UPS System
High-Frequency Rack-Mount UPS
Product Introduction
The high-frequency rack-mount UPS is an uninterruptible power supply system designed with high-frequency online double-conversion technology. It is tailored to provide stable and reliable power protection for critical loads such as data centers, server cabinets, network communications, and industrial equipment. Featuring a standard 19-inch rack-mount structure, the product offers high power density, high efficiency, a compact footprint, and intelligent management capabilities. It effectively addresses power grid issues—including power outages, voltage fluctuations, surges, harmonics, and frequency abnormalities—delivering a continuous, clean, and secure power environment for core equipment.
The product supports an online double-conversion architecture, achieving zero transfer time output to ensure the continuous and stable operation of critical equipment. By utilizing advanced DSP digital control technology and IGBT high-frequency inverter technology, the overall system efficiency reaches up to 95% or higher. With a high input power factor, it delivers significant energy savings, effectively reducing data center operating costs.
Comprehensive & Reliable Protection
Equipped with power-on self-diagnosis to proactively detect hidden faults. It integrates all-around safeguards including AC over/under-voltage, output overload/short-circuit, inverter overheating, and battery overcharge/undervoltage protections to ensure system stability. Features seamless bypass operation during overloads or faults to ensure uninterrupted utility power, reverse polarity detection for neutral and live wires, and highly reliable DC (cold start) capabilities.
Advanced Operating Mod
The online double-conversion design delivers a pure sine wave output—featuring frequency tracking, phase-locked voltage regulation, and noise filtering—completely isolated from grid fluctuations. Zero transfer time meets the strict demands of precision equipment. Advanced Input Power Factor Correction (PFC) technology achieves a power factor >0.99, maximizing energy efficiency, eliminating harmonic pollution to the grid, and significantly reducing operating costs.
Strong Environmental Adaptability
A wide input voltage range of 115VAC~300VAC prevents frequent switching to battery power during severe grid fluctuations, making it ideal for regions with unstable power environments. At half load, the input voltage can drop as low as 115V without relying on the battery. A broad input frequency range of 40~70Hz ensures seamless compatibility with various fuel generators to meet diverse on-site power requirements.
Optimized Battery Pack Design
Through an innovatively optimized battery functional design, this system significantly reduces overall battery consumption compared to traditional configurations. Whether utilizing standard or extended-runtime models, it guarantees the same reliable backup duration while effectively minimizing battery usage. This intelligent approach not only lowers initial investment but also reduces the physical footprint and optimizes long-term maintenance costs.
Industrial frequency tower UPS
Product Introduction
Our low-frequency tower UPS utilizes industrial-frequency isolation transformer technology to deliver reliable power for mission-critical sectors, ranging from industrial automation and rail transit to data centers and medical equipment. Its rugged tower design is built for high reliability and exceptional environmental resilience, protecting core infrastructure against outages, surges, harmonics, and grid instability. By providing a clean, pure sine wave power supply, it ensures your sensitive equipment remains protected.
The online double-conversion architecture, combined with a built-in output isolation transformer, effectively decouples the grid from the load, maximizing system safety and stability. Driven by high-performance DSP digital control and a field-proven power architecture, this UPS offers robust immunity to interference and superior overload protection. It is built to maintain stable, high-performance operation in the most demanding industrial settings, including extreme temperatures, high humidity, and heavy dust.
Superior Working Mode
The online double-conversion architecture delivers pure, high-quality sine wave power. It isolates sensitive loads from grid fluctuations and voltage ripples while providing precise frequency tracking and phase-locked voltage regulation. Featuring advanced Input Power Factor Correction (PFC) >0.99, the system maximizes energy utilization and eliminates grid harmonic pollution, significantly lowering overall operational costs.
Adaptive N+X Parallel Redundancy
Ensure maximum uptime with our customizable N+X parallel redundancy design. The system features an adaptive master-slave architecture; if the lead UPS experiences an inverter failure, the system instantly triggers an automatic failover to the remaining redundant units. This robust fail-safe mechanism guarantees continuous, stable power delivery for mission-critical applications.
