Disruptions in electricity supply can have severe financial and operational consequences. The BENNING UPS ENERTRONIC Modular SE delivers maximum reliability, scalability, and efficiency for critical systems. Ideal for industrial plants, data centers, telecom infrastructure, oil & gas facilities, utilities, and offshore/marine applications, it provides continuous, high-quality power even under extreme conditions.

Key Features & Benefits:

• Power Range: 10–1,000 kW via scalable, modular design
• Hot-Swap Modules: Replace a complete module in under 10 minutes without downtime
• No Single Points of Failure: Multi-master technology and decentralized parallel architecture
• Six-Nines Availability: 99.99996% uptime, with MTTR of only 0.17 hours
• High Efficiency: Up to 99% in Super Efficiency (SE) mode, 96% in double-conversion mode
• UPS Classification: VFI-SS-111 according to IEC/EN 62040-3
• Modular Scalability: Parallel modules up to 40 kW each; cabinets can be combined to grow with your power requirements
• Space-Saving Design: Power density up to 415 kW/m², back-to-back or corner placement possible
• Advanced Monitoring: MCU 3000 touch display for remote monitoring, control, and proactive maintenance
• Hybrid Upgradeable: Optionally upgrade to an energy storage system for PV integration, peak shaving, black start, and island operation
• Exceptional Reliability: Over-specified components and redundancy in all critical circuits ensure industrial-grade durability
• Applications Flexibility: Supports IT/data centers, telecommunications, oil & gas, industrial automation, utilities, marine, and offshore operations

Why Choose BENNING ENERTRONIC Modular SE?
With its robust design, modular architecture, and advanced monitoring system, the ENERTRONIC Modular SE UPS provides maximum uptime and lowest total cost of ownership (TCO). Its intelligent module sleep mode optimizes energy use while ensuring instant readiness to support critical loads.

Applications:

• Industry & Process Automation: Reliable power for production plants, robotic cells, and process-critical systems
• Telecommunications: Maximize uptime with high availability and low MTTR
• Oil & Gas: Rugged construction for harsh environments, peak overload capability
• IT & Data Centers: High efficiency, space-saving design, and continuous availability
• Infrastructure & Utilities: Grid stability, black start capability, and hybrid energy storage integration
• Marine & Offshore: Maximum reliability, hot-swap modules, and six-nines availability