Explore our flagship configurations engineered to provide absolute power continuity for medical clinics, logistics centers, and production facilities throughout northern Italy.
Designed with N+X redundancy, ideal for Verona's heavy processing machinery. Minimizes MTTR with hot-swappable power modules.
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High-density multi-module power plant matching the strict PUE metrics of critical distribution centers in the Verona hub.
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Ultra-pure sine wave generator featuring advanced isolation filters to protect sensitive diagnostics systems in regional medical clinics.
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Compact form factor utilizing advanced LiFePO4 cells. Delivers three times the lifespan of standard lead-acid batteries.
Get Custom QuoteThe Verona market, situated strategically in Italy's Veneto region, serves as one of the most critical European transportation, agricultural, and industrial corridors. In sectors ranging from food-processing and automated winemaking to high-capacity distribution centers, machinery downtime is measured in thousands of Euros per minute. While the local grid is modernized, seasonal peak loads, harmonic interference from industrial motors, and lightning activities in the Prealps area cause frequent voltage sags and surges.
For operations managers and technical sourcing executives, deploying a robust Double-Conversion Online UPS (Voltage and Frequency Independent - VFI) is no longer optional. These systems isolate critical downstream loads completely from utility fluctuations, delivering a constant, clean sine wave. Shenzhen REO Power Co., Ltd. addresses this directly with industrial-grade, European-compliant solutions designed to buffer delicate electronics from grid impurities.
Our custom Online UPS systems include built-in galvanic isolation and active power factor correction (PFC) circuitry. This design filters out local grid harmonics and prevents noise generation from feeding back into the factory's internal power network.
Modern electrical engineering leaders assess UPS installations across three dimensions: Total Cost of Ownership (TCO), ESG compliance, and microgrid compatibility.
Procuring a UPS system requires accounting for efficiency losses, battery replacements, and cooling overheads. REO Power's High-Efficiency Online units operate at up to 96% efficiency in double-conversion mode and up to 99% in Eco-mode. This substantially reduces utility bills and limits the need for external HVAC systems in machine rooms.
Global environmental mandates are driving enterprises to move away from Lead-Acid (VRLA) batteries. Our lithium-ion modular designs provide 10-year lifespans, zero maintenance, and a significantly smaller carbon footprint, helping European partners achieve strict climate neutrality objectives.
Modern UPS installations are increasingly paired with on-site solar PV and energy storage configurations. Our dual-input systems and bi-phase architectures seamlessly integrate local solar-inverter feedback loops, ensuring smooth load shifts between solar, grid, and battery storage.
Founded in 2015, Shenzhen REO Power Co., Ltd. has established itself as an elite global manufacturer of power backup systems. Operating from a highly automated 13,500-square-meter facility with over 150 employees, we deploy state-of-the-art power electronics across more than 100 countries. Our product spectrum covers single-phase, split-phase (220V input to dual 110V output), heavy-duty three-phase, scalable modular setups, solar-hybrid inverters, and high-safety LiFePO4 battery storage units.
Led by our CTO with over 20 years of OEM/ODM engineering history, we co-create tailored products designed to capture regional market opportunities. From custom hardware and firmware parameters to unique LCD interfaces, we adapt our systems to meet specific local grid parameters.
Contact Our EngineersHow we integrate top-tier components, smart DSP control, and high-efficiency topologies into our standard systems.
True double-conversion topology ensures 0ms transfer time, shielding critical loads from spikes, drops, and micro-interruptions.
Microcontrollers track voltage and load swings dynamically, regulating output waveform parameters with sub-millisecond precision.
Moving away from heavy lead batteries. Our integrated BMS monitors temperatures, voltage, and health metrics in real time.
Modbus, SNMP, and clean dry contact options enable monitoring of cooling performance, status changes, and battery metrics remotely.
Quality and reliability form the foundation of our engineering process. Our ISO9001-certified manufacturing environment features automated assembly lines and advanced diagnostics equipment including AOI (Automated Optical Inspection), ICT (In-Circuit Testing), FCT, and ATE systems.
Specialty solutions engineered to protect industrial infrastructure, logistics networks, and medical monitoring systems.
Features a robust isolation transformer to prevent electrical noise in dual-phase industrial machinery.
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Compact, space-saving design perfect for regional data closets and remote server applications.
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A high-safety lithium-ion system optimized for remote telecommunications sites and light industrial environments.
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Highly flexible three-phase input/single-phase output design, ideal for legacy plant power networks.
Request DatasheetFrom medical diagnostics to large-scale robotic packaging systems, our products adapt to the unique engineering requirements of your field.
Our dedicated medical UPS configurations protect delicate medical imaging, CT scanners, and diagnostic machinery from minor power drops, preventing data corruption and hardware damage.
We supply modular, scalable UPS backup configurations to prevent package routing systems, scanner lines, and automated warehouses from losing tracking memory during sudden outages.
Our high-frequency models support variable power factor loads, ensuring precision CNC systems and manufacturing equipment continue operating smoothly through local grid anomalies.
Review our complete range of high-frequency, single-phase, split-phase, and rackmount configurations built for industrial applications.
An efficient power backup solution with a compact footprint, ideal for protecting small servers, telecom terminals, and office setups.
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A high-capacity single-phase unit engineered to deliver dependable runtime for server racks and light industrial processes.
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A highly stable 110V output power source designed to protect precision laboratories and scientific instruments from grid noise.
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Provides a clean sine wave output with high-voltage immunity, protecting connected loads from electrical surges.
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Designed with an integrated isolation transformer to deliver dual-voltage configurations for complex industrial equipment.
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Standard 19-inch rackmount chassis designed for easy integration into high-density IT server cabinets and network hubs.
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A premium lithium-ion backup system offering long lifecycle performance and advanced remote monitoring capabilities.
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Ensures a smooth pure sine wave output, protecting sensitive rack systems from voltage drops and electrical noise.
Request DetailsDeploying critical power equipment requires navigating strict European engineering, safety, and environmental standards.
Our entire industrial UPS catalog is built to comply with relevant European quality and safety benchmarks:
We work closely with local engineering teams throughout the integration process to ensure smooth deployment:
Common questions from engineering managers and sourcing leads on system selection, runtime profiles, and configurations.
A double-conversion Online UPS isolates downstream loads from the incoming utility line by converting AC power to DC and then back to stable AC. This topology ensures zero transfer time (0ms switch) and filters out frequency fluctuations, harmonic noise, and brief power sags. In contrast, Line-Interactive units rely on physical relays that can take 4-10ms to switch, which can disrupt sensitive computerized controllers and automated systems.
Split-phase configurations (e.g., 220V input to dual 110V output) paired with galvanic isolation provide separate output paths that isolate the load from common-mode electrical noise. In industrial setups, heavy motor switches can create electrical feedback loops; galvanic isolation blocks this feedback, protecting sensitive components and preventing instrumentation errors.
LiFePO4 chemistry offers significant advantages, including a lifecycle of 3,000 to 5,000 charge cycles compared to only 300 to 500 for standard lead-acid batteries. Lithium batteries also weigh up to 60% less, operate efficiently in warmer temperatures without sacrificing lifespan, and charge much faster. This reduces the footprint of the installation and lowers ongoing maintenance costs.
We provide full customization, including custom chassis profiles and colors, modified output sockets, adjustable charging parameters, variable input/output voltage targets, and custom LCD diagnostic interfaces. We also offer private-label branding, customized packaging, and localized documentation to suit your target market.
Partner with an experienced OEM/ODM UPS manufacturer. Contact our technical sales team for system specifications, custom designs, and volume pricing.
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