Inspur's high-performance computing cluster consists of 1 management node, 1 user login node, 32TB of disk storage and 3 computing nodes. The computing nodes have a total of 576 CPU cores. The management network is interconnected through Gigabit Ethernet, computing data is transmitted through Gigabit Ethernet switches, and it supports 24 SFP+10G/G adaptive optical ports, and 2 QSFP28 100G/40G adaptive ports, which can realize Link aggregation between multiple devices supports and optimizes specific functions by switching the system resources of the switch, meets the system resource needs of users in different scenarios, and makes maximum use of TCAM resources.
Used for combustion simulation and of industrial kilns, boilers and other equipment: clean combustion of pulverized coal mixed with hydrogen/ammonia gas solid two-phase flow, Porous media combustion of natural gas mixed with hydrogen/ammonia, coupled heat transfer between flame and heating medium, etc.
The laboratory is committed to being rooted in Foshan, radiating across Guangdong, serving the nation, and embracing a global perspective. Focusing on new energy and new materials such as hydrogen energy and fuel cells, it strives to establish itself as a national hub in the fields of hydrogen energy and new materials, encompassing five key centers: a technology R&D center, a technology transfer and dissemination center, a high-end talent hub and international exchange platform, a university student innovation and entrepreneurship center, and a high-tech enterprise incubator. Through these efforts, it aims to support and drive the high-quality economic development of the Greater Bay Area.
Yu Wang （Academic/Technical Exchange）Email: yu.wang@whut.edu.cn
Congwen Gong（Business Cooperation）Tel: +86-18123541012 Email: 2696530602@qq.com
Address：South Zone, Foshan Xianhu Laboratory, Daxing Avenue, Nanhai District, Foshan City, China
