APC GVSUPS30KR0B5HS Galaxy VS UPS 30kW 400V with N+1 power module, for 5 smart modular 9Ah battery strings, Start-up 5×8 GVSUPS30KR0B5HS

The APC Galaxy VS GVSUPS30KR0B5HS is an ultra-efficient, highly resilient 30 kW, 400 V three-phase Uninterruptible Power Supply (UPS) tailored for edge applications, localized IT nodes, and medium enterprise environments.

This specific configuration stands out due to its pre-engineered N+1 Internal Power Module Redundancy, ensuring continuous uptime even during a critical module failure. Additionally, it features an expanded internal bay capacity designed to hold up to 5 internal smart modular 9Ah battery strings (supplied without batteries out of the box), allowing precise localized runtime customization within a consolidated physical tower structure.

Technical Specifications

The core factory operating benchmarks for the GVSUPS30KR0B5HS configuration are structured as follows:

• Power Output Capacity: 30 kW / 30 kVA (1.0 Unity Power Factor)

• Redundancy Architecture: Built-in internal N+1 power module configuration with Live-Swap support

• Topology: Online Double Conversion (incorporating patented high-efficiency ECOnversion mode)

• Operating Efficiency: Up to 99% in ECOnversion; Up to 97% in traditional Double Conversion mode

• Nominal Voltage Framework: 400 V AC 3-Phase (Configurable down to 380 V or up to 415 V)

• Mains Input Frequency: 40 to 70 Hz

• Max Input Current per Phase: 54 A

• Symmetrical Short-Circuit Withstand (Icw): 65 kA

• Output Voltage Total Harmonic Distortion (THD): < 1% for linear loads; < 3% for non-linear loads

• Overload Limits: 10 minutes at 125%, 60 seconds at 150%

• Internal Battery Chassis Capacity: Open internal tray space matching up to 5 Smart Modular 9Ah VRLA strings (480 V DC nominal bus)

• Physical Form Factor: 197.0 cm (H) x 55.0 cm (W) x 84.7 cm (D)

• Base Unit Net Weight: 296 kg (excluding battery modules)

• Communication Base: Embedded Network Management Card 4 (NMC4), EcoStruxure IT Ready

Regional Variants for SKYRS in Pakistan

To cater to varying site infrastructure guidelines and runtime demands across Pakistan’s 380V/400V/415V utility ecosystem, SKYRS provisions the following variations of this high-availability 30 kW platform:

GVSUPS30KR0B5HS (N+1 Redundant Variant with 5-String Open Internal Chassis)

• Core Feature: Built-in N+1 power module and structural capacity for up to 5 internal battery strings.

• Target Use Case: Mission-critical server centers in corporate hubs like Karachi, Lahore, and Islamabad that require zero-downtime component hot-swapping alongside customizable internal backup periods.

GVSUPS30KB4HS (Standard Footprint Internal Battery Variant)

• Core Feature: Standard non-redundant power module layout matching a smaller 4-string maximum internal battery layout.

• Target Use Case: Cost-conscious commercial infrastructure or decentralized edge server nodes looking for compact, non-N+1 space optimization.

GVSUPS30KHS (External Battery Architecture Variant)

• Core Feature: Stripped of internal battery bays to utilize direct external DC bus cabling connections.

• Target Use Case: Telecommunication rooms and industrial sectors needing highly extended multi-hour runtime capacities powered by massive external VRLA or specialized Galaxy Lithium-Ion battery cabinets.

GVSUPS30KMHS (Marine & Ruggedized Variant)

• Core Feature: Specialized vibration-dampening structures, halogen-free wiring assemblies, and an IP21 environmental defense build.

• Target Use Case: Textile factories, processing plants, and coastal industrial facilities near Port Qasim requiring high environmental resilience.

Deployment, Installation, and Configuration

Channel Authorization Notice: End-to-end logistics deployment, certified field electrical installation, and advanced systemic commissioning for the GVSUPS30KR0B5HS and its specific variant derivatives are available in Pakistan exclusively through the authorized technical engineering pool at SKYRS.

On-Site Deployment and Handover

• SKYRS handles delivery logistics, weight distribution analysis, and structural layout adjustments. Given the system’s taller 197 cm footprint, engineers optimize clearances and set up either top or bottom cable entry conduits to seamlessly merge into existing overhead data trays or raised technical floors.

Electrical Installation and Cabling

• Secure hardwired deployment of 4-wire (3PH + G) or 5-wire (3PH + N + G) input/output layouts.

• Precision populating and balancing of internal smart modular battery links or external DC battery breakers, creating unified ground paths to safeguard downstream equipment from localized voltage spikes or high harmonic distortion.

Commissioning and Advanced Optimization

• System Validation: Execution of Live-Swap verification checks on the redundant N+1 power module, static bypass threshold mapping, and phase alignment tuning.

• Efficiency Configuration: Programming the system’s patented ECOnversion parameters, which reduces power losses by up to 66% while acting as an active harmonic filter against grid fluctuations native to local utility grids.

• Network Management: Provisioning the integrated NMC4 for real-time telemetry extraction over Modbus TCP or SNMP, feeding data directly into local Building Management Systems (BMS) or Schneider’s secure cloud-based EcoStruxure platform for 24/7 automated alert tracking.