EVS series of high-frequency power or communication inverters (power UPS) have been carefully designed and optimized, with built-in isolation circuit design, DC-DC isolation, DC-AC isolation, ensuring product stability and power system insulation design requirements. Capable of meeting the high standard requirements for UPS power supply in power systems, communication systems, or other different fields. Whether in power DC panels, AC/DC integrated power systems, communication power panels, or industrial environments, stable and reliable sine wave AC power can be provided to ensure the safe and efficient operation of electrical equipment. Suitable for emergency power supply in inverters with battery rated voltages of DC24V, DC48V, DC110V, and DC220V.
EVS 48v inverter application area
Power system: It is equipped with a DC screen or an integrated AC/DC power supply system, forming a power UPS AC backup.
Communication system: Equipped with a communication power supply system, it forms an uninterrupted power supply for communication and communication.
Other applications: In existing battery power supply systems, it forms an AC backup power system.
Main purpose
Household appliances: air conditioning, television, refrigerator, washing machine, etc.
Office equipment: computers, printers, copiers, etc.
Commercial equipment: cash register, POS machine, advertising display screen, etc.
Electric tools: various electric tools and mechanical equipment.
Power system: operation and control of high and low voltage cabinet systems, emergency lighting, etc.
Industrial equipment: production lines, mechanical equipment, etc.
Telecommunications equipment: communication base stations, network equipment, etc.
Special fields: Meet the stringent requirements of special equipment and provide stable power support.
EVS 48v inverter Core features:
1. High quality power output
Pure sine wave output: Ensure that the waveform is better than the mains power, providing stable power supply.
No clutter interference: Ensure the safety of load equipment and avoid damage caused by power supply issues.
Fast UPS conversion: In UPS mode, the conversion time is less than 5ms to ensure power continuity and stability.
2. Intelligent management and maintenance
Intelligent DSP chip control: PCB integrated modular design simplifies maintenance processes.
Reduce maintenance costs: Easy maintenance, improve equipment stability, reduce maintenance frequency and costs.
3. Intuitive user interface
LED and LCD display screens: Real time display of operating parameters and status, easy to operate.
Fault information display: The fault is displayed directly, making it easy to quickly identify and solve the problem.
4. EVS High efficiency energy conversion
High conversion efficiency: up to 95% in half load inverter environment and over 99% in mains environment.
Low energy consumption: In energy-saving mode, the power consumption is as low as 8W, and in normal mode, the
power consumption is extremely low, achieving high efficiency and energy saving.
5. Intelligent temperature control system
Energy saving and durable fan: speed regulating high-speed fan, extends equipment life, and ensures stable product operation.
6. Powerful load capacity
Inverter performance: Strong load driving capability, capable of carrying inductive loads as long as it does not exceed
the peak power of the power supply.
Advantages of use: Able to cope with various load demands, fully designed with full power, capable of running at 100%
load for long periods of time.
7. EVSPOWER Long life circuit design
Isolation circuit design: DC-DC isolation, DC-AC isolation to ensure product stability.
High quality device selection: using high-quality electronic materials, high stability, long lifespan, with a normal service
life of over ten years.
8. Comprehensive protection mechanism
Multiple protection functions: including low voltage, high voltage, high temperature, short circuit, overcurrent, overload,
etc., to ensure equipment safety.
9. Anti interference design
Super strong anti-interference ability ensures stable operation in complex electromagnetic environments and outputs
pure sine wave AC power.
10. Flexible configuration options
Optional settings: 50HZ/60HZ optional, AC/DC power priority mode adjustable, battery type optional, Chinese and
English optional, etc.
11. High quality components
High quality electronic accessories: including fully powered transformers, copper terminal blocks, all copper branded
wires, etc., to ensure efficient, safe, and stable power supply.
12. Comprehensive circuit design and complete functionality
It can be powered on with a single mains battery and comes with a mains lithium battery activation function.
EVSPOWER 48V Inverter Series | ||||||||||
rated power | 1KW | 2KW | 3KW | 4KW | 5KW | 6KW | 8KW | 10KW | 12KW | |
Rated DC voltage | DC48V | |||||||||
Battery voltage range |
DC40-64V | Low voltage warning | 44V | |||||||
Low voltage power outage | 42V(40-48V(ADJ) | |||||||||
Low voltage recovery | 54V | |||||||||
High voltage power outage | 63V(61-64V ADJ) | |||||||||
High voltage recovery | 62V | |||||||||
Low voltage shutdown | 38Vdc | |||||||||
DC priority type | Low voltage switching of battery to mains voltage point | 44V(42-51V) | ||||||||
Return to the battery supply voltage point after sufficient supply | 52V(48-58V) |
Communication input | Rated AC input voltage | AC220V | AC110V | ||||||||||
Scope of communication input | 170-280Vac(UPS) 90-280Vac(APL) | ||||||||||||
Voltage drop point due to under voltage of the municipal power supply | 170Vac±5V (UPS) 90Vac±5V (APL) | ||||||||||||
Under voltage recovery point of municipal power supply | 180Vac±5V (UPS) 100Vac±5V (APL) | ||||||||||||
Overvoltage and power failure voltage point of mains power | 280Vac±5V | ||||||||||||
Overvoltage recovery voltage point of mains power | 270Vac±5V | ||||||||||||
Communication input frequency | 50HZ/60HZ(ADJ) | ||||||||||||
Frequency range | 40-65HZ | ||||||||||||
Single mains power on function | yes | ||||||||||||
UPS conversion time | <5ms(UPS);<13ms(Electrical mode) | ||||||||||||
AC output | AC output voltage | 220/230/240Vac±3% ADJ | |||||||||||
Communication output frequency | 50±1HZ/60±1HZ | ||||||||||||
Output waveform | Pure sine wave (full voltage range) | ||||||||||||
Waveform distortion rate | ≤3%(Linear Load) | ||||||||||||
Inverter peak efficiency | 95% | ||||||||||||
Dynamic response | (0~100%)≤5% | ||||||||||||
Power factor | >0.9 | ||||||||||||
Peak power (surge capability) | Twice the rated power in 3 seconds | ||||||||||||
Idle power consumption (standby power consumption) | 30W | ||||||||||||
power derating | No derating (output power will not decrease with the decrease of battery voltage) | ||||||||||||
work environment | Noise (1 meter) | ≤40dB | |||||||||||
Environmental temperature for use | -40℃~+50℃ | ||||||||||||
Storage environment temperature | -40℃~+70℃ | ||||||||||||
humidity | 0~90% | ||||||||||||
Using altitude (m) | ≤ 5000 (If it is higher than 1000, the usage will be reduced by 10% per liter starting from 1000) | ||||||||||||
Continuous running time | Can run continuously for a long time | ||||||||||||
Cooling method | Temperature controlled variable speed fan for heat dissipation | ||||||||||||
Mean time between failures | Not less than 100000 hours |