Scenario Overview
Deploy weather, air, soil & water probes, transmit via LoRaWAN/4G. 3 types: urban microclimate, building & livestock, aquaculture — pick probe, logger, gateway & power.
Wireless, No Cabling
Wireless, No Cabling
  • LoRaWAN probes connect direct to gateway
  • 4G loggers connect direct to cloud
  • RS485 probes + DTU for wireless conversion
Low-Power & Flexible
Low-Power & Flexible
  • LoRaWAN optimized for battery power
  • 4G supports solar or DC power
  • IP66 / IP68 rated for outdoor sites
Fast Deploy & Management
Fast Deploy & Management
  • App-based provisioning, batch onboarding
  • Bluetooth config, remote management
  • API / MQTT platform integration
Application Scenarios
Urban Microclimate

Microclimate data at critical outdoor sites

Microclimate visualization for aviation, power grids & urban mgmt: wind, rain, solar, PM, noise data per site — helping SIs build monitoring & alerting.


Core Advantages

  • Aviation: S1000 V2 covers wind, rain, solar & particulates
  • Grid O&M: S700/S800 at tower sites for line weather risk alerts
  • Urban Governance: S500/S800 on light poles for street-level microclimate & air
wikiDocs
Scene Feature
Aviation Safety
Wind, rain, solar & PM at airfields
Scene Feature
Anti-Icing & Fault Prevention
Microclimate data at tower sites
Scene Feature
Precision Urban Management
Light pole weather for street data
Building & Livestock

Air & soil data to control systems

Air & soil sensors for livestock, building HVAC, data centers & greenhouses. SIs feed CO₂, T&H, ammonia, soil moisture, EC & pH into control systems.


Core Advantages

  • Livestock Ventilation: NH₃, CO₂, T&H data to fan & cooling pad control
  • Building HVAC: CO₂ & T&H data to BMS or fresh air systems
  • Greenhouse Irrigation: Soil moisture, EC & pH inform irrigation & fertilization
wikiDocsReference Design
Scene Feature
Automated Anomaly Control
NH₃, CO₂, T&H data to ventilation
Scene Feature
Air Quality Compliance
CO₂ & T&H for buildings & IT rooms
Scene Feature
Data-Driven Irrigation
Moisture, EC & pH for irrigation
Aquaculture & Water

Online water monitoring for aquaculture

Water quality sensors for fish ponds, river/lake sections & wastewater. RS485 probes via loggers over LoRaWAN or 4G — feeds DO, pH, turbidity, EC/TDS & level data to platforms.


Core Advantages

  • Aquaculture: DO, pH & temp to aeration & alerting
  • River & Lake: Continuous turbidity, NH₃-N, DO collection
  • Wastewater: pH, EC/TDS & level to dosing & discharge control
wikiDocs
Scene Feature
Prevent Oxygen Depletion
DO & temp drive aeration control
Scene Feature
Water Quality Alerts
Turbidity, NH₃-N, DO monitoring
Scene Feature
Water Level Monitoring
Submersible level tracking
Deployment & Selection
Architecture

Backhaul: LoRaWAN, RS485-to-Wireless, 4G

LoRaWAN probes connect direct to gateway. RS485 probes use S2100 DTU for LoRaWAN or 4G logger for cloud. Comm method determines gateway need & power design.


Core Advantages

  • Native LoRaWAN: Probe → LoRa Gateway → Cloud, ideal for low-power battery sites
  • RS485 to LoRa: RS485 Probe → S2100 DTU → LoRa Gateway → Cloud
  • RS485 to 4G: RS485 Probe → 4G Data Logger → Cloud, no LoRa gateway needed
wikiSelection Guide
ProductModelParametersIP Rating
S200 Wind Speed & DirectionWind Speed (0–60m/s), Wind Direction (0–360°)IP66
S500 5-in-1Temp/Humidity, Pressure, Wind Speed, Wind DirectionIP66
S700 V2 7-in-1Temp/Humidity, Pressure, Wind, Rain, Solar RadiationIP66
S700-AS700 V2 (Radar Rainfall)IP66
S700-BS700 V2 (Solar Radiation)IP66
S700-CS700 V2 (Solar Radiation + Radar Rainfall)IP66
S800 8-in-1Temp/Humidity, Pressure, Wind, PM2.5/PM10, NoiseIP66
S2120 8-in-1Temp/Humidity, Wind, Rain, Solar Radiation, UV, PressureIP66
S1000 V2 10-in-1Temp/Humidity, Pressure, Wind, Rain, Solar Radiation, PM2.5/PM10, CO₂IP66

