The Leibniz Supercomputing Centre (LRZ) is a major high‑performance computing facility that provides computing power for scientific and academic research. LRZ collaborates with Lenovo to run an energy‑efficient supercomputer that supports a wide range of data‑intensive projects. By using Lenovo technology as the backbone of its infrastructure, LRZ can offer researchers reliable, high‑performance computing resources while keeping energy use under control.

Lenovo’s Neptune liquid cooling technology helps LRZ reimagine how it manages power and cooling in its supercomputer environment. Instead of relying only on traditional air cooling, Neptune uses liquid cooling to remove heat more directly and efficiently from the system. This approach reduces overall energy consumption for cooling and helps LRZ maintain stable performance under heavy scientific workloads. The result is an energy‑efficient supercomputer that can support demanding research while helping to control operating costs and environmental impact.

LRZ’s Lenovo‑powered supercomputer is designed to support a broad spectrum of scientific research that depends on high‑performance computing. This includes areas such as simulations, data analytics, and modeling work that require large‑scale processing power. By combining Lenovo’s infrastructure with Neptune liquid cooling, LRZ can provide researchers with the compute capacity they need to explore complex questions, test new ideas, and rethink how they approach data‑driven science, all while keeping energy efficiency in focus.