On March 26, Zhuzhou Shisanmen Modern Agricultural Park Management Committee and Shenzhen Yunshang Tianyuan Internet of Things Agricultural Technology Co., Ltd. (hereinafter referred to as "Yunshang Tianyuan") signed a strategic cooperation framework agreement to build the first agricultural Industrial IoT plant factory project for cooperation and negotiation.
It is understood that Yunshang Tianyuan focuses on the research and development and application of agricultural technology of Internet of Things facilities and has a complete set of intellectual property rights such as the design, manufacture, and management of plant factories in this industry chain, and its more than 100 technologies have been successfully practiced in many places in China. Previously, Yunshang Pastoral successfully built a digital plant factory on the Gobi, the Tibetan plateau at an altitude of 3,600 meters.
The Shisanmen IoT Plant Factory Project plans to cover an area of 200 mu with a total investment of about 120 million yuan. The goal is to create high-quality agricultural products with "zero pesticide residues, no pollution, good taste, and rich selenium". Through the construction of all-weather intelligent and high-efficiency agricultural film greenhouses, the project can implement soilless, factory-based, and large-scale agricultural production and planting, as agricultural production management information, standardization, and intelligence. It can play a demonstration and promotion role in the improvement of agricultural technology in the central region, and will drive the technological progress of agricultural industrialization in the surrounding areas. After the project is completed, the estimated annual income is about 30 million yuan, and the annual net profit is more than 15 million yuan.
According to Gao Guoping, chairman of Yunshang Tianyuan, the agricultural industrialized plant factory is an international frontier technology in the 21st century, using biological, spectral, digital sensing, human-machine integrated Internet of Things, and other industrialized means to meet all the conditions for plant growth. Without relying on land quality, and digital sensing and the Internet of Things to separate the core team from the production base, carry out long-distance process-level refined planting management, and obtain high-quality selenium-enriched vegetables and fruits, which has revolutionary advantages that traditional farming cannot match.
