High Reliability
- Built-in LP inductor for motor loads.
- Wide input voltage range of -60% to +25%, showcasing remarkable adaptability to various grid conditions.
- Strong Overload Capacity: Handles overloads effectively for stable performance.
- Seamless Maintenance: Hot-swappable design ensures uninterrupted operation during maintenance.
- Dual Redundant Control: Dual cards and DSP controls prevent single failure point.
- Efficient Fan Control: Intelligent fan management and redundancy save energy, sustaining 25% load with 2 fans failed and 50% with 1 fan failed.
- Comprehensive Protection: Integrated input, output, bypass breaker, and manual bypass enhance system safety.
- Emergency Power-Off (EPO): Standard EPO function swiftly disconnects power during emergencies.
- Durable PCBs: Anti-corrosion coating on all PCBs boosts longevity.
Green power
- Achieves up to 97% AC/AC efficiency, even at 30% load, minimizing heat and saving power costs.
- ECO mode offers up to 99% efficiency, reducing expenses. W-ECO mode reaches 98.5% efficiency, lowering TCO with fast transfers.
- High input power factor (up to 0.99) and low Input THDi (< 3.0% at full load) cut grid pollution and costs.
- Advanced and compact 3U height 100KW power module equipped with maximum 30A charger.
- Enable self-loading test functionality for convenient debugging and on-site testing prior to real load connection. This eliminates the need for expensive temporary loads, cabling, and breakers, resulting in energy and cost savings.
Advanced technology
- Three level technology ensures low harmonics, remarkable efficiency, and substantial energy conservation.
- The Power Walk-in feature mitigates inrush current to the main power source or generator.
- Advanced parallel expansion technology supports 8 units up to 9.6MW in parallel, single /parallel system compatible.
- Self-dedusting function which saves the service time.
- The Parallel ECO mode maximizes overall system efficiency during parallel operation.
- Common battery bank on parallel mode.
- Frequency converter function (60Hz to 50Hz or 50Hz to 60Hz)
User-friendly Interface
- User-friendly ON/OFF – Double physical button design to avoid false operation.
- Equipped with a 7-inch touch screen with LED Indicators, ensuring comprehensive and visualized information display.
- Large data storage capacity,10000 entry events logs.
- User-Friendly Interface – A friendly human-machine interface presenting data and graphical representations.
- Hassle-free software updates on-site, enabling a singular update for all power and control modules.
- ON/OFF – Double Button design to prevent maloperations and touch screen failure.
- Smart programmable dry contact communication function.
Intelligent Management
- Fault Trace Management (FTM) for convenient failure analysis (waveform record before & after of the fault point for 200ms) which easily figure out faulty point.
- Battery Life Extension: Use a three-stage charging system to prolong battery lifespan.
- Intelligent Battery Management: Replace faulty batteries (30-50 per string) instead of the entire set.
- Early Warning System: Get alerted about potential faults with pre-alarm on key parts.
- Efficient Asset Tracking: Keep track of part replacements, timelines, and service details for effective management.
Options
Battery Monitoring Solutions:
- Advanced battery monitoring per block
voltage, Impedance, and temperature.
Flexible Network Management:
- Optional internal SNMP adapter
- Customer interface software
Intelligent management software
- Smart status diagnosis
- Abnormal status real time alarm
- Event logs recording
- Parameters real time monitoring
More Options
- Bypass voltage regulator
- Extended dry contact card
- BMS card for lithium battery
- Input and output isolation transformer
- Output Synchronization Common Bus
- Battery Charge Temperature Compensation
ONV-XP 100-300kVA
