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The Source for Current Events around the Power Monitoring and Management

Somewhere in your facility, a power meter is reporting a power factor of 1.42. That’s not just a bad reading; it’s a sign of deeper issues within your Electrical Power Monitoring System (EPMS). Despite the investment in technology, many organizations find their EPMS feels more like a burden than an asset. The culprit? Bad data. From misconfigured meters to communication failures, these common pitfalls can lead to costly mistakes in energy management. Discover how to identify and rectify these issues, transforming your EPMS into a reliable tool that supports your operational and financial goals.
The AI Data Center Energy Performance Framework from ASHRAE is a pivotal tool for facilities teams managing data center infrastructure. With electricity demand from data centers expected to surge by 17% in 2025 and double by 2030, a comprehensive energy management approach is vital. This framework combines thermal management, electrical systems, and best practices to address the complete lifecycle of energy management. As demands for accountability grow, implementing this framework is crucial for compliance and sustainability. Learn how to tackle these challenges effectively.
For decades, annual infrared thermography inspections were merely a best practice — but as of January 1, 2023, they are now a mandatory requirement under NFPA 70B. With the stakes higher than ever, facilities teams face challenges like scheduling around load requirements and managing safety concerns during energized work. Fortunately, there’s a better way. APT’s SwitchMon® solution offers continuous, automated monitoring of electrical systems, providing real-time visibility and proactive alerts for developing faults. Discover how this innovative approach not only ensures compliance but also enhances operational efficiency and reduces risks. Ready to transform your compliance strategy?
Sub-synchronous oscillation (SSO) is quickly becoming one of the most important and least understood power risks for AI-era data centers. This starter article steps into the theory behind SSO and why it matters, with the goal of giving you enough grounding to recognize the issue and ask better questions. Over the next few weeks, we will keep returning to this topic and dig deeper into the engineering side, from real data center examples to how monitoring, analytics, and design choices can keep these oscillations from turning into outages.
The 2023 NFPA 70B update, now makes mandatory annual infrared (IR) thermography inspections, impacting OSHA compliance, insurance liability, and a number of other compliance factors. Learn how alternatives exist to manual scanning – enable continuous monitoring systems to replace costly on-site scans, turning your compliance strategy into a proactive reliability asset. Don’t let outdated practices hinder your facility; stay ahead of potential failures and enhance operational efficiency.
Winter Storm Fern devastated Nashville from January 23–26, 2026, leaving 230,000 customers without power and significantly impacting local businesses. The storm highlighted vulnerabilities in energy management as travel was paralyzed and operations were disrupted. The closure of businesses impacted retail, hospitality, and manufacturing sectors. Learn how this event underscored the need for resilience planning and proactive energy management strategies to safeguard against future disruptions.
When polar air arrives, electrical resilience becomes crucial. Cities like Chicago and Toronto face extreme winter conditions, increasing the risk of power outages. At Applied Power Technologies (APT), we believe preparation is vital. Our ESSENTIAL PLUS+ service program offers proactive maintenance and real-time monitoring to keep your systems prepared. Don’t wait for an outage—discover how APT can help you strengthen your winter resilience strategy and maintain critical operations.
When the lights flickered off in New Orleans on May 25, 2025, it was a wake-up call for businesses reliant on a stable power grid. This crisis highlighted the urgent need for proactive energy management strategies. Organizations that fared better had robust, data-driven plans in place, allowing them to respond swiftly and minimize losses. As grid instability becomes increasingly common, investing in preventative maintenance, continuous monitoring, and tailored response protocols is essential. Don’t let the next blackout expose your vulnerabilities—discover how to future-proof your operations and ensure resilience in the face of uncertainty.
The artificial intelligence revolution is reshaping power management, creating unprecedented challenges for traditional energy systems. As AI workloads surge, data centers are projected to consume more electricity than entire industries combined, demanding innovative energy solutions. With unpredictable power spikes and complex cooling requirements, organizations need specialized energy management partners who understand the unique demands of AI infrastructure. Discover how tailored energy consulting can optimize your AI operations, ensuring reliability and sustainability in an ever-evolving landscape. Ready to transform your power management strategy? Dive into the future of AI-driven energy consulting and learn how to navigate these challenges effectively.

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