APC Galaxy VS 100kVA Tower UPS

Meet the APC by Schneider Electric Galaxy VS 100kVA Tower UPS, a high-efficiency, modular 3-phase power protection solution designed for edge deployments, small data centers, and growing business-critical environments. Galaxy VS combines compact tower form with scalable capacity, delivering robust protection for servers, storage, networking gear, and other IT workloads while simplifying deployment and ongoing maintenance. Built for reliability and operational efficiency, this UPS helps you maximize uptime, minimize energy use, and reduce total cost of ownership with flexible voltage configurations, hot-swappable modules, and intelligent monitoring that keeps critical systems protected around the clock.

• Highly efficient 3-phase UPS designed to protect sensitive IT equipment with precise voltage regulation, fast transient response, and reliable backup during outages—supporting uptime for mission-critical applications.
• Modular architecture with hot-swappable power modules and scalable runtime, enabling seamless capacity expansion and easier maintenance without system downtime.
• Flexible voltage options for diverse data center topology: configurable for 208 V, 400 V, and 480 V three-phase systems to fit regional electrical standards and existing infrastructure.
• Tower form factor optimized for edge locations, small data centers, and IT rooms with limited footprint—easy to deploy, quiet in operation, and simple to service.
• Integrated management and remote monitoring through EcoStruxure IT-ready interfaces, enabling proactive maintenance, real-time alarms, and data-driven optimization of power reliability.

Technical Details of APC by Schneider Electric Galaxy VS 100kVA Tower UPS

• Model: Galaxy VS 100kVA Tower UPS
• Power rating: 100 kVA
• Power range (configurable by voltage): 20–100 kW at 480 V; 10–150 kW at 400 V; 10–50 kW at 208 V
• Configuration: 3-phase input and 3-phase output, designed for modular, scalable operation
• Form factor: Tower UPS with modular, hot-swappable power modules for simplified maintenance and expansion
• Efficiency: High-efficiency performance with energy-saving options to reduce operating costs and energy consumption
• Battery system: Rechargeable battery modules with options for modular battery runtimes and hot-swappable batteries
• Monitoring and management: EcoStruxure IT-ready with standard communication interfaces for remote monitoring, alarms, and analytics
• Compliance and safety: Built to meet global safety and environmental standards, with robust protection for connected IT loads

How to install APC Galaxy VS 100kVA Tower UPS

• Site preparation: Choose a solid, level floor with adequate headroom, ventilation, and access for maintenance. Confirm floor load capacity and ensure the installation area is free from dust and obstruction. Prepare sufficient space around the UPS for service and cooling, and plan cable routing to minimize run length and maximize efficiency.
• Unpack and inspect: Open the container, verify all components against the packing list, and inspect for any shipping damage. Remove protective packaging carefully and handle modules with care to avoid impact to delicate electronics.
• Position and secure: Place the tower UPS in the designated location, align it to maintain proper clearance for intake and exhaust air, and secure the unit to the floor if required by the installation site. Ensure nearby cabinets or equipment do not restrict airflow or maintenance access.
• Install power modules and battery: If your configuration includes modular power modules and a separate battery cabinet, install these components per the vendor’s instructions. Connect battery modules to the UPS using the supplied interconnect cables, ensuring correct polarity and secure connections. Allow batteries to reach an initial state of charge before applying full load.
• Electrical connections: Route input power cables from the main distribution or generator source to the UPS input, and connect the UPS output to the critical IT load, following all local electrical codes. Install appropriate overcurrent protection and grounding conductors as required.
• Configuration and commissioning: Power up the unit and perform the built-in self-test. Use the LCD interface to configure voltage options, language, and alert thresholds. Establish network or SNMP monitoring if needed, and enable a basic test run to validate protection, transfer times, and battery operation.
• Runtime planning and validation: Assess expected runtime with the chosen battery configuration by simulating a load step and confirming seamless transfer to the battery during a simulated outage. Document the results and adjust monitoring alerts to reflect critical thresholds for uptime.
• Documentation and maintenance planning: Record serial numbers, firmware revisions, and configuration settings. Schedule regular firmware updates, battery health checks, and periodic self-tests per your organization’s maintenance policy to ensure long-term reliability.

Frequently asked questions

• What is the Galaxy VS 100kVA Tower UPS best suited for? It is designed for edge deployments, small to mid-size data centers, and business-critical applications that require reliable power protection, modular growth, and efficient operation in a compact tower form factor.
• What voltage configurations are supported? The Galaxy VS supports multiple three-phase configurations, including 208 V, 400 V, and 480 V, to align with regional electrical standards and ease integration with existing infrastructure.
• Can I expand capacity without replacing the entire system? Yes. The Galaxy VS features a modular design with hot-swappable power modules and scalable runtime, allowing capacity and runtime to be increased as your IT load grows, without a complete system overhaul.
• How can I monitor and manage the UPS? The system is EcoStruxure IT-ready and supports standard management interfaces for remote monitoring, alarms, analytics, and integration with data center infrastructure management (DCIM) tools for proactive maintenance and faster recovery.
• What maintenance or service is typically required? Routine battery health checks, firmware updates, and periodic self-tests are recommended. The modular design also reduces maintenance impact by allowing individual components to be serviced or replaced without downtime.