MODEL | ONV-XP 100 | ONV-XP 150 | ONV-XP 200 | ONV-XP 250 | ONV-XP 300 | |
Power module Model | XPD-50 | XPD-100 | ||||
Voltage Range (Vac) | 3Φ4W+PE, 380/400/415, L-L: 138~485 | |||||
Input Wiring | 3Ph+N+PE | |||||
Input Frequency (Hz) | 40-70 | |||||
Bypass Voltage Range (Vac) | -20% (10/15/30/40/50/60%) ~ +15% (10/20/25%) | |||||
Power Factor | ≥0.99 | |||||
THDi at full Linear load | <3% | |||||
Output | ||||||
Power Module (kW) | 50kW | 100kW | ||||
Power Module Number | 2+1 | 3+1 | 4+1 | 5+1 | 3+1 | |
System Capacity (kVA) | 100 | 150 | 200 | 250 | 300 | |
Power Factor | 1 | |||||
Voltage (Vac) | 3Φ4W+PE, L-L: 380,400,415 ±1% | |||||
Frequency (Hz) | 50/60 ±0.2% (battery mode) | |||||
Three Phase Difference | True sine wave,≤2 degrees | |||||
THDv | ≤1% (linear load, full load); ≤4% (no linear load, full load) | |||||
Static Bypass Transfer Time | 0 | |||||
System Efficiency (MAX) | 97% | |||||
Overload Capacity | 101-105% Long run, 106-110% load for 60 minutes, 111%-125% load for 10 minutes, 126%-150% load for 1 minute, over 150% load transfer to bypass | |||||
Battery | ||||||
Battery Voltage (Vdc)* | ±240 (±180~±300 settable) | |||||
Charging Current (A) | N×30 Maximum (N = the number of power module) | |||||
Others | ||||||
Display | 7-inch Touch screen+ LED+ Physical buttons | |||||
Operating Temperature (ºC) | 0~40 | |||||
Storage Temperature (ºC) | -40~70 | |||||
Relative Humidity | 0~95%, no condensation | |||||
Communication Function | RS232, RS485, Dry contact, MODBUS, SNMP (optional) | |||||
Noise (dB) | 70 | |||||
Altitude (m) | 0~2000, no derating | |||||
Cabling | Bottom/Top | Bottom/Top | Bottom/Top | Bottom/Top | Bottom/Top | |
Power Module Dimension (mm) W×D×H | 500×750×130(3U) | |||||
Cabinet Dimension (mm) W×D×H | W:600 D:860 H:2000 | W:600 D:860 H:2000 | W:600 D:860 H:2000 | W:600 D:860 H:2000 | W:1200 D:1000 H:2000 | |
Weight (kg) | Cabinet | 228 | 228 | 240 | 240 | 291 |
Power Module | 33 | 33 | 33 | 33 | 55 |
ONV-XP 400-1000kVA
MODEL | ONV-XP 400 | ONV-XP 500 | ONV-XP 600 | ONV-XP 800 | ONV-XP 1000 | |
Power module Model | XPD-100 | |||||
Voltage Range (Vac) | 3Φ4W+PE, 380/400/415, L-L: 138~485 | |||||
Input Wiring | 3Ph+N+PE | |||||
Input Frequency (Hz) | 40-70 | |||||
Bypass Voltage Range (Vac) | -20% (10/15/30/40/50/60%) ~ +15% (10/20/25%) | |||||
Power Factor | ≥0.99 | |||||
THDi at full Linear load | <3% | |||||
Output | ||||||
Power Module (kW) | 100 | |||||
Power Module Number | 4+1 | 5+1 | 6+1 | 8+1 | 10+2 | |
System Capacity (kVA) | 400 | 500 | 600 | 800 | 1000 | |
Power Factor | 1 | |||||
Voltage (Vac) | 3Φ4W+PE, L-L: 380,400,415 ±1% | |||||
Frequency (Hz) | 50/60± 0.2% (battery mode) | |||||
Three Phase Difference | True sine wave,≤2 degrees | |||||
THDv | ≤1% (linear load, full load); ≤4% (no linear load, full load) | |||||
Static Bypass Transfer Time | 0 | |||||
System Efficiency (MAX) | 97% | |||||
Overload Capacity | 101-105% Long run, 106-110% load for 60 minutes, 111%-125% load for 10 minutes, 126%-150% load for 1 minute, over 150% load transfer to bypass | |||||
Battery | ||||||
Battery Voltage (Vdc)* | ±240 (±180~±300 settable) | |||||
Charging Current (A) | N×30 Maximum (N = the number of power module) | |||||
Others | ||||||
Display | 7-inch Touch screen+ LED+ Physical buttons | |||||
Operating Temperature (ºC) | 0~40 | |||||
Storage Temperature (ºC) | -40~70 | |||||
Relative Humidity | 0~95%, no condensation | |||||
Communication Function | RS232, RS485, Dry contact, MODBUS, SNMP (optional) | |||||
Noise (dB) | 70 | |||||
Altitude (m) | 0~2000, no derating | |||||
Cabling | Bottom/Top | Bottom/Top | Bottom/Top | Bottom/Top | Bottom/Top | |
Power Module Dimension (mm) W×D×H | 500×750×130(3U) | |||||
Cabinet Dimension (mm) W×D×H | W:800 D:1000 H:2000 | W:800 D:1000 H:2000 | W:1400 D:1000 H:2000 | W:1800 D:1000 H:2000 | W:1800 D:1000 H:2000 | |
Weight (kg) | Cabinet | 325 | 325 | 580 | 650 | 745 |
Power Module | 55 | 55 | 55 | 55 | 55 |