Agroforestry microclimate information acquisition system is widely used in the fields of plant protection promotion, research and teaching units, pest research and pest prediction in the agricultural and forestry industries. Advanced biosensors and microcontrollers are used to realize the automatic collection, storage and printing of regional meteorological data necessary for pest and disease prediction. The data can be stored for 365 days on a single computer. The data can also be provided for biological dynamics at any time. According to the environmental factors, import Excel for editing and analysis. It is the essential basic equipment for the visualization, networking, standardization and automation of pest and disease monitoring and reporting in plant protection department. It works continuously and automatically all-weather without attendance. The system can be connected with the Jiaduo ATCSP Agriculture and Forestry Internet of Things system to achieve the wireless transmission, remote control and information data sharing of information acquisition stations at the national, provincial, municipal, county and township levels.
The system collects air temperature, air humidity, soil temperature, soil humidity, illumination, evaporation, rainfall, wind speed, wind direction, condensation and effective photosynthetic factors in the region through a variety of sensors, and uploads them to the server automatically.

Technical parameters:
1. Microclimate Information Acquisition System
1. Standard system of agroforestry microclimate information collection system for plant protection machinery conforming to GB/T 24689.6-2009 (inspection report issued by National Agricultural Machinery Quality Supervision and Inspection Center conforming to GB/T 24689.6-2009 national standards must be provided)
2. Compatible with Digital Network Platform for Monitoring and Early Warning of Crop Pests (Providing Certificates)
3. Compatible with Agroforestry Internet of Things System (Providing National Extension Certificate)
4. Compatible Automatic Measurement and Control System for Diseases and Pests (ATCSP) (Providing National Extension Certificate)
5. Power supply mode: JD-GD-a-a/t/f, ATCSP matching standard (issuing inspection report)
6. Host power: <200 mA(12V) Total power consumption: <600 mA(12V)
8. Collection of basic functional data: air temperature, air humidity, soil temperature, soil moisture content, wind speed, wind direction, illumination; optional allocation: evaporation, rainfall, air pressure, condensation, total solar radiation, photosynthetic active radiation information collection function
9. Data acquisition range and resolution:
project | measuring range | Display resolution | Allowance | Evidence material |
air temperature | -40~60℃ | 0.1℃ | ±0.3℃ | Issuance of inspection report |
air humidity | 0~100%RH | 1%RH | ±3%RH | Issuance of inspection report |
soil temperature | -40~60℃ | 0.1℃ | ±0.3℃ | Issuance of inspection report |
Soil moisture content | 0~100% | 1% | ±10% | Issuance of inspection report |
Evaporation | 0~10mm/h | 0.1mm | ±0.1 | Issuance of inspection report |
rainfall | 0~200mm/h | 0.1mm | ±4% | Issuance of inspection report |
wind speed | 0.2~35m/s | 0.2m/s | wind speed≤10m/s ±(0.2m/s+5%) | Issuance of inspection report |
wind speed≥10m/s ±5% | Issuance of inspection report |
wind direction | JD-FX-a | / | / | ATCSP Matching Standards, Inspection Report |
Illumination | 0~2×105Lx | 0.1×103Lx | ±8% | Issuance of inspection report |
pressure | JD-QY-a | JD-QY-b | JD-QY-c | ATCSP Matching Standards, Inspection Report |
Condensation | JD-JL-a | / | / | ATCSP Matching Standards, Inspection Report |
Total solar radiation | JD-TYFS-a | JD-TYFS-b | / | ATCSP Matching Standards, Inspection Report |
Photosynthetic active radiation | JD-GHFS-a | JD-GHFS-b | / | ATCSP Matching Standards, Inspection Report |
12. The wind speed and direction sensor is made of stainless steel, and the height of the sensor is over 4m.
13. The evaporation sensor is connected and weighted
14. Air temperature and humidity sensors should be placed in shutter JD-CC-b, ATCSP matching standard (issue inspection report)
15. Stand-alone storage capacity: 8760 times per year. It can collect and print current data at any time.
16. The remote analysis and control of customers can be realized through the transmission of network information.
17. Size of collecting main frame: JD-CC-c, ATCSP matching standard (issuing inspection report)
18. Without external power supply, the equipment can still work for more than 96 hours to ensure data integrity.
19. According to the Agricultural Technology Extension Law, it is necessary to obtain the certificate of key extension products of the National Agricultural Technology Extension Service Center.
