Shanxi Xiyang County Baike Sheng Modern Agricultural Demonstration Park Implements St. Start Technology's Agricultural Protection System

I. Project Background

The Baikesheng Modern Agricultural Demonstration Park integrates scientific research, seedling cultivation, planting, processing, and sales. The park operates entirely with modern and intelligent processes, utilizing high-tech, new materials, and new technologies in its construction. The park adopts a "company + cooperative + farmer" business model, focusing on the local county and extending to surrounding areas, leading and promoting the development of modern agriculture in Xiyang County and beyond. It encourages more farmers to participate, transforming traditional farming concepts, and has paved the way for an order-based modern agricultural path of "seedling cultivation - planting - technology - procurement."

Currently, the agricultural demonstration park boasts 17 high-tech, new material, and new technology-intensive seedling intelligent greenhouse sheds, covering a total area of 38,000 square meters. It is equipped with one 1,800 cubic meter fresh-keeping cold storage facility, utilizing modern and intelligent operational processes. The park is capable of cultivating premium chili peppers, tomatoes, King pumpkin, and various other varieties, with an annual seedling capacity of 10 million plants, sufficient to meet the planting needs for 3,000 acres of land.

The agricultural demonstration park has also embraced digital agriculture technologies, including remote monitoring, intelligent control, and data analysis, significantly enhancing crop production efficiency and quality. It is known that through real-time monitoring and analysis of various data such as soil, weather, and water sources, the park can precisely adjust irrigation and fertilization, ensuring each plant receives an optimal growth environment. Moreover, digital agriculture technology can predict the likelihood of pest and disease occurrences and take timely countermeasures, greatly reducing the risk of losses.

Section II: Project Overview

This project is located in Xiyang County, Jining City, Shanxi Province, and has been equipped with an agricultural pest control system by Shijiazhuang Shengqi Technology. The system includes functions such as pest and disease monitoring and early warning, attraction and elimination of agricultural pests, soil moisture monitoring, and land meteorological monitoring, which comprehensively enhances the demonstration park's ability to respond and react to agricultural pests and diseases.

The Agricultural Meteorological Station is a compact, integrated automatic station designed for real-time monitoring of agricultural ecological environments, environmental monitoring related to agricultural production activities, and farm 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 can comprehensively monitor the growth status of crops and the moisture condition of farmland soil, allowing for timely understanding of field growth. When field growth is restricted by these factors, users can quickly respond and take emergency preventive measures. This provides scientific data and decision-making support for agricultural production, agricultural environmental research, crop improvement, crop phenological monitoring, and pest control. It is widely applicable in agricultural production, scientific research, and standard measurement.

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 Insect Pest Monitoring System is a new-generation pest monitoring tool, also known as the Smart Monitoring Light or the Intelligent Pest Monitoring Light. Made of stainless steel, this light utilizes modern optical, electrical, and numerical control technologies to achieve functions such as automatic far-infrared processing of insects, automatic conversion of insect collection bags, and automatic operation of the entire light. It can automatically complete system operations like attracting, killing, collecting, packaging, and draining insects without human supervision.

This system primarily utilizes modern optical, electrical, CNC technology, wireless transmission technology, and the Internet of Things to construct an integrated pest ecological monitoring and early warning system. The system combines pest trapping and photography, environmental information collection, data transmission, and data analysis, achieving automated and intelligent functions such as pest attraction, classification and statistics, real-time reporting, remote monitoring, pest early warning, and control guidance. It features stable performance, simple operation, and flexible settings.

The IoT solar insect killer lamps possess all the functions of traditional solar insect killer lamps and can be remotely monitored for their location and operation status via an IoT platform on smartphones and computers. This enables remote control and counting functions, making management and maintenance more convenient.

Agricultural protection systems are intelligent integrated technologies that utilize sensors, monitoring equipment, and data analysis to provide real-time monitoring and precise management of farmland environments and crop growth. Their role extends beyond monitoring pests and diseases, providing early warnings, and applying pesticides and fertilizers accurately to reduce usage, to also include intelligent management of the crop growth process, optimizing farming strategies, and enhancing yields and quality. Through data analysis and decision support, farmers can make scientific agricultural production decisions based on evidence, achieve resource utilization, minimize waste, and reduce environmental pollution risks, safeguarding the ecological environment. The application of agricultural protection systems propels agricultural production towards intelligentization, precision, and sustainability, infusing new vitality into agricultural modernization and showcasing the prospects and potential of the integration of technology and agriculture.