Comprehensive & Reliable Protection
Built for total security, the system features a power-on self-diagnosis sequence to identify hidden faults before they impact the load. It consolidates multi-layered safeguards, including over/under-voltage, overload, short-circuit, and battery-related protections. With a seamless automatic bypass, the UPS transitions to utility power during internal faults, ensuring uninterrupted operation while providing instant diagnostic alerts.
Extreme Environmental Adaptability
Designed for unstable electrical grids, the UPS offers an ultra-wide input voltage range (285VAC–475VAC) to minimize frequent battery switching. Combined with a broad frequency tolerance (50/60Hz ±10%), the system is fully compatible with diverse power inputs, including fuel generators, ensuring dependable, high-performance power even in the most demanding and fluctuating electrical environments.
Optimized DC Configuration
Engineered for industrial durability, the system features highly flexible DC parameters. Users can precisely adjust charging current and voltage to match various battery configurations (supporting 30-34 cells). With robust DC cold-start capability, the UPS can power up directly from batteries during blackouts, making it an ideal, reliable solution for machine tools and complex industrial infrastructure.
Intelligent Monitoring & Control
Stay in total control of your power environment. The system comes equipped with standard RS232 and optional RS485 interfaces, allowing for localized communication and seamless system integration. Coupled with our professional monitoring software, users can easily access real-time status updates, perform system diagnostics, and manage power parameters locally, ensuring efficient and simplified O&M.
Modular UPS
Product Introduction
Our modular UPS system leverages a standardized, hot-swappable architecture that delivers on-demand scalability and mission-critical redundant power. Widely used in AI, cloud data centers, and industrial infrastructure, it is designed for maximum availability.
- Premium Power Quality: Online double-conversion technology provides a stable, pure sine wave output, isolating core hardware from all grid anomalies.
- Industry-Leading Efficiency: Driven by full-digital DSP control and IGBT technology, the system reaches over 96% efficiency, significantly reducing energy costs and environmental impact.
- Zero-Downtime Maintenance: Featuring hot-swappable power, battery, and bypass modules, the system enables maintenance and expansion without shutting down the load.
- Flexible Redundancy: N+1 or N+X redundancy ensures uninterrupted power delivery, even if a single module fails.
- Optimized Investment: The “pay-as-you-grow” design allows users to scale capacity incrementally, eliminating over-provisioning and resource waste.
- Smart Management: Comprehensive support for SNMP, remote cloud monitoring, and intelligent battery management provides centralized control for simplified O&M.
Pure Sine Wave Performance
Utilizing advanced online double-conversion technology, this system provides a continuous, clean, and ultra-stable sine wave output. By effectively isolating critical loads from grid anomalies—such as voltage surges, frequency instability, and harmonic distortion—it ensures the highest level of protection for your sensitive core equipment.
Optimized Operational Performance
Driven by cutting-edge DSP digital control and high-frequency IGBT technology, the system achieves an exceptional efficiency rating exceeding 96%. This high-performance design drastically minimizes energy waste, directly contributing to a lower Total Cost of Ownership (TCO) and improved PUE metrics for your facility.
N+1/N+X Redundant Architecture
Designed for maximum uptime, the system supports flexible N+1 or N+X parallel redundancy. In the event of a single module failure, the system automatically bypasses the faulty unit without interrupting power to the load, providing the robust fail-safe reliability required for high-stakes data center environments.
Pay-As-You-Grow Flexibility
The modular architecture empowers users to scale power capacity in alignment with business development. By adding power modules incrementally, you eliminate the need for over-provisioning at the initial deployment stage, optimizing capital expenditure and ensuring your power infrastructure evolves with your data demands.
Zero-Downtime Serviceability
With hot-swappable power, battery, and bypass modules, routine maintenance and system upgrades can be performed without powering down the load. This standardized, modular approach significantly reduces Mean Time to Repair (MTTR) and boosts overall system availability compared to traditional, monolithic UPS designs.
Centralized Smart Management
Equipped with robust connectivity features, including SNMP, remote monitoring, and cloud-platform integration, the system offers total visibility. Intelligent battery management and real-time diagnostic reporting allow for proactive, centralized O&M, ensuring your power infrastructure remains optimized, secure, and fully transparent at all times.