II. Climate Information Wireless Transmission System
1. Wireless digital transmission
2. Working Frequency: Civil Use
3. Working mode: All-weather unattended continuous automatic work
4. Compatible with Agroforestry Internet of Things System (Providing National Extension Certificate)
5. Compatible Automatic Measurement and Control System for Diseases and Pests (ATCSP) (Providing National Extension Certificate)
6. Use Environment Level: ATCSP-JD-HA Level
7. Protection: IP65
Climate Information Processing Center
1. Complete national network information JD-GJJ-V1, ATCSP supporting standards (issue inspection report)
2. Complete provincial network information JD-SJ-V1, ATCSP supporting standards (issue inspection report)
3. Complete municipal network information JD-SJ-VV1, ATCSP supporting standards (issue inspection report)
4. Complete JD-XJ-V1 and ATCSP supporting standards for county-level network information (issue inspection report)
5. Complete JD-WLN-V1 and ATCSP supporting standards for collector information in network (issue inspection report)
6. Compatible Agroforestry Internet of Things System (Providing National Extension Certificate)
7. Compatible Automatic Measurement and Control System for Diseases and Pests (ATCSP) (Providing National Extension Certificate)
Climate Information Terminal System
1. Information collection and transmission JD-QHFTP-V1, ATCSP supporting standards (issuing inspection reports)
2. Agroforestry Internet of Things Terminal JD-WLW-V1, ATCSP Matching Standards (Providing Inspection Report)
3. Compatible with Agroforestry Internet of Things System (Providing National Extension Certificate)
4. Compatible Automatic Measurement and Control System for Diseases and Pests (ATCSP) (Providing National Extension Certificate)
Standard items | Serial number | Code or National Standard Number | Standard Name |
Microclimate information collection | 5.3.1 | GB/T 24689.6-2009 | Microclimate Information Acquisition System for Plant Protection Instruments in Agriculture and Forestry |
5.3.2 | JD-GD-a-a/t/f | Power supply mode |
5.3.3 | JD-ZJGL | Host power |
5.3.4 | JD-ZJGH | Power Consumption of the Whole Machine |
5.3.5 | JD-CJGN | Acquisition of basic functional data |
5.3.6 | JD-KWD | air temperature |
5.3.7 | JD-KSD | air humidity |
5.3.8 | JD-TRW | soil temperature |
5.3.9 | JD-TRS | Soil moisture content |
5.3.10 | JD-ZFL | Evaporation |
5.3.11 | JD-JYL | rainfall |
5.3.12 | JD-FS1 | wind speed |
5.3.13 | JD-FS2 |
5.3.14 | JD-FX-a | wind direction |
5.3.15 | JD-GZD | Illumination |
5.3.16 | JD-QY-a | pressure |
5.3.17 | JD-JL-a | Condensation |
5.3.18 | JD-TYFS-a | Total solar radiation |
5.3.19 | JD-GHFS-a | Photosynthetic active radiation |
5.3.20 | JD-FSFX | Material Selection and Monitoring Height of Wind Speed and Direction Sensor |
5.3.21 | JD-ZFL | Evaporation Sensor Technology |
5.3.22 | JD-CC-b | Louver dimensions |
5.3.23 | JD-CCL | Stand-alone memory |
5.3.24 | JD-CSKZ | Transmission Control |
5.3.25 | JD-CC-c | Host Size |
5.3.26 | JD-GZFS | Operation mode |
5.3.27 | JD-JR | Compatibility |
Wireless Climate Information Transmission System | 5.3.28 | JD-CSFS | transmission mode |
5.3.29 | JD-GZPL | working frequency |
5.3.30 | JD-GZFS | Operation mode |
5.3.31 | JD-JR | Compatibility |
5.3.32 | ATCSP-JD-HA | Use Environmental Level |
5.3.33 | JD-FH | protect |
Climate Information Processing Center | 5.3.34 | JD-GJJ-V1 | National Network Information |
5.3.35 | JD-SJ-V1 | Provincial Network Information |
5.3.36 | JD-SJ-VV1 | Municipal Network Information |
5.3.37 | JD-XJ-V1 | County-level network information |
5.3.38 | JD-WLN-V1 | Intranet Collector Information |
5.3.39 | JD-JR | Compatibility |
Climate Information Terminal System | 5.3.40 | JD-QHCS-V1 | Information Collection and Transmission Software |
5.3.41 | JD-WLW-V1 | Agriculture and Forestry Internet of Things Terminal Software |
5.3.42 | JD-JR | Compatibility |