The UPS inverter and PFC use an advanced 32-bit high-speed digital signal processor DSP chip as the core control system to achieve faster data processing and signal control, greatly improving the performance indicators and reliability of the entire machine.
The ultra-large touch screen design clearly displays the UPS operating status, load status, mains power status, battery status, etc. on the panel, allowing users to grasp the changes in the UPS operating status and application environment at any time.
When powered on and started, the UPS begins to self-check key circuits in order to detect problems in a timely manner and eliminate system faults and failure risks in the bud.
Wide voltage input and wide frequency input, adapting to complex power grid environment.
The input voltage and frequency range is wide, which can better solve the generator configuration and control, and provide clean, safe and stable power supply for the load.
It has the ECO economic operation mode, which can save energy more efficiently and reduce user costs when the power grid is in good condition.
Supports multiple parallel networking, N+X power supply mode, and improves power supply reliability.
Parallel connection does not require additional parallel cards, and can be directly connected via parallel data cables.
Applicable to various working scenarios to ensure stable power output and eliminate various noises.
Supports 30-44 batteries to choose from, making it more flexible to use.
When an emergency occurs, the UPS can be quickly shut down.
In case of abnormal mains power, the UPS can be started directly with the battery to meet emergency needs.
In the absence of battery, the UPS can be started directly with mains power, which can be used as a high-precision voltage-stabilized power supply.
Model | HP1000G(S) | HP1500G(S) | HP2000G(S) | HP3000G(S) | |
Capacity | 10kVA | 15kVA | 20kVA | 30kVA | |
Main input | |||||
Rated voltage | 380Vac (3 phase + N) | ||||
Voltage range | 304Vac~478Vac (line voltage) full load; 304Vac~228Vac (line voltage) load linearly derated from 100%~80% | ||||
Frequency range | 40Hz~ 70 Hz | ||||
Power Factor | ≥0.99@100% load; ≥0.98@50% load | ||||
Current harmonic components | THDi<3% (100% linear load); THDi<5% (100% non-linear load) | ||||
Inverter output | |||||
Output voltage | 380/400/415Vac | ||||
Voltage accuracy | ±1%@balanced load; ±5%@unbalanced load | ||||
Voltage waveform distortion | THDu≤2%(100% linear load); THDu≤4%(non-linear load) | ||||
Power Factor | 1 | 0.9 | |||
Frequency range (synchronization range) | Default ±2Hz; ±0.5Hz, ±1Hz, ±3Hz (adjustable) | ||||
Frequency range (battery mode) | 50 Hz ±0.1 Hz Or 60Hz±0.1Hz | ||||
Overload capacity | <105%,Long-term: <110%, 60 minutes; 110~125% rated load, 10 minutes; >125~150% rated load, 1 minute; >150%, 200ms | ||||
Current peak ratio | 3:01 | ||||
Switching Time | Mains ↔ Battery | 0ms | |||
Inverter ↔ Bypass | 0ms | ||||
Inverter ↔ ECO | <2ms | ||||
Efficiency | |||||
Inverter Mode | ≥95% | ||||
ECO Mode | ≥99% | ||||
Battery | |||||
Battery Model | Varies depending on usage | ||||
Number of batteries | Default 32 knots; 30 ~44 (±15~±22) knots (adjustable) | ||||
Charging Current | Capacity*15%/N/12 (N=±15-22) | ||||
Charging voltage | ± 13.65Vdc*N± 1% (N=±15-22) | ||||
Physical properties | |||||
Dimensions Depth x Width x Height (mm) | 685 x 280 x 725 | ||||
Net weight(kg) | 40 | 50 | 51 | 52 | |
Environmental conditions | |||||
Operating temperature | 0~40°C(Battery life will be shortened in environments >25°C) | ||||
Relative humidity | 0~95%No condensation | ||||
Altitude | No derating at 1000m, derating of 1% for every 100m above 1000m | ||||
Noise | ≤60dB(A)@ 1M | ||||
Manage | |||||
Intelligent RS-232/RS-485 | Supports Windows® 2000/2003/XP/Vista/2008, Windows® 7/8/10, Linux and MAC | ||||
Optional SNMP | Supports power management via SNMP manager and web browser |