The field microclimate monitoring station enables farmers to manage their farmland more scientifically, optimize production measures, and improve farmland management efficiency through real-time monitoring and data collection. Scientific measures such as irrigation, fertilization, and pest control can help improve crop yield and quality, and increase farmers' economic benefits. The application of high standard farmland monitoring equipment has promoted the development of agriculture towards intelligence and informatization, which is conducive to achieving sustainable development of agriculture. Plays an important role in modern agricultural management. They provide scientific and accurate data support for farmers through real-time monitoring and data collection
Field Microclimate Monitoring StationThrough real-time monitoring and data collection, farmers can manage their farmland more scientifically, optimize production measures, and improve farmland management efficiency. Scientific measures such as irrigation, fertilization, and pest control can help improve crop yield and quality, and increase farmers' economic benefits. The application of high standard farmland monitoring equipment has promoted the development of agriculture towards intelligence and informatization, which is conducive to achieving sustainable development of agriculture. Plays an important role in modern agricultural management. They provide scientific and accurate data support to farmers through real-time monitoring and data collection, helping them optimize production measures, improve farmland management efficiency, and increase crop yield and quality.

1、 Product Introduction
NQ10Field Microclimate Monitoring StationIt is a highly integrated, low-power, quick to install, and easy to use high-precision meteorological observation equipment for field monitoring.
The device consists of five parts: meteorological sensor, collector, solar power supply system, pole bracket, and cloud platform. No debugging required, can be quickly deployed, widely used in fields such as meteorology, agriculture, forestry, scientific exploration, etc.
2、 Product Features
1. Low power collector: Static power consumption less than 50uA
2. Standard GPRS networking, support for extended Bluetooth, wired transmission
3. Seven inch Android touchscreen, version 4.4.2, quad core Cortex ™- A7,512M/4G
4. Support modbus485 sensor expansion
5. Solar charging management MPPT automatic power point tracking
6. Three meter carbon steel bracket with two threaded connections
7. SMS alarm, send SMS to mobile phone after exceeding the limit
8. ABS material protective box, corrosion-resistant, anti-oxidation, waterproof rating IP66
3、 Technical parameters
1. Collector power interface: GX-12-3P plug, input voltage 5V, with RS232 output JSON data format, collector power supply: DC5V ± 0.5V peak current 1A,
2. Sensor Modbus, 485 interface: GX-12-4P plug, output power supply voltage 12V/1A, device configuration interface: GX-12-4P plug, input voltage 5V
3. Powered by solar energy and equipped with lead-acid batteries, optional 30W 20AH/50W 20AH/100W 100AH. Charging controller: 150W, MPPT automatic power point tracking, efficiency increased by 20%
4. Data upload interval: adjustable from 1 minute to 1000 minutes
5. Screen size: 1024 * 600 RGB LCD
6. Partial sensor parameters
| name |
measurement range |
resolution |
Accuracy |
| ambient temperature |
-40~+80℃ |
0.01℃ |
±0.3℃(25℃) |
| relative humidity |
0~99.99%RH |
0.01%RH |
±3%RH(20%~80%) |
| illuminance |
0-157286LUX |
1Lux |
<±3% |
| atmospheric pressure |
300-1100hpa |
0.1hPa |
±0.25% |
| dew point temperature |
0~+70℃ |
0.1℃ |
±1℃ |
| Temperature of tubular soil |
-30~+70℃ |
0.01℃ |
±0.3(-10~70℃) |
| Pipe type soil moisture |
0~99.99% |
0.1% |
±3% |
| Tubular soil salinity |
0~20000us/cm |
1us/cm |
± 3 (0~10000us/cm) ± 5% (full range) |
| Soil pH (electrode method) |
0-14PH |
0.01 |
±0.1PH |
| soil nitrogen, phosphorus, and potassium |
0~1999mg/kg |
1 mg/kg |
±2% |
| Soil evaporation rate |
0~75mm |
0.1mm |
±1% |
| Wind direction |
0-360 ° (8 directions) |
1/8 |
<3°(>1.0m/s)
|
| Wind speed |
0~30m/s |
0.1m/s |
± (0.2+0.03V) m/s (25 ℃, V represents wind speed) |
| Rainfall |
≦4mm/min |
0.2mm |
≤±2% |
| ultraviolet radiation |
0~500W/ ㎡ |
0.01W/ ㎡ |
≤±3% |
| sunshine duration |
0~6500h |
0.1 h |
<0.2 h |
| Total photoelectric radiation |
0-2000W/m2 |
1W/m2 |
<±3% |
| Photosynthetically active radiation |
0-2000W/m2 |
1W/m2 |
≤±5% |
| carbon dioxide |
400-5000ppM |
1ppM |
± (50ppm+5% reading) |
| PM2.5 |
0-1000ug/m³ |
1ug/m³ |
± 10% (<500 micrograms)<>
|
| PM10 |
0-1000ug/m³ |
1ug/m³ |
± 10% (<500 micrograms)<>
|
| carbon monoxide |
0-1000ppm |
1PPM |
±2PPM |
| sulfur dioxide |
0-20PPM |
0.1PPM |
±1PPM |
| nitrogen dioxide |
0-20PPM |
0.1PPM |
±1PPM |
| ozone |
0-20PPM |
0.1PPM |
±1PPM |
| negative oxygen ion |
0-100000 pieces/cm3 |
1 piece/cm3 |
Reading ± 10%; Ionic mobility ≤± 20% |
| oxygen content |
0~25%Vol |
0.1% |
±3%FS |
4、 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 and cloud data storage are stable, reliable, easy to scale, and load balanced.
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