weather forecast models to conduct analysis such as power generation prediction and fault warning, providing a basis for operation and maintenance decisions.

Fault diagnosis and alarm: Supports automatic state self check and has automatic fault diagnosis function. When equipment malfunction or meteorological elements exceed the preset threshold, it will automatically pass APPSend alerts through push notifications, SMS alerts, and other means.

hardware components

Sensors: including temperature sensors, humidity sensors, wind speed and direction sensors, rainfall sensors, light intensity sensors, etc., used to sense various meteorological elements.

Data collector: responsible for receiving and processing electrical signals from sensors, converting, storing, and initially analyzing them, and real-time clock marking the data.

Microprocessor: serving as a weather station The brain controls the operation of the data collector, performs calculations, processing, and analysis on the collected data, and executes algorithms such as data calibration and alarm judgment.

Memory: Used to store meteorological data, system operating parameters, and programs, and can store data for months or even years.

Power source: It can be mains electricity, solar energy, wind energy, etc. In remote areas without mains electricity, solar power generation systems are usually used and equipped with batteries to ensure continuous power supply.

Communication module: responsible for transmitting data to remote data centers or user terminals. Common communication methods include RS232TheGPRSThe4GThe5GWait.