Enhancing the Effectiveness of Data Centers
Greener Techniques for Increased Efficiency
Customers frequently inquire about enhancing data center efficiency. The drive towards energy-efficient data centers extends beyond merely cutting energy consumption. It aims at minimizing waste, boosting reliability, and reducing costs. Consider implementing these innovative methods to enhance data center efficiency:
Real-Time Insights via Data Center Infrastructure Management
Data Center Infrastructure Management (DCIM) should be understood as an ongoing process rather than a specific tool or goal. Success in data centers hinges on the ability to monitor, manage, and measure resources with a seamless, real-time solution.
Facilitating collaboration between facilities management and IT personnel is essential. Furthermore, DCIM software aids administrators in overseeing energy sensors and hardware while evaluating power usage effectiveness (PUE) and cooling efficiency. The software ensures your data center operates optimally.
DCIM also elevates virtualization—allowing you to “virtualize” power, cooling, and space, optimizing use and significantly enhancing energy efficiency.
Leveraging Economizers for Lower Cooling Costs
Beyond process development and monitoring tool utilization, selecting appropriate technology is vital for data center efficiency. Cooling, which accounts for nearly 40 percent of data center energy usage, is central to achieving energy and cost savings. Modern thermal management systems provide substantial savings by employing economizers to minimize cooling expenses.
Economizer technologies use ambient air, water, or pumped refrigerant to diminish or eliminate mechanical cooling in data centers. These systems can achieve energy savings up to 50% compared to traditional setups. Direct economizers introduce outdoor air into the data center, while indirect ones dissipate heat externally.
Types of Indirect Economizers:
- Pumped refrigerant systems
- Air to air heat exchangers
- Dry coolers on chilled water systems
The Liebert DSE Free Cooling System employs a direct-expansion (DX) unit with an integrated pumped refrigerant economizer, maximizing annual energy savings and enhancing availability without needing separate economization coils. In colder conditions, the refrigerant pump circulates refrigerant instead of the compressor, conserving energy. Installation ease significantly lowers the TCO (Total Cost of Ownership) of pumped refrigerant systems.
Designing Data Centers for Green Efficiency
Adopting a green data center design fulfills IT requirements for speed, availability, and efficiency. With technology edging closer to users, adaptability in data center deployment is crucial—be it within a container, through a modular strategy, or as a localized micro data center.
Modular data centers, made up of pre-fabricated units, can be set up much faster than traditional facilities. These modules encompass essential elements like IT infrastructure, power, cooling, fire protection, and access control.
In small IT spaces such as branch offices, containers, or closets, high availability for critical tasks, efficient functioning, and swift implementation are vital. Integrated options like Vertiv’s SmartRow, which combine critical components, appeal as a solution. The SmartRow system reduces energy consumption by up to 27% over traditional data center designs.
Data Center efficiency projects vary widely. As your trusted Vertiv business partner, JG Blackmon & Associates offers data center evaluations, cutting-edge products, and expertise to save your business both time and resources. Reach out to us today to initiate your journey.
Frequently Asked Questions on Data Center Efficiency
What role does DCIM software play in data center efficiency?
DCIM software is crucial as it provides real-time monitoring and management of data center assets, aiding in energy usage analysis and optimizing operational performance.
How do economizers contribute to lower cooling costs in data centers?
Economizers utilize external air, water, or refrigerant to reduce or eliminate mechanical cooling, leading to energy savings of up to 50% compared to traditional systems.