Intelligent Agriculture Cloud Platform Internet of Things Big Data Solution
Intelligent agricultural systems leverage the 5G trend to harness the role of 5G in agriculture for its interconnection and transmission capabilities. This connects smart hardware and software at high speeds, upgrading to the 5G system, providing customers with more advanced systems, and boosting China's agricultural development.
Intelligent greenhouses are based on IoT and big data information system technology, collecting data on air temperature and humidity, soil temperature and humidity, soil moisture, CO2 content in the air, and light intensity through various sensing devices. The collected data is transmitted to the control center via Ethernet, 4G, or Wi-Fi signals. The control center compares the data with various parameters set by human experience to determine if the real-time data meets the predefined requirements. Users can monitor the greenhouse's status and remotely control it through a mobile APP or computer.
Shenqi Technology's Greenhouse Environment Monitoring Solution upgrades traditional greenhouses through intelligent hardware, IoT big data, and other technologies, establishing a highly efficient, fully automated monitoring and control management system.
Establish agricultural data collection and sharing channels, innovating new business scenarios and models for data sharing and channel co-construction to form an agricultural data monitoring system, which can promote the optimization and transformation of the agricultural industrial structure.
Primarily used in meteorology, agriculture, geolocation, and environmental fields, and suitable for field scientific research and testing applications. Additionally, configurations can be expanded according to user needs, including soil conductivity, soil pH, air temperature, humidity, solar radiation, and rainfall meteorological sensors.
This project is situated within the modern photovoltaic leisure agricultural park in Ganyu District, Lianyungang, Jiangsu. The development of leisure and sightseeing agricultural parks relies on modern technology. With the rapid growth of the national economy, modern agriculture has made significant progress. By fully utilizing Internet of Things technology and configuration software, we can remotely and in real-time obtain environmental parameters such as air temperature, humidity, light intensity, soil moisture and temperature, carbon dioxide concentration, leaf surface humidity, dew point temperature, and video images inside the photovoltaic greenhouse. Through model analysis, we can remotely or automatically control equipment like wet-baffle fans, sprinkler drip irrigation, internal and external shading, roof and side windows, heating, and supplementary lighting to ensure the optimal environment for crop growth within the greenhouse.
The primary functions of this system:
Firstly, monitoring of Saffron cultivation room environmental parameters: air temperature and humidity, illumination, carbon dioxide content, and video surveillance system.
