Greenhouses Go High - Tech: Cultivating a Bountiful Future with Precision

Technological innovation: precise environmental control, double improvement of yield and quality
The smart greenhouse relies on digital twin systems, sensor networks and intelligent control platforms to monitor and adjust parameters such as temperature, humidity, light, water and fertilizer in real time to create the best growth environment for crops. Our company Shandong Tianli tianliagriculture Smart Greenhouse collects 300,000 data every day through 246 sensors and 234 controllers to ensure the standardization of tomato growth throughout the process, with an output of more than 40,000 catties per mu, which is 6-8 times that of traditional greenhouses48. And the introduction of the "Smart Small Farmer" management and control system to achieve automatic irrigation of water and fertilizer, tomato yield increased by more than 16%, and the taste was better, with a repurchase rate of 50%7. In addition, the application of innovative materials such as ultra-white anti-reflective shadowless glass (transmittance 91.5%) further optimized lighting conditions4.

Efficient management: from "human control" to "intelligent control", significant cost reduction and efficiency improvement
The smart greenhouse greatly reduces dependence on manpower and improves efficiency through robot inspections, automated picking and transportation equipment. The Qingdao Laixi base uses transport robots and robotic arms for packaging, with only one-sixth of the labor of traditional greenhouses, and a more comfortable working environment.

Social benefits: Helping rural revitalization and promoting green transformation
Smart greenhouses not only improve economic benefits, but also empower rural development through popular science education and agricultural tourism integration. In addition, soilless cultivation and water-fertilizer integration technologies reduce land burdens and promote the green revolution in agriculture.

Future Outlook: Intelligentization is accelerating, and agriculture is moving towards "industrial-grade" standards
At present, smart greenhouses are moving towards a higher degree of automation, such as the research and development and application of harvesting robots and intelligent inspection equipment. Our company is committed to further integrating artificial intelligence big models into agriculture, realizing standardized management of the entire process, and providing a new path for global food security and sustainable development. Smart agriculture is becoming the core driving force for high-quality development.