HPE 48-Outlet PDU

Power reliability and precise cost allocation converge with the HPE 48-Outlet PDU, part of the HPE G2 Metered Power Distribution Unit family. Engineered for rack-level visibility, this metered PDU delivers billing-grade accuracy and networked power monitoring across a dense 48-outlet distribution. Ideal for data centers seeking to maximize circuit capacity, optimize energy use, and implement accurate chargeback in multi-tenant environments, the HPE 48-Outlet PDU combines rugged hardware with smart metering capabilities to keep power under control—and costs clearly accounted for.

• The HPE 48-Outlet PDU provides networked, rack-level power monitoring with metering designed for billing-grade accuracy. This enables real-time visibility into electrical parameters and historical energy usage, helping operators understand where power is being consumed and how it scales over time. By capturing key metrics such as voltage, current, power, and energy, it supports precise capacity planning and chargeback processes for data centers, colocation facilities, and distributed IT environments. With its metered design, organizations can align power costs with actual usage at the rack, reducing billing disputes and improving financial accountability across tenants and departments.
• Dense, scalable 48-outlet distribution designed for compact rack environments. This PDU is purpose-built to support high-density deployments where space is at a premium and efficiency matters. With a robust, rack-mountable form factor, technicians can install the unit quickly in standard 19-inch racks and connect it into the existing power and network infrastructure. The 48 outlets provide ample distribution for servers, storage, networking gear, and other critical IT equipment, while the metered design ensures that every portion of the rack’s loads can be tracked and reported. This combination of density and traceability helps maximize circuit capacity and minimize the risk of over-subscription on critical power circuits.
• Networked power monitoring that integrates with DCIM and billing systems. The HPE 48-Outlet PDU is designed to feed power data into data center infrastructure management (DCIM) platforms and enterprise billing workflows. By centralizing power information in a single, accessible location, operators can monitor, report, and alert on power usage without manual data collection. This capability is particularly valuable in multi-tenant environments or large campuses where consistent, auditable power data is essential for accurate invoicing, energy analytics, and informed decision-making about capacity expansion or workload placement based on electrical headroom.
• Improved reliability through precise measurement and proactive alerting. With billing-grade metering and network access to live data, operators can set thresholds and receive alerts when consumption exceeds planned levels or when anomalies are detected. Early warnings about rising power draw or unexpected usage help prevent outages, reduce downtime, and enable faster fault isolation. The PDU’s accurate data also supports performance benchmarking and energy efficiency initiatives, empowering teams to identify peak-demand periods, implement scheduling strategies, and optimize cooling and airflow around hot spots in the rack.
• Cost-effective governance and energy optimization for data centers and co-location facilities. The HPE 48-Outlet PDU supports clearer chargeback, better capacity planning, and more predictable operating expenses. By providing a dependable source of metered power data at the rack, organizations can negotiate power contracts, optimize tenant allocations, and demonstrate responsible energy stewardship. The combination of dense outlet count, metered accuracy, and network-based visibility makes this PDU a strategic tool for facilities teams aiming to balance performance, energy efficiency, and financial accountability across complex IT ecosystems.

Technical Details of HPE 48-Outlet PDU

• Model: HPE 48-Outlet PDU (G2 Metered PDU family)
• Metering: Billing-grade accuracy with network-based power monitoring
• Outlets: 48 outlets configured for dense rack deployments
• Monitoring scope: Electrical parameters captured for energy management and billing
• Intended use: Data centers, co-location facilities, and enterprise IT environments requiring precise power usage data

how to install HPE 48-Outlet PDU

• Prepare the rack space and confirm compatibility with your 19-inch rack layout. Ensure there is adequate clearance for airflow and easy access to the PDU’s connection points. Verify that your power distribution pathways can accommodate the PDU’s load requirements and that network access is available for remote monitoring.
• Mount the PDU securely in the rack. Align the mounting ears with the rack rails and fasten them with the appropriate screws, ensuring the unit is stable and level. Confirm that the 48 outlets are outward-facing and accessible for cable management, while maintaining convenient clearance for cables and heat dissipation.
• Connect the main power input according to your data center’s electrical configuration. Use correctly rated cabling and connectors to feed the PDU from the appropriate power source. After connecting, perform a careful power-on test to verify that the PDU registers and reports the expected electrical parameters from the rack.
• Configure network connectivity and management settings. Link the PDU to your data center network so that metered power data can be transmitted to your DCIM, BMS, or billing system. Set up access controls, IP addressing, and alert thresholds to ensure secure, reliable monitoring and notification in case of anomalies or threshold breaches.
• Validate metering accuracy and establish reporting workflows. Confirm that the PDU’s measurements align with other power measurement sources in your rack and that dashboards, reports, and chargeback mechanisms reflect the observed usage. Create routine reports for energy consumption trends, peak demand periods, and executive summaries for capacity planning and budgeting.
• Document configuration and establish a maintenance routine. Record serial numbers, firmware levels, and network settings for future reference. Schedule periodic checks to ensure firmware is up to date, metering accuracy remains within expected tolerances, and alerting continues to function as intended.

Frequently asked questions

• Q: What is meant by billing-grade accuracy?

  A: Billing-grade accuracy refers to metering precision suitable for chargeback and invoicing in data center and co-location environments. It means the power data captured by the PDU is reliable and consistent enough to allocate costs to tenants or departments with confidence, reducing disputes and improving financial transparency.

• Q: How many outlets does the PDU provide?

  A: The unit provides 48 outlets, designed to support dense rack deployments where multiple servers, storage devices, and networking gear share a single power distribution point while still enabling granular metering and centralized monitoring.

• Q: Can the PDU integrate with our DCIM or billing systems?

  A: Yes. The HPE G2 Metered PDU family is designed for networked power monitoring that can feed data into DCIM platforms and billing workflows, helping to streamline operations, improve energy analytics, and support accurate chargeback processes.

• Q: What kind of environments is this PDU intended for?

  A: It is intended for data centers, co-location facilities, and enterprise IT environments where rack-level power visibility and accurate usage reporting are important for capacity planning, energy efficiency initiatives, and cost allocation.

• Q: What steps are recommended after installation?

  A: After installation, verify network connectivity, confirm metering data accuracy against other measurement sources, set alert thresholds for abnormal power usage, and generate regular reports to support capacity planning and chargeback processes. Periodically update firmware and revalidate data integrity to maintain long-term reliability.