Item | Control method | Remark |
POWER | Press 3 seconds | Main switch control display /DC/USB-A/Type-C/AC/Button to turn ON and OFF |
AC | Press 1 seconds | AC ON/OFF Switch AC Output,Turn on AC Light on |
DC | Press 1 seconds | DC ON/OFF Switch DC Output,Turn on DC Light on |
LED | Press 1 seconds | 3 modes (Bright, Low、SOS),press and turn on Bright light,Press again For low light,Press again for SOS mode,Press again to turn off. |
USB | Press 1 seconds | USB ON/OFF Switch USB and Type-C Output,Turn on USB Light on |
Item | Specification | |
Input under voltage alarm | 48V ± 0.3V | |
Input under voltage protection | 40.0V ± 0.3V | |
No-load current consumption | ≤0.3A | |
Output voltage | 100V-120Vac /200-240Vac | |
Frequency | 50HZ/60Hz±1Hz | |
Rated output power | 2000W | |
Peak power | 4000W (2S) | |
Overload allowed (60S) | 1.1 times rated output power | |
Over temperature protection | ≥85℃ | |
Work efficiency | ≥85% | |
Output overload protection | 1.1 times load (Shut down, resume normal operation after restart) | |
Short Circuit Protection | Shut down, resume normal operation after restart | |
Inverter fan starts | Temperature control,When the internal temperature rises above 40°C,The fan starts running | |
Power factor | 0.9 (Battery voltage 40V-58.4V) |
Item | Specification |
AC charging mode | Three-stage charging(constant current, constant voltage, floating charge) |
AC Charge Input Voltage | 100-240V |
Maximum charging current | 15A |
Maximum charging power | 800W |
Maximum charging voltage | 58.4V |
Mains charging protection | Short circuit, over current, shutdown after battery is fully charged |
Charging efficiency | ≥95% |
Item | MIN | Standard | MAX | Remarks |
Input voltage range | 12V | / | 50V | The product can be charged stably within this voltage range |
Maximum charging current | / | 10A | / | The charging current is within 10A, battery is charged constantly,The power is≥500W |
Maximum charging voltage | / | 58.4V | / | |
maximum charging power | / | 500W | / | charging conversion efficiency≥85% |
Input reverse polarity protection | / | Support | / | When it is reversed,System cannot work |
Input overvoltage protection | / | Support | / | When it is short circuit,System cannot work |
Support MPPT function | / | Support | / |
NO. | Item | Default | Tolerance | Remark | |
1 | Over charge forsingle cell | Overcharge protection voltage | 3700mV | ±25mV | |
Overcharge protection delay | 1.0S | ±0.5S | |||
Overcharge protection removementfor single cell | Overcharge protection removement voltage | 3400mV | ±25mV | ||
Overcharge protection removement delay | 1.0S | ±0.5S | |||
2 | Over dischargefor single cell | Over discharge protection voltage | 2500mV | ±25mV | |
Over discharge protection delay | 1.0S | ±0.5S | |||
Over discharge protection removement forsingle cell | Over discharge protection removement voltage | 2800mV | ±25mV | ||
Over discharge protection removement delay | 1.0S | ±0.5S | |||
3 | Over charge forwhole unit | Overcharge protection voltage | 59.20V | ±300mV | |
Overcharge protection delay | 1.0S | ±0.5S | |||
Overcharge protection removement for whole unit | Overcharge protection removement voltage | 54.40V | ±300mV | ||
Overcharge protection removement delay | 2.0S | ±0.5S | |||
4 | Over dischargefor whole unit | Over discharge protection voltage | 40.00V | ±300mV | |
Over discharge protection delay | 1.0S | ±0.5S | |||
Over discharge protection removement forwhole unit | Over discharge protection removement voltage | 44.80V | ±300mV | ||
Over discharge protection removement delay | 2.0S | ±0.5S | |||
5 | Over discharge protection | Overcharge protection voltage | 20A | ± 5% | |
Overcharge protection delay | 2S | ±0.5S | |||
Overcharge protection removement | Automatic removement | 60s | ± 5S | ||
Removement by discharge | Discharge current>0.38A | ||||
6 | Over discharging current 1 protection | Over discharging1 protection current | 70A | ± 5% | |
Over discharging1 protection delay | 2S | ±0.5S | |||
Discharging current 1 protection removement | Remove load | Remove load, it will disappear | |||
Remove charging | Charging current > 0.38 A | ||||
