Smart agriculture or IOT agriculture involves six system solutions, such as video monitoring system, intelligent greenhouse environment monitoring system, picking control system, processing control system, traceability system, acquisition, circulation control and sales control system.

Wisdom agriculture greenhouse monitoring system can collect and transmit the temperature, humidity, light, soil temperature, soil humidity, CO2 concentration, foliar humidity, dew point temperature and other environmental parameters in the greenhouse in real time wirelessly, display them to users in the form of intuitive charts and curves through PC computers, cell phones and tablet PCs, and provi···

LoRa environmental sensors refer to environmental sensors equipped with LoRa nodes, such as temperature sensors, humidity sensors, air pressure, indoor air quality sensors, etc. However, unlike traditional environmental sensors, LoRa environmental sensors send the collected data to LoRa gateways through the LoraWan protocol, and then finally transmit them to the server.

Smart Agriculture soil PH sensor adopts PH electrode for the front section probe, with high precision data processing circuit to realize the measurement output of soil PH. It can be widely used in soil moisture monitoring, water-saving irrigation, greenhouse control, fine agriculture and other fields.

Soil moisture monitoring system data collector Real-time collection of soil moisture information in farmland, and can use GPRS, 4G, 5G and other ways to transfer moisture information to the network for analysis, for soil moisture remote telemetry survey monitoring, water-saving irrigation, greenhouse control, fine agriculture and other production can play a very good guidance role.

NiuBoL supplies soil moisture monitoring stations, which can realize the continuous monitoring of soil moisture for a long time. Users can flexibly arrange the soil moisture sensors according to the monitoring needs; they can also arrange the sensors at different depths to measure the soil moisture in the profile.

Soil moisture monitoring system instruments are charged by solar panels and can work normally regardless of cloudy or sunny days, which is very suitable for placing in the field for long-term monitoring of soil moisture.

Temperature sensors measure heat in a heat source, enabling them to detect temperature changes and convert those changes into data. Machinery used in manufacturing often requires ambient and equipment temperatures to be at specific levels. Similarly, in agriculture, soil temperature is a key factor in crop growth.

soil moisture monitoring system can be extended with a variety of sensors to monitor more environmental information, such as soil water potential sensor, soil temperature sensor, soil moisture sensor, ultraviolet radiation, light intensity, atmospheric humidity, wind speed sensor, wind direction sensor, etc.

Soil moisture monitoring is a key technical link in the new technology of water-saving agriculture and the realization of scientific and reasonable effective water use in agricultural irrigation. Reasonable use of soil moisture monitoring system can contribute to agricultural water conservation.