Grassland Meteorological Monitoring System

Grassland Meteorological Monitoring SystemIt is a comprehensive automated observation system designed specifically for grassland ecological areas, aiming to comprehensively and accurately grasp the meteorological and environmental conditions of grasslands, and provide scientific basis for grassland ecological protection, rational utilization of resources, and development of animal husbandry. It mainly consists of four parts: sensors, data acquisition terminals, communication modules, and monitoring center software. Including meteorological sensors (such as temperature, humidity, wind speed, wind direction, rainfall, air pressure, radiation, etc.) and soil sensors (such as soil humidity, temperature, salinity, acidity, etc.), as well as environmental sensors (such as PM2.5, air quality, etc.). These sensors are responsible for real-time monitoring of meteorological elements and environmental indicators on grasslands. Responsible for collecting data from sensors and conducting preliminary processing. Support multiple communication methods, such as satellite, mobile network, wired network, microwave communication, etc., to ensure real-time and accurate transmission of data to the monitoring center. Store, process, and analyze the transmitted data, generate various reports and charts, and provide decision support for managers.

1、 Product Introduction

CQX9Grassland Meteorological Monitoring SystemIt is a highly integrated, low-power, quick to install, and easy to use high-precision automatic meteorological observation equipment for field monitoring.

This device is debugging free and can be quickly deployed. It is widely used in fields such as meteorology, agriculture, forestry, environmental protection, oceanography, airports, ports, scientific research, and campus education.

Compared with traditional ultrasonic weather stations, our products overcome the need for high-precision timers and avoid measurement inaccuracies caused by sensor startup delays, demodulation circuit delays, and temperature changes.

This device innovatively adopts a nine element integrated sensor, which can detect wind speed, wind direction, temperature, humidity, air pressure, optical rainfall, total radiation pm2.5、pm10、 Real time observation of meteorological elements can achieve 24-hour continuous online monitoring of outdoor meteorological parameters, and nine parameters can be output to users at once through a digital communication interface.

2、 Product Features

1. Hidden ultrasonic probe on the top cover to avoid interference from accumulated rain and snow, and to prevent natural wind from blocking it

2. The principle is to emit continuous variable frequency ultrasonic signals and detect wind speed and direction by measuring relative phase

3. Wind speed, wind direction, temperature, humidity, air pressure, optical rainfall, total radiation, PM2.5, PM10 nine element integrated sensor ☆

4. Standard configuration of GPRS; Optional RJ45, Ethernet, 4-20mA, Lora transparent transmission, 4G transparent transmission, Bluetooth, 485 to USB and other transmission methods

5. Two meter carbon steel bracket, the top does not require a flange and can be directly fitted with sensors

6. The sensor housing is made of imported ASA material, which effectively resists salt spray and other environments, with a protection level of IP65 or above

3、 Technical parameters

1. Wind speed: Measurement principle ultrasonic, 0-60m/s (± 0.1m/s+0.01V) resolution 0.01m/s;

2. Wind direction: Measurement principle ultrasonic, 0-360 ° (± 2 °); Resolution: 1 °;

3. Air temperature: Measurement principle: diode junction voltage method, -40-80 ℃ (± 0.3 ℃ (25 ℃)), resolution 0.01 ℃;

4. Air humidity: Measurement principle capacitive, 0-100% RH (± 3% RH (20%~80%)), resolution: 0.01% RH;

5. Atmospheric pressure: Measurement principle pressure resistance type, 300-1100Hpa (± 0.25%), resolution 0.1hpa;

6. Optical rainfall measurement principle: photoelectric type, 0-4mm/min (≤± 4%), resolution 0.01mm;

7. Total radiation: Measurement principle photoelectric effect, 0~1242W/㎡ (＜ ± 3%), resolution 1W/㎡;

8. PM2.5: Measurement principle of light scattering, 0-1000ug/m3 (± 10% (<500 micrograms)), resolution of 1ug/m ³;

9. PM10: Measurement principle of light scattering, 0-1000ug/m3 (± 10% (<500 micrograms)), resolution of 1ug/m ³;

10. Collector power interface: GX-12-4P, input voltage 8-16V, with RS485 output JSON data format;

11. Sensor Modbus, 485 interface: GX-12-4P plug, output power supply voltage 12V/1A, device configuration interface: GX-12-4P plug, input voltage 5V

12. Powered by solar energy and equipped with lead-acid batteries, optional 30W 20AH/50W 40AH/100W 100AH. Charging controller: 150W, MPPT automatic power point tracking, efficiency increased by 20%

13. Data upload interval: adjustable from 1 minute to 1000 minutes

14. Android 7-inch touchscreen, screen resolution: 1024 * 600 RGB LCD (optional)

4、 Introduction to upper computer software

1. PC standalone version data receiving, storage, viewing, and analysis software

2. Support serial data reception, processing, and display

3. Supports communication methods such as JSON strings and Modbus 485

4. The storage time can be set by oneself, and the collection time can be set by oneself in modbus485 collection mode

5. Support self-service addition, deletion, and modification of monitoring parameter protocols, names, icons, etc

6. Support data post-processing function

7. Support external running of JavaScript scripts

5、 Introduction to Android APP

1. Android standalone version data receiving, storage, viewing, and analysis software

2. Supports Bluetooth data reception

3. After the phone goes into sleep mode, the software backend receives and processes it

4. JSON data automatically adds devices, Modbus devices support scanning to add devices

5. Support viewing, analyzing, and exporting historical data tables, as well as displaying curves and viewing odd numbered sites

6. Support data post-processing function

7. Support external running of JavaScript scripts

6、 Introduction to Cloud Platform

1. CS architecture software platform, supporting direct observation through mobile and PC browsers without the need for additional software installation

2. Support multi account and multi device login

3. Support real-time data display and historical data display dashboard

4. Cloud servers, cloud data storage, stable and reliable, easy to expand, load balancing

5. Support SMS alarm and threshold setting

6. Support map display and viewing device information.

7. Support data curve analysis

8. Support data export in tabular format

9. Support data forwarding, HJ-212 protocol, TCP forwarding, HTTP protocol, etc

10. Support data post-processing function

11. Support external running of JavaScript scripts