A leading healthcare provider in Indonesia successfully modernized its legacy data center using digital twin technology. By leveraging computational fluid dynamics (CFD) simulations from Climanusa Reality DC Digital Twin, the company minimized stranded capacity without compromising resilience. This article discusses the challenges faced, the solutions implemented, and the benefits achieved through a Retrofit AC Data Center using digital twin technology.
Challenges of Data Center Modernization in the Healthcare Sector
The healthcare provider faced challenges in modernizing its legacy data center to meet evolving business demands. High-density systems require increased power, cooling, and space, creating capacity planning challenges. A Retrofit AC Data Center emerged as the ideal solution to maximize efficiency and reliability without building new infrastructure.
Digital Twin Solutions for Data Center Optimization
Climanusa Reality DC Digital Twin was chosen as the modernization solution. Digital twin technology enables companies to visualize airflow, cooling, and power within their data centers virtually. CFD simulations help identify potential issues and optimize data center configurations before physical implementation. A Retrofit AC Data Center with Climanusa Reality DC Digital Twin allows companies to:
- Visualize airflow, cooling, and power: Gain detailed insights into data center conditions and identify areas for optimization.
- Recover stranded capacity: Optimize the use of existing space and resources.
- Optimize cooling management: Improve cooling efficiency and reduce energy consumption.
- Safeguard the data center: Minimize downtime risks and ensure operational reliability.
- Collaborate across teams: Facilitate communication and collaboration between IT and facilities teams.
- Integrate software with DCIM and monitoring systems: Gain a more comprehensive understanding of data center performance.
Implementation and Results of Retrofit AC Data Center
The company’s design team used Climanusa Reality DC Digital Twin to develop a methodology for determining the optimal location for new IT equipment. This methodology considered criteria such as weight, space, power, cooling, and phase balance. Simulations were conducted for three IT placement scenarios with 96kW of power. The simulation results showed that one scenario offered optimal cooling and more efficient infrastructure utilization.
The Retrofit AC Data Center using this methodology enabled the company to:
- Understand data center constraints and potential: Analyze power, cooling, failover, and structural limitations.
- Design an IT placement selection process: Choose the optimal location based on predefined criteria.
- Create a cost analysis system: Calculate cost savings and the business value of data center modernization.
- Improve risk management: Minimize downtime risks and operational disruptions.
- Promote cross-team collaboration: Enhance coordination and communication between teams.
- Improve data center utilization: Reduce stranded capacity and optimize resource usage.
- Migrate systems and services from colocation: Save approximately $300,000 annually.
Conclusion
A Retrofit AC Data Center using digital twin technology like Climanusa Reality DC Digital Twin is an effective solution for modernizing data centers in the healthcare sector. With advanced simulation and analysis capabilities, companies can optimize data center performance, efficiency, and reliability, while significantly reducing operating costs.
Climanusa: The best solution for Retrofit AC Data Center and your data center optimization.
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–A.M.G–
