GOTTOGPOWER Micro Modular Data Center for Aikang Medical Center in Beijing, China

With the rapid development of healthcare informatization, hospital operations have become increasingly dependent on stable and continuously operating data center systems. Critical services including patient data management, medical imaging diagnosis, emergency response systems, and hospital information platforms all require 24/7 uninterrupted operation.

However, the original IT infrastructure environment gradually exposed limitations in scalability, environmental stability, and centralized management capability. As medical data volumes increased rapidly, the density of servers and storage systems also continued to rise, placing significantly higher demands on power continuity, cooling efficiency, and real-time infrastructure monitoring capability.

At the same time, traditional server room construction methods presented several operational challenges, including long deployment cycles, complex maintenance procedures, and limited space utilization efficiency. These limitations were no longer sufficient to support the growing requirements of modern smart hospital development.

To address these challenges, the medical center decided to upgrade its existing server room environment and establish a more compact, intelligent, and modular data center infrastructure platform capable of supporting long-term smart healthcare development.

During the planning phase, the customer proposed several critical infrastructure requirements focused on business continuity, operational reliability, and intelligent management capability.

First, the hospital’s core business systems required extremely high power reliability. Whether for electronic medical records, medical imaging systems, outpatient platforms, or clinical management systems, any power interruption or system downtime could directly affect medical operations and patient service continuity.

Second, because the available server room space inside the hospital was limited, the infrastructure solution needed to achieve a highly integrated design capable of consolidating power distribution, cooling, monitoring, and cabinet systems within a compact deployment footprint while still supporting future business expansion.

Third, the hospital data center required highly stable environmental control conditions. Servers, storage systems, and networking equipment needed to operate continuously within precise temperature and humidity ranges to ensure long-term reliability of healthcare information systems.

In addition, the customer wanted to establish a highly visualized and intelligent management platform capable of providing real-time infrastructure visibility, improving operational response efficiency, and reducing manual inspection workload.

The hospital also required centralized monitoring capability for UPS systems, batteries, cooling systems, and environmental conditions in order to improve overall infrastructure management efficiency and early risk warning capability.