Online Modular UPS & Power Redundancy
Engineered online UPS and modular power-protection infrastructure for IT, network, server-room and mission-critical loads requiring controlled power quality, redundancy and continuity. We deliver hot-swappable modular topologies, battery energy storage, maintenance bypass coordination, and comprehensive power analytics.
Engineered Power Protection & Continuity Capabilities
HORNET INFOTECH provides complete lifecycle engineering for critical power infrastructure. From load capacity calculations and battery autonomy sizing to modular power expansion, static bypass coordination, and harmonic mitigation, we protect vital computing assets from dirty utility power, surges, and grid interruptions.
Online double-conversion UPS architecture with continuous power conditioning and modular redundancy configurations such as N+1 or 2N where supported and designed, battery autonomy sizing, static and maintenance bypass arrangements, and monitoring integration as required by the project.
Hot-swappable modular architecture allowing on-the-fly power module replacement without interrupting the output load, capacity scalability, N+1 or 2N redundancy configurations where designed, and streamlined future expansion planning.
High-capacity Valve-Regulated Lead-Acid (VRLA) or Lithium-Ion battery systems, rack-level intelligent PDU coordination, sub-distribution panels, circuit breaker coordination, and seamless synchronization with standby generator plants.
Continuous UPS telemetry monitoring via SNMP and Modbus, individual battery health impedance monitoring where supported, functional load bank testing, commissioning validation, scheduled preventive maintenance, and comprehensive AMC lifecycle support.
7-Stage Power Resilience Ecosystem
From raw utility feeds and surge suppression to modular double conversion, autonomous battery storage, and precision branch monitoring, every stage is engineered for unbroken power delivery.
Utility / Generator
Commercial grid utility mains and standby diesel generator backup inputs coordinated via automatic transfer switches (ATS).
Input Protection
Transient voltage surge suppression (TVSS), input circuit breakers, isolation transformers, and power factor correction filtering.
Online UPS
Online double-conversion architecture providing continuous power conditioning and isolated clean power delivery for critical loads.
Battery Energy
VRLA or Lithium-Ion battery strings providing instantaneous DC energy during utility transients, brownouts, or generator startup delays.
Power Distribution
Floor-standing Power Distribution Units (PDUs), overhead busways, dual-feed STS units, and intelligent branch circuit monitoring.
Critical Load
Active IT servers, core routers, PoE switches, SAN storage arrays, medical diagnostic consoles, and emergency life-safety systems.
Monitoring
Real-time telemetry, battery string health diagnostics, load profile tracking, environmental sensor telemetry, and BMS/DCIM integration.
Deployment Environments & Operational Profiles
Online modular UPS architectures are configured to match the specific load profiles, autonomy targets, redundancy requirements, and physical constraints of critical facilities.
Data Centres
Centralized Tier-rated power architectures with dual-bus (2N or N+1) modular UPS lineups, high-efficiency double-conversion topologies, static transfer switches (STS), and intelligent sub-distribution PDUs.
Server Rooms
On-premise enterprise IT rooms housing application servers, core network switches, and SAN storage arrays requiring uninterrupted voltage stabilization, harmonic mitigation, and ride-through autonomy.
IT / ITES Facilities
Multi-floor technology parks with distributed floor UPS closets supporting high-draw workstation clusters, software lab testing rigs, and critical telecommunication distribution frames.
Telecom
Carrier transmission nodes, satellite ground stations, cellular tower base transceiver stations, and network operations centers requiring clean AC power and DC rectifier integration.
Healthcare
Intensive care telemetry, surgical suite imaging equipment, life-support monitoring networks, and hospital information systems where voltage fluctuations or power dropouts are unacceptable.
Mission-Critical Facilities
Emergency dispatch command centers, banking clearing hubs, and automated process facilities demanding continuous power quality, zero transfer time, and hot-swappable module maintainability.
Detailed Technical Specifications in Preparation
Comprehensive electrical load assessments, UPS capacity sizing schedules, N+1 or 2N redundancy philosophy documents, battery autonomy calculations, output distribution schedules, bypass panel arrangements, and vendor-neutral technical reviews are formulated by our engineering team based on project specifications.
Related Critical Power & Facility Solutions
Turnkey server rooms, equipment racks, cold-aisle containment, and dual-bus power distribution architectures.
High-availability core routing and PoE switching infrastructures demanding continuous, conditioned power feeds.
Passive horizontal and backbone channels connecting critical network gear to protected emergency power distribution.
NFPA 2001 total flooding gaseous fire protection designed for high-energy battery rooms and UPS electrical spaces.