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Centralized paralleling systems deliver redundancy, scalability, and high-integrity control for mission critical power.
Russelectric, A Siemens Business, delivers centralized paralleling systems for applications like data centers that require maximum control precision, system resilience, and operational visibility.
Unlike onboard paralleling, where synchronization and control components are mounted directly on or near each generator, centralized architectures consolidate all control functionality in a dedicated switchgear environment. This approach enables hot-standby PLCs, manual backup control, discrete analog metering, and detailed event logging.
Centralized systems provide superior redundancy and scalability, allowing operators to monitor and manage all generators from a clean, climate-controlled location away from engine rooms that are often harsh, hot, and contaminated by diesel particulates. Real-time synchronization logic, configured for tighter parameters and faster resolution, reduces mechanical stress on generator breakers and improves performance during complex transitions or load variations.
In contrast, onboard solutions, though suitable for small-scale, non-critical systems, can lack necessary redundancy and manual control capabilities, often relying on proprietary vendor logic and shared communications between generator controllers. This can hinder troubleshooting, limit customization, and complicate system expansion, particularly when integrating generators from multiple manufacturers.
Russelectric’s centralized control solutions are available for both low and medium voltage applications and built to robust industry standards, including UL 1558 and DLAH listings. Their systems incorporate dual PLC architectures, discrete analog controls, and programmable load demand functions, ensuring unmatched reliability and flexibility across all project types.
Whether powering an advanced healthcare facility or a large data center, Russelectric’s centralized power control systems offer future-ready infrastructure for organizations that cannot afford downtime.
More information about centralized paralleling systems from Russelectric
Power Control Brouchure