In response to the national strategic need to "win the battle for seed industry revitalization" and ensure food and seed security, the National Biological Breeding Industry Innovation Center was established and located in Xinxiang, Henan Province. As a national-level high-end breeding platform, it shoulders the mission of solving breeding challenges, accelerating the breeding process, and ensuring food security. It is dedicated to building domestically specialized and precise scientific research greenhouses, providing a cutting-edge platform for biological breeding.

As an expert in greenhouse "turnkey" projects, Ruixue Global has successively constructed the Phase I and Phase II core greenhouse projects for this center. The two phases together establish a standardized, large-scale, professional, market-oriented, talent-driven, and brand-building breeding trial platform. They comprehensively support key scientific research tasks such as breeding experiments, phenotypic identification, and pathological research, providing a solid facility foundation and innovative vehicle for China's self-reliance and strength in seed technology.

As the first operational negative-pressure sterilization intelligent research greenhouse built domestically, the successful implementation of the Phase I project accumulated systematic technical and management experience for Ruixue Global in the integrated construction of high-end agricultural facilities. It also laid a stable and solid foundation for the smooth advancement of the Phase II project.

With the core goals of "intelligent breeding, precise breeding, and accelerated breeding," the Phase II modern intelligent research greenhouse project covers an area of 18,000 square meters. It involves multiple high-end manufacturing fields such as precision manufacturing, new materials, and digital-intelligent technologies. This project marks a new leap in China's equipment level for biological breeding research facilities, placing it among the internationally leading ranks. It witnesses the transformation journey from a large agricultural country to a strong agricultural power, providing "Made in China" intelligent, controllable, eco-friendly, and sustainable software and hardware technology guarantees for national food security and the research and development of crop germplasm resources.

Intelligent Environmental Control System Empowers Precise Research

● 16 independent isolation units, each capable of independent and precise control over growth factors such as temperature, humidity, light, CO?, and water/fertilizer, meeting the customized growth needs of different crops at different stages;

● Integrated intelligent environmental control and real-time monitoring system, supporting remote dynamic intervention, enhancing research efficiency and data reliability;

● Incorporates multi-dimensional environmental systems including heating, cooling, and supplementary lighting, ensuring a consistently stable environment throughout the breeding process.

Multiple planting models

Professional Construction Methods Achieve Complex System Integration

● Facing challenges such as complex research greenhouse system integration, cross-trade operations, and dense pipeline layouts, the project team leveraged mature cross-system collaborative construction capabilities. They coordinated over ten subsystems including water/fertilizer irrigation, three-dimensional heating systems, and rainwater recycling, achieving precise underground pipeline pre-embedding and seamless equipment integration. Systematic craftsmanship ensures the overall facility performance and reliability.

Multi-system collaboration

Leveraging its professional project team and profound expertise in the field of intelligent research greenhouses, Ruixue Global has successfully assisted the National Biological Breeding Industry Innovation Center in constructing a breeding research platform of internationally leading standard. The full operation of this platform will significantly enhance China's R&D capabilities in cutting-edge fields such as molecular design breeding, gene editing, and phenomics. It will provide core facility support for breaking through key technological bottlenecks in the seed industry and achieving seed source self-sufficiency and control, thereby powerfully underpinning China's agricultural modernization and food security strategies.