APC GVSUPS80KGS Galaxy VS UPS 80kW 480V for External Batteries, Start-up 5×8 GVSUPS80KGS

This short data sheet details the engineering specifications, architectural variants, and local field operations for the APC Galaxy VS GVSUPS80KGS 3-Phase Uninterruptible Power Supply (UPS) in Pakistan.

Please note that large-scale 3-phase infrastructure alignment, custom DC battery bus configuration, physical site deployment, and automated configuration validation are provided exclusively via SKYRS in Pakistan.

Product Overview: APC Galaxy VS 80kW (GVSUPS80KGS)

The APC Galaxy VS GVSUPS80KGS is an ultra-efficient, highly modular, and compact 80 kW, 3-phase online double-conversion UPS system. It is engineered to provide premium power quality and a low total cost of ownership (TCO) for medium-sized data centers, regional enterprise hubs, and critical medical or industrial facility loops. Featuring a fault-tolerant internal design and Live Swap modular architecture, it delivers maximum hardware availability with zero scheduled protection downtime.

Technical Specifications (Core Baseline)

• Power Capacity: 80 kW / 80 kVA (1.0 Unity Power Factor)

• Topology: Multi-Mode Online Double Conversion (incorporating patented high-efficiency eConversion mode)

• Main Input Voltage: 480V AC 3-Phase nominal (Regional sub-variants deployed by SKYRS natively support standard local 380V / 400V / 415V building networks)

• Main Output Voltage: Matches input configuration parameters

• Maximum Input Current: 123A continuous per phase (At 480V base)

• Operating Efficiency: Up to 97% in normal Double Conversion mode; up to 99% in patented eConversion mode (reducing grid losses significantly)

• Short Circuit Protection: 65 kA Short-Time Withstand Current (Icw) rating

• Input Total Harmonic Distortion (THDI): Less than 3% at full linear load

• Bypass Path: Integrated internal heavy-duty static automatic bypass switch

• Energy Storage Profile: 480V to 576V DC Variable External Bus

• Maximum Battery Discharge Current: 217A (At lowest battery cut-off threshold)

• User Interface: Front-facing multi-functional interactive color touchscreen LCD control panel

• Network Connectivity: Pre-installed Network Management Card 4 (NMC4) supporting EcoStruxure IT

• Chassis Dimensions: 148.5 cm Height x 52.1 cm Width x 84.7 cm Depth

• Chassis Net Weight: 250 kg (Frame weight excluding external backup energy containment enclosures)

All Architectural Variants Available at SKYRS

To adapt this high-output 80kW power protection platform to distinct facility spaces, strict electrical guidelines, and specialized backup runtimes across Pakistan, SKYRS distributes and services the full system sub-matrix:

Deployment and Installation Guidelines

Because this 80kW machinery operates at industrial current thresholds, physical deployment must be completed by SKYRS certified 3-phase heavy-power field engineers:

Mechanical Placement

• The space-saving vertical cabinet layout allows flush-to-wall installation due to full front-accessible maintenance panels, optimizing floor space in confined equipment rooms.

• Environmental Sealing: The system ships with high-durability internal air dust filters as standard to protect sensitive high-frequency inverter circuits from ambient airborne particles.

• Cabling Access: Reversible structural wiring tracks accommodate both top and bottom cable entries to easily match overhead cable trays or sub-floor power layouts.

Electrical Integration

• Wiring Layout: Hardwired terminal blocks support standard 4-wire (3P + G/E) or 5-wire (3P + N + G/E) building utility distribution networks. Upstream circuit breakers must be rated to securely support the continuous load draw.

• DC Bus Configuration: The system DC voltage operates between 480V and 576V DC. SKYRS technical teams align the maximum 217A battery discharge path with matching heavy-gauge cabling and dedicated external DC isolation switchgear.

Configuration Framework

Following secure mechanical placement, initial system provisioning and network optimization follow strict manufacturing safety standards:

Startup Diagnostics & eConversion Tuning

• On-Site Commissioning: Initial system startup requires formal activation. SKYRS engineering kits include detailed on-site physical connection verification, isolation checks, phase rotation validation, and modular hot-swap tests to activate the authorized factory warranty.

• Operating Profile Setup: The active operating profile is tuned to default to eConversion mode. This reduces active heat dissipation and facility cooling expenses while ensuring a seamless transfer to full double-conversion mode under 2 milliseconds during sudden utility grid sags.

Monitoring & Security Provisioning

• Network Initialization: The embedded NMC4 platform is configured via static IP allocation or secure DHCP profiles over Gigabit Ethernet.

• Telemetry Streaming: System data points—including external battery cell health indexes, discharge current parameters, phase voltage balance, and runtime logs—are broadcast over secure HTTPS, SSH, and encrypted SNMP v3 protocols directly to local network control rooms or central EcoStruxure IT collectors.

Exclusive Availability Notice

SKYRS Local Field Operations Deployment Notice:

Specialized facility sizing, physical hardware procurement, heavy-gauge 3-phase electrical terminal installation, live module startup validation, and long-term preventative maintenance SLAs for the APC Galaxy VS GVSUPS80KGS and its companion variants are handled only at SKYRS across all logistics hubs in Pakistan. Authorized factory infrastructure validation is paired directly with specialized SKYRS technical engineering field crews.