Select weather station by parameter count

Weather stations are ordered by parameter count from small to large. 4G / RS485 models suit sites with solar or DC power; LoRaWAN models suit low-power sites requiring a gateway.


Core Advantages

  • 4G Stations (S500/S700/S800/S1000 V2): Direct cloud w/ cellular, solar or DC
  • LoRaWAN Station (S2120): Battery for years, needs gateway, no-4G sites
  • Standalone Wind (S200): RS485 probe, pair w/ DTU or 4G logger
wikiSelection Guide
CategoryProductModelParametersCommIP Rating
AirS2103 CO₂CO₂ (400–10000ppm), Temp, HumidityLoRaWANIP66
AirS2101 THTemperature (-40~+85℃), HumidityLoRaWANIP66
AirCO₂ RS485CO₂ + Temp/Humidity + PressureRS485IP66
SoilS2105 SoilMoisture + Temperature + ECLoRaWANIP66
SoilS2108 SoilMoisture + Temperature + Pore ECLoRaWANIP66
SoilS2106 pHSoil/Water pH (0–14)LoRaWANIP66
SoilIndustrial Soil MTECMoisture + Temperature + EC (Industrial)RS485IP68
WaterIndustrial TurbidityTurbidity (0–1000 NTU)RS485IP68
WaterIndustrial DODissolved Oxygen (Fluorescence, 0–20mg/L)RS485IP68
WaterIndustrial pHpH (0–14) + TemperatureRS485IP68
WaterIndustrial EC/TDSConductivity + TDS + TemperatureRS485IP68
WaterIndustrial NH₃Ammonia Nitrogen (0–100ppm)RS485IP68
WaterIndustrial H₂SHydrogen Sulfide (0–100ppm)RS485IP68
WaterIndustrial LevelLiquid Level (0–5m, Submersible)RS485IP68

Air, soil & water probe selection

Standalone sensors cover air, soil & water parameters. LoRaWAN probes connect direct to gateway; RS485 probes need S2100 DTU or 4G logger for wireless.


Core Advantages

  • Air Probes: S2103 CO₂, S2101 T&H (LoRaWAN), CO₂ RS485 industrial
  • Soil Probes: S2105 3-in-1, S2108 multi-depth, S2106 pH (LoRaWAN), MTEC (RS485)
  • Water Probes: Turbidity/DO/pH/EC+TDS/NH₃/H₂S/Level, IP68 RS485
wikiDocs
ProductModelTypePositioningPower
M2 Indoor GatewayGatewayIndoor LoRa CoverageDC / PoE
R1225 Industrial GatewayGatewayLoRa + RS485 + 4G + Edge ControlDC / PoE
Outdoor GatewayGatewayOutdoor LoRa CoverageDC / PoE
S2100 DTUData LoggerRS485 → LoRaWANBattery
Sensor Hub 4GData LoggerRS485 → 4G Direct CloudDC / Battery

Logger & LoRa gateway selection

Loggers convert RS485 probes to wireless; LoRa gateways receive LoRaWAN data. M2/R1225 for indoor, Outdoor Gateway for outdoor.


Core Advantages

  • S2100 DTU: RS485 → LoRaWAN, battery, IP66, $69, needs gateway
  • 4G Logger: RS485 → 4G direct cloud, DC/solar, no gateway
  • R1225 Gateway: LoRa + RS485 + 4G + edge control, for BAS/industry
wikiDocs
Success Cases
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