Amphenol Network Solutions Introduces Intelligent DC Power Panel for Data Centers and Telecom Networks

Amphenol Network Solutions has introduced the nrgILS, a DC power panel designed to bring automation and real-time visibility to power distribution in telecom networks, data centers, and edge environments.

Unlike conventional DC panels that focus solely on power distribution, the nrgILS platform incorporates “automated decision-making”. The system monitors current and voltage data in real-time and can respond immediately to network issues, including resetting unresponsive equipment, shedding non-critical loads when backup power is being used, and sequencing recovery to lower inrush current.

According to the company, “These capabilities give operators smarter, more responsive power management without requiring hands-on site intervention.”

Automated power management and circuit-level control

The nrgILS platform extends Amphenol’s nrgSMART system with additional automation and control features aimed at improving uptime and energy efficiency. Key capabilities include:

• Remote recovery: Auto-ping device resets allow operators to restore unresponsive devices without requiring on-site technicians
• Battery optimization: Intelligent load shedding prioritizes critical systems during outages to extend backup battery uptime
• Energy management: Scheduled on and off cycling helps reduce energy usage and cost during low-demand periods
• Cascading failure prevntion: Amperage-based protection can shut down suspect circuits to prevent cascading failures
• Controlled restart: Sequenced power-up helps reduce inrush current during system recovery preventing overload

All circuit activity is logged, providing a record of power events to support troubleshooting.

High-density DC power in a 1RU footprint

The nrgILS panel is designed for high-density deployments, supporting dual A/B feeds with continuous current ratings up to 325 amps per feed. The system can meet the high-power needs of network devices with its 16 output circuits, each capable of handling higher-amperage loads “while maintaining efficient use of rack space and clear control over how power is allocated and protected.”

The platform is built for integration with existing network monitoring systems and supports secure remote access. Manual hardware lockouts are also included for circuits that must remain continuously powered, providing safeguards in critical environments.