On June 2, 2026, the Zhongxian Multi-Span Greenhouse Project—a key initiative spearheaded by Chongqing Qingcheng Agriculture Technology Co., Ltd. (hereinafter referred to as "Qingcheng Agriculture"; international brand: "Qingcheng Agriculture")—officially completed all construction, commissioning, and acceptance procedures, marking its successful completion and handover. The launch and operation of this project will further optimize the layout of modern agricultural facilities in Zhongxian County, driving the regional transition from traditional cultivation models toward large-scale, standardized, and intelligent modern agriculture. Furthermore, it injects fresh momentum into enhancing the quality and efficiency of local specialty agriculture and revitalizing rural industries.
As a pivotal facility agriculture project designed to boost the development of high-efficiency agriculture in Zhongxian, this multi-span greenhouse complex was meticulously planned and constructed to align with the specific mountainous climatic characteristics of Chongqing and local cultivation requirements. Tailored to the subtropical monsoon humid climate environment, the project specifically addresses critical pain points inherent in traditional farming—such as heavy reliance on weather conditions, low standardization levels, unstable yields, and difficulties in pest and disease control. The project adheres to advanced industry standards for multi-span greenhouse construction, featuring a robust overall structure, uniform lighting, and exceptional ventilation and dehumidification capabilities. It demonstrates strong resistance to wind pressure as well as rain and snow loads, making it ideally suited for the large-scale cultivation of various high-value crops—including medicinal herbs, specialty fruits and vegetables, nursery stock, and flowers—thereby aligning perfectly with Zhongxian County’s strategic positioning for high-efficiency specialty agriculture.
Compared to traditional single-span greenhouses, the multi-span greenhouse project delivered by Qingcheng Agriculture represents a dual upgrade in both facility performance and cultivation efficiency. The project integrates a suite of modern support systems—including unified water and fertilizer management, intelligent ventilation and temperature control, and smart environmental monitoring—enabling real-time regulation of core growth parameters within the greenhouse, such as temperature, humidity, light intensity, and nutrient levels. This creates a scientifically controlled cultivation environment characterized by constant temperature, humidity, and nutrient supply, thereby completely breaking the limitations of traditional agriculture’s reliance on the whims of nature. Concurrently, the expansive, contiguous layout of the greenhouses effectively boosts land utilization rates and cultivation management efficiency, laying a solid infrastructural foundation for future standardized cultivation, intensive management, and industrialized operations.
Throughout the entire construction process, Qingcheng Agriculture upheld a philosophy of high-standard construction, high-quality delivery, and high-efficiency execution. The company strictly adhered to modern agricultural facility construction codes, rigorously monitoring every critical stage—from material quality and construction techniques to equipment commissioning and final acceptance. The project team efficiently coordinated the construction schedule, systematically advancing tasks such as structural assembly, the installation of supporting facilities, and the commissioning of intelligent systems. By completing the project on schedule and to a high standard of quality, the team fully demonstrated the company's professional engineering capabilities and its robust expertise in modern agricultural services.
It is reported that following its completion and handover, the project will officially commence large-scale cultivation operations. Leveraging the advantages of its intelligent greenhouse facilities, the project is poised to effectively enhance both the quality and yield of agricultural produce, shorten cultivation cycles, and enrich the supply of specialty agricultural products in Zhongxian County. Furthermore, the project will serve as a leading model, encouraging neighboring farmers to adopt standardized and intelligent cultivation techniques. It will assist in fostering a local modern agricultural industrial ecosystem, extending the agricultural value chain, and boosting the added value of agricultural products—thereby helping Zhongxian County establish a benchmark for high-efficiency, mountain-specific agriculture.
A representative from Qingcheng Agriculture stated that the successful handover of the Zhongxian County multi-span greenhouse project marks a significant milestone in the company's deep commitment to Chongqing's modern agricultural sector and its contribution to rural revitalization. Moving forward, the company will remain focused on the fields of smart agriculture and facility-based agriculture. It will continue to iterate and upgrade agricultural infrastructure and intelligent cultivation technologies, while consistently delivering high-quality modern agricultural projects. Through standardized facilities, intelligent technologies, and industrialized operations, the company aims to empower the modernization of regional agriculture and drive the high-quality development of rural industries.