The first national major scientific and technological infrastructure in the field of earthquake engineering -- large scale earthquake engineering simulation research facility was established in Tianjin University. The large scientific facility has become the world's largest and most powerful seismic simulation research facility for major engineering, which is of great significance to ensure the safety of major engineering such as civil engineering, water conservancy, marine engineering and transportation. It is conducive to the shift from reducing the loss of earthquake disasters to reducing the risk of earthquake disasters, and improving comprehensive preparedness against natural disasters. With a total investment of more than 1.5 billion yuan, the facility is also the first major national science and technology infrastructure built in Tianjin to date.

The National Earthquake engineering Simulation Research Facility is located in the brand-new Beiyangyuan campus of Tianjin University, with a total construction area of 77,000 square meters and a total investment of more than 1.5 billion yuan. The construction of the facility mainly includes three systems: earthquake engineering simulation test system, high performance computing and intelligent simulation system, test matching and sharing system; The construction of this system involves many fields and multi-disciplines. The construction of large-scale earthquake engineering simulation research facilities is expected to make an important contribution to the progress of Chinese engineering science and technology, and play an important role in ensuring the safety of high-rise buildings, cross-sea Bridges, large-scale water conservancy and Water Resources and Hydropower Engineering projects, ultra-long tunnels, submarine pipelines, offshore wind power, offshore platforms, large-scale nuclear power and other major projects.

The company provides the key modular and efficient cooling system for the National University of Tianjin, contributing to the accurate and stable operation of the earthquake engineering simulation system.