The Yecaixia Technology Chongqing Bishan Fully Automated Plant Factory project is a high-tech agricultural industrialization project focused on the field of modern smart agriculture. The project relies on a fully enclosed clean factory environment and adopts fully automated production lines, focusing on efficient, standardized, and pollution-free production of leafy vegetables. It is committed to providing safe, fresh, and high-quality green leafy vegetable products to the market and providing a reproducible fully automated plant factory overall solution for modern agriculture.
2、 Core Business and Technical System
This project integrates cutting-edge technologies such as facility agriculture, intelligent environmental control, automated logistics, and precise water and fertilizer management, and constructs a complete fully automated leafy vegetable production system.
In terms of three-dimensional cultivation and automated logistics, the factory has deployed industrial grade multi-layer three-dimensional cultivation racks, equipped with fully automatic conveyor belts and production lines. From sowing, seedling cultivation, planting to harvesting, the entire process is automated, greatly reducing manual intervention and achieving extremely high space utilization and standardized production scale.
In terms of light formula and environmental control, the factory adopts a customized LED fill light system, providing optimal photosynthesis spectra for different leafy vegetable varieties and growth stages through a specific proportion of pink light formula. The fully enclosed factory, combined with an intelligent environmental control system, completely isolates external pests and diseases, achieves zero pesticide production, and completely eliminates the constraints of seasons and climate.
In terms of intelligent water and fertilizer integration, the factory is equipped with large nutrient solution storage tanks and precision pipeline networks, forming a closed-loop water and fertilizer center. Through the intelligent control panel and precision pump group, the system can monitor and accurately adjust nutrient solutions in real time, achieve water and fertilizer recycling, save water and fertilizer, and ensure that each leafy vegetable receives the most accurate nutrient supply.
3、 Production and operation advantages
The project has significant market competitive advantages. Firstly, it has achieved 365 days of uninterrupted production and supply, unaffected by extreme weather and seasons, ensuring absolute stability of the supply chain. Secondly, fully automated assembly lines significantly reduce labor costs and improve production efficiency. At the same time, the pesticide free and zero pollution production environment ensures that the product meets the high standard of being ready to eat without cleaning. In addition, standardized production processes ensure a high degree of consistency in the quality, taste, and appearance of leafy vegetables.
4、 Business cooperation and promotion direction
Yecai Xia Technology provides diversified business cooperation to the whole country. One is to provide one-stop turnkey engineering services such as whole plant planning, equipment research and development, installation and commissioning, and operation guidance for fully automated plant factories. The second is to establish long-term and stable contract agriculture cooperation with large fresh food supply chains, high-end supermarkets, and catering enterprises. The third is to provide overall technical support for smart agriculture upgrading and rural revitalization projects to local governments and agricultural industrial parks.
5、 Project significance
The successful landing of Chongqing Bishan fully automated plant factory is an important milestone for Yecaixia Technology in the field of smart agriculture. The project not only provides vivid technological samples for the transformation and upgrading of modern agriculture in Southwest China, but also explores an efficient and feasible path for the future industrialization and intelligent development of agriculture.