#China #XCMG #Xuzhou #Heavy Lifting #Ring Crane

XCMG Unveils an Engineering Marvel: The World’s First 14,000-Ton Ring Crane

XUZHOU, China – On August 28, 2026, XCMG made a groundbreaking announcement that is set to reshape the landscape of heavy lifting. The company introduced the first unit of the world’s first 14,000-ton ring crane, a feat achieved in collaboration with Sinopec Heavy Lifting and Transportation Co., Ltd. This remarkable crane transcends existing capabilities, marking a transformative leap in ultra-heavy lifting technology.

The Feat of Engineering

This revolutionary crane features an innovative modular configuration that includes two main units working together. The first unit has already completed its final assembly and can commence lifting operations independently. Upon completion and integration of both units, the crane will achieve a staggering maximum lifting capacity of 14,000 tons with an unparalleled lifting moment of 700,000 ton-meters. These specifications pave the way for setting industry standards, promising advancements that go beyond mere incremental improvements.

Yang Dongsheng, the chairman of XCMG Group, emphasized the significance of this project, stating, “Our partnership with Sinopec has fostered a groundbreaking model that integrates research, development, manufacturing, and practical application, establishing a benchmark in independent innovation.”

Innovations That Drive Efficiency

Central to the crane's design is a pioneering electric direct-drive system. This system converts electric power into motion, resulting in energy savings exceeding 30%, enhanced operational efficiency by approximately 20%, and significant reductions in fuel costs and carbon emissions. The development of such efficient machinery reflects the growing need for sustainable practices in construction.

As global energy projects become progressively larger and more modular, the demand for ultra-heavy lifting equipment evolves. The introduction of the 14,000-ton ring crane represents a substantial shift toward the increasing reliance on high-end lifting equipment developed in China, particularly for nuclear power construction. Its versatility allows it to serve various types of projects, including conventional energy, nuclear power, and offshore wind initiatives.

For conventional energy, the crane can lift massive towers and vessels as single units, minimizing the risks associated with sectional lifting and simplifying pressure testing and assembly operations. In nuclear power construction, it showcases a world-first capability, using a single crane position with one boom configuration to manage plant modules and essential equipment for two nuclear islands.

Moreover, the crane’s high lifting capacity and height create opportunities for installing larger-capacity turbines in offshore wind applications. Yang Dongsheng noted, “XCMG will continue to lead the charge in developing ultra-large engineering equipment and provide innovative, reliable solutions for diverse engineering applications, ensuring clients around the globe enjoy safer, more efficient, and energy-saving construction solutions.”

In summary, XCMG’s introduction of the 14,000-ton ring crane stands as a pivotal milestone in the heavy lifting industry. It epitomizes the blend of advanced engineering, sustainable practices, and the vision for the future of construction. As XCMG forges ahead in this promising domain, the implications for the industry are profound, promising a new era of capabilities in heavy lifting.