• • • COVER STORY • • • Enhanced Energy Efficiency with
Modular and Intelligent Design Another key innovation in UPS systems is modularity. Modern UPS solutions are often designed with hot-swappable, modular components that allow for easier maintenance and scalability. This design feature helps minimize downtime, as individual UPS units can be replaced or upgraded without impacting overall system availability. Panduit’s UPS systems are a prime example of this modular approach, offering solutions ranging from 1-3 kVA for small-scale applications to 10-20 kVA three-phase systems for larger installations . These systems provide flexibility for both data centres and enterprises, allowing IT teams to adapt their power protection strategy as their infrastructure evolves.
The Role of Intelligent Battery
Management and Monitoring Advances in UPS technology have also led to the integration of intelligent battery management systems, which enhance both performance and reliability. These systems continuously monitor battery health, environmental conditions, and energy usage to ensure the UPS operates at peak efficiency. For example, in today’s environment where data is an essential element in business continuation, you need UPS’s that incorporate intelligent monitoring and network management capabilities, allowing for real-time insights into system performance and alerts for potential failures.
Moreover, increasingly UPS solutions are designed to integrate seamlessly with cloud-based management platforms like DCIMs, digital infrastructure management software, which enables remote monitoring, management, and control of power, environmental factors, security, and connectivity across the data centre. This integration helps reduce the risk of costly outages by allowing IT teams to proactively and from any location manage their power infrastructure .
Sustainability and Compliance
in Modern UPS Solutions With increasing emphasis on sustainability, modern UPS systems must also meet strict energy efficiency and environmental standards. UPS systems must comply with ENERGY STAR® 2.0, EMC, and various global and regional safety standards, ensuring they meet both regulatory requirements and customer demands for greener, more sustainable infrastructure . Additionally, the transition to lithium-ion batteries plays a role in improving sustainability, as these batteries last longer and require less frequent replacement, reducing the environmental impact of battery disposal.
Future-Proofing IT
Infrastructure with UPS As technology continues to evolve, data centres and enterprises must prioritize future-proofing their power protection strategies. The constant growth in IT equipment density, the rising demand
for edge computing, and the increasing importance of sustainability are all factors driving the need for more advanced UPS systems. Panduit’s commitment to innovation is reflected in its continued development of UPS systems that combine high-efficiency power protection, longer battery life, and intelligent monitoring capabilities. With a wide range of UPS devices, customers can choose from a solutions tailored to their specific needs, ensuring their IT infrastructure remains resilient in the face of future challenges .
Conclusion In today’s fast-paced, always-on business environment, the importance of reliable power cannot be overstated. UPS systems are no longer just backup solutions—they are vital components of any comprehensive power management strategy. From data centres, enterprise environments, industrial and edge computing sites, the need for reliable, scalable, and intelligent UPS systems is paramount. Panduit’s UPS solutions exemplify the next generation of power protection, offering superior performance, enhanced connectivity, and modular flexibility. By embracing innovations such as lithium-ion batteries, cloud-based monitoring, and modular design, these solutions are helping businesses safeguard their critical IT infrastructure and maintain uninterrupted operations .
www.panduit.com/ups
electricalengineeringmagazine.co.uk
ELECTRICAL ENGINEERING • OCTOBER 2024 9
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