Agricultural Weather Stations, making farming more modern and smarter

Technology is rapidly changing our world, and IoT technology is no exception; it has crept into the agricultural sector to bring about new changes. IoT, big data and artificial intelligence have been used to create a series of smart agricultural devices that help farmers manage their crops more scientifically, improve efficiency and modernize agriculture.

Smart Dada utilizes IoT technology to monitor the status of farmland in real time through devices such as weather monitoring, soil moisture detection, pest and disease identification, smart irrigation, driverless farm machines and video surveillance. These devices collect data through sensors and analyze it with artificial intelligence to help farmers manage their crops more accurately. Whether it's planting, watering, fertilizing, or controlling pests and diseases, Smart Dada can provide scientific guidance to make farming more efficient and less laborious.

Agricultural Weather Stations is an agricultural monitoring device independently developed by our company. It consists of four core components: a high-precision sensor, a data collector, an environmentally friendly solar power system, and a sturdy pole mount, and it integrates a 4-megapixel high-definition surveillance camera.

Once deployed, Agricultural Weather Stations provides agricultural producers with real-time environmental and video data monitoring 24 hours a day, giving them remote monitoring "clairvoyance".

It tracks air temperature, humidity, light intensity, carbon dioxide concentration, atmospheric pressure, wind speed, wind direction, rainfall, as well as soil temperature, humidity, conductivity and pH, among other key environmental parameters.

The equipment's riser bracket is designed as an integrated structure, which not only ensures stability in adverse weather conditions such as high winds, but also simplifies the installation process. One person can easily complete the installation, greatly reducing the implementation difficulty and cost.

The data collector is equipped with a standard RS485 interface, which can stably receive data from sensors even in an environment with strong electromagnetic interference. It is also equipped with 4G wireless network function, which can transmit the collected data to the IoT platform in real time, making it easy for users to view the real-time monitoring data and history records of the sensors at any time.

The solar power supply system is equipped with solar panels and batteries, and this configuration ensures that the device can maintain continuous operation for at least 7 days even under continuous rainy weather, thus guaranteeing the continuity and reliability of the monitoring work.