## SANY Marine’s H-Move2.0 Revolutionizes Tianjin Port with Automated Tire Cranes: A Leap Towards Green & Intelligent Ports
SANY Marine, a subsidiary of SANY Group specializing in port machinery, has achieved a significant milestone in the automation of tire cranes at Tianjin Port with its innovative H-Move2.0 intelligent system. This groundbreaking technology has taken port efficiency to new heights, enabling tire cranes to achieve an impressive 20 moves per hour, setting a new benchmark for environmentally friendly, digital, and intelligent port development.
A Bold Step Towards Sustainable Ports in a Changing World
As the world prepares for the COP29 climate conference and the manufacturing industry grapples with achieving net-zero emissions, SANY is at the forefront of industrial transformation, actively pursuing carbon emission reduction goals. SANY Marine is committed to leading the charge in logistics equipment technology, providing electric, intelligent, unmanned, and integrated solutions for smart ports. Their mission is to drive the ecological transformation of the global port machinery industry.
Addressing Industry Challenges with Cutting-Edge Technology
Facing challenges like energy conservation, carbon emission reduction, intelligent technology development, vibration and torsion resistance, and workforce shortages, SANY Marine’s intelligent port solutions have emerged as a game-changer. Their real-time vibration and torsion control technology ensures automated and safe operation, surpassing the efficiency of traditional manual methods.
Harnessing the Power of Digital Twins for Enhanced Efficiency
SANY Marine’s system leverages digital twin technology to predict and simulate container trajectories and positions. This enables the system to incorporate spreader guidance actions into its core technical functions, delivering exceptional results. While traditional tire crane automation achieves around 15-16 cycles per hour, the new version integrated with GPS, AI-assisted visualization, and 3D scanning display technology significantly enhances signal reliability. After four months of trial operation, machine no. 45 achieved an impressive 20 cycles per hour in automated operations, surpassing the efficiency of manual operations for the first time in the industry.
Transforming Port Operations for Increased Efficiency and Sustainability
By predicting and simulating container trajectory and position, the system integrates spreader guidance actions, leading to remarkable results. This innovative technology has resulted in a significant improvement in the efficiency of automated tire cranes. The rate of abnormal interventions in the newly upgraded system is only 2.78%, and the operational ratio stands at 1:6, meaning one operator can control up to six RTG cranes simultaneously.
Leading the Way Towards a Sustainable Future
Cheng Shidong, Director of the Urban Transport Center at the National Development and Reform Commission’s Institute of Comprehensive Transportation, highlights the potential for modernizing transportation machinery and related equipment, emphasizing their ability to optimize resource utilization and promote low-carbon and ecological development. SANY Marine’s commitment to sustainable practices is evident in their pursuit of green and low-carbon transformation of the traditional construction machinery industry. As a driving force behind innovation, SANY is dedicated to accelerating its low-carbon strategy and achieving its ecological development goals.
This revolutionary technology from SANY Marine is a testament to their unwavering commitment to sustainability and innovation. By pushing the boundaries of port automation, SANY Marine is leading the way towards a future of efficient, eco-friendly, and intelligent ports.
