Nyingchi National Agricultural Science and Technology Demonstration Park - Application of Shengqi Smart Agriculture System

I. Project Background

The "Technology Demonstration Park" in Nyingchi region, a production base under the Nyingchi Regional Science and Technology Bureau's affiliated public institution—Nyingchi Regional Science and Technology Development and Exchange Service Center—was established in 2006. Originally named the Nyingchi Regional Tibetan Medicine Planting Base, it was renamed "Nyingchi Tianma仿Wild Propagation Base" in 2010 and designated as the "Nyingchi Science and Technology Demonstration Park" in 2013 with the approval of the regional administrative office. Since May 2016, it has been applying for the National Agricultural Science and Technology Park Construction Project, and was officially recognized as the eighth batch of National Agricultural Science and Technology Parks by the Ministry of Science and Technology on December 7, 2018. After three years of construction, the Nyingchi National Agricultural Science and Technology Park successfully passed the review of the eighth batch of National Agricultural Science and Technology Parks on December 17, 2021.

Section II: Project Overview

The project is located in the "Ningxi Technology Demonstration Park" within the Bayi Village, Bayi District, Nyingchi City, Tibet Autonomous Region, and is one of the key demonstration sites in the core area of the National Agricultural Science and Technology Industrial Park. The intelligent agricultural system for the Ningxi National Agricultural Demonstration Park was developed by Shijiazhuang Shengqi Technology Co., Ltd. The intelligent agricultural system, utilizing advanced technology and data analysis, achieves precise agricultural management, including monitoring farmland conditions, crop growth status, and livestock health. It assists farmers in making scientific decisions; optimizes resource utilization and enhances production efficiency through data analysis and forecasting functions; automates the management of agricultural production processes, reduces labor intensity, and improves working conditions; monitors risk factors such as weather changes and pests and diseases, provides early warnings, and reduces production risks; reduces the use of agricultural inputs, protects the environment; and provides data support to help farmers make scientific decisions and promote the development of modern agriculture.

The intelligent integrated irrigation system for water and fertilizer can automatically detect, allocate, and supply water and fertilizer based on the water and nutrient requirements, growth patterns, soil environment, and nutrient content of different crops. This not only enhances irrigation water efficiency but also achieves timed and quantitative control of irrigation and fertilization. It not only saves water, fertilizer, and electricity but also reduces labor input and labor costs.

Filtering equipment is an essential component for integrated water and fertilizer application. Some users mistakenly believe that well water or other water sources are clean enough and do not require filtration. However, well water often contains coarse sand, fine sand, and some chemicals that can clog drippers.

Therefore, it is essential to carefully select filtration equipment based on factors such as water source, water quality, and the dimensions of the irrigation nozzle channels. Common filters include centrifugal filters, mesh filters, plate stack filters, and sandstone filters, among others.

The Farmland Comprehensive Monitoring System allows for a clear and intuitive real-time view of crop growth and pest and disease conditions in planting areas, as well as timely monitoring and recording of sudden abnormal events, providing efficient command and dispatch.

The Agricultural Meteorological Station is a comprehensive, compact, and automated station designed to meet the needs of real-time monitoring of agricultural ecological environments, environmental monitoring related to agricultural production activities, and farmland meteorological environment regulation. It continuously monitors and collects information on agricultural meteorological factors closely related to vegetation and crop growth, such as soil, water vapor, light, and heat. It provides comprehensive monitoring of crop growth status and soil moisture conditions on farmlands, enabling timely grasp of field growth. In cases where field growth is restricted by these factors, users can respond quickly and take emergency preventive measures. This, in turn, provides scientific data and decision-making support for production management related to agricultural production, agricultural environmental research, crop improvement, phenological monitoring of crops, and pest control. It can be widely used in agricultural production, scientific research, and standard measurements.

The intelligent terminal cabinet for greenhouse tunnels can manage and monitor individual tunnels, placed either inside the tunnel or in a shed. It facilitates workers inside the tunnel to monitor the data and operate the equipment within the greenhouse.

Intelligent agriculture systems play a crucial role in modern agricultural production. Through functions such as precise management, resource optimization, automated efficiency enhancement, reduced labor intensity, risk management, environmental protection, and data-driven decision-making, these systems assist farmers in making scientific decisions, effectively utilizing resources, and improving production efficiency. At the same time, they help lower production risks, protect the environment, and drive agriculture towards a more sustainable and efficient direction.

In the smart agriculture system developed by St.启, crops are thriving.