7 | Discharging current2 protection | Over discharging2 protection current | 150A | ± 50A | |
Over discharging2 protection delay | 200mS | ± 100mS | |||
Discharging current 2 protection removement | Remove load | Remove load, it will disappear | |||
Remove charging | Charging current > 0.38A | ||||
8 | Short circuit protection | Short circuit protection current | ≥400A | ± 50A | |
Short circuit protection delay | 320μS | ±200uS | |||
Short circuit protection removement | Remove load, it will disappear | ||||
9 | Equalization | Equalization of voltage start | 3350mV | ±25mV | |
Voltage gap when start | 30mV | ± 10mV | |||
Static equalization | start | / | |||
10 | Temperature protection for cell | High temperature protection while charging | 60℃ | ±4℃ | |
High temperature protection recovery while charging | 55℃ | ±4℃ | |||
Low temperature protection while charging | -10℃ | ±4℃ | |||
Low temperature protection recovery while charging | -5℃ | ±4℃ | |||
High temperature protection while discharging | 65℃ | ±4℃ | |||
High temperature protection recovery while discharging | 60℃ | ±4℃ | |||
Low temperature protection while discharging | -20℃ | ±4℃ | |||
Low temperature protection recovery while discharging | -15℃ | ±4℃ | |||
11 | Power lose | Power lose voltage | ≤2.40V | ±25mV | Meet three conditions at same time |
Power lose delay | 10min | ± 1min | |||
Charge and discharging current | ≤2.0A | ± 5% | |||
12 | High temperature protection for MOS | MOS protection temperature | 85℃ | ± 3℃ | |
MOS recovery temperature | 75℃ | ± 3℃ | |||
MOS high temperature delay | 5S | ± 1.0S | |||
13 | environmental temperature protection | High temperature protection | 70℃ | ± 3℃ | |
High temperature recovery | 65℃ | ± 3℃ | |||
Low temperature protection | -25℃ | ± 3℃ | |||
Low temperature recovery | -20℃ | ± 3℃ | |||
14 | Full charge protection | Total voltage | ≥ 55.20V | ± 300mV | Meet three conditions at same time |
Charging current | ≤ 1.0A | ± 10% | |||
Full charge delay | 10S | ±2.0S | |||
15 | Power default | Low power alarm | SOC <30% | ± 10% | |
Full power | 30AH | / | |||
Designed power | 30AH | / | |||
16 | Current consumption | Self -consumptioncurrent at work | ≤ 10mA | ||
Self-consumptioncurrent while asleep | ≤ 500μA | enter :NO charge-discharge , NO communication 10S | |||
activation :1.charge-discharfe 2.communication | |||||
Low-consumptionmode current | ≤ 30μA | enter :refer to【current consumption mode】 | |||
activation :charging voltage | |||||
17 | Decrease after one cycle | 0.02% | One cycle of capacity decrease at 25℃ | ||
Full capacity decreasing | Self-consumption current rate | 1% | Self-consumption rate at sleep mode every month | ||
System setting | Percentage of charge and discharge | 90% | The capacity of charge and discharge reaches 90% of the total power, it is one cycle | ||
SOC 0% voltage | 2.60V | percentage 0% equal to single cell voltage | |||
18 | Plate size | length*Width*Height ( mm ) | 130 ( ±0.5 ) *80 ( ±0.5 ) <211 |
Item | MIN | Standard | MAX | Remarks |
High temperature protection for discharge | 56℃ | 60℃ | 65℃ | When the cell temperature is higher than this value, the output is turned off |
High temperature release of discharge | 48℃ | 50℃ | 52℃ | After high temperature protection, the output needs to be restored after the temperature drops to the recovery value |
Operating temperature | -10℃ | / | 45℃ | Ambient temperature during normal operation |
Storage humidity | 45% | / | 85% | When not in operation, within the storage humidity range, suitable for storage |
Storage temperature | -20℃ | / | 60℃ | When not in operation, within the storage temperature range, suitable for storage |
Working humidity | 10% | / | 90% | Ambient humidity during normal operation |
Fan on power | / | ≥100W | / | When input/output power≥100W,Fan starts |
Fan off power | / | ≤100W | / | When the total output power≤100W, Fan off |
Lighting LED Power | / | 3W | / | 1 LED light board, bright white light |
Power saving mode power consumption | / | / | 250uA | |
Total system power consumption in standby | / | / | 15W | Total power consumption when the system has no output |
Total output power | / | 2000W | 2200W | Total power≥2300W, DC output is priority |
Charging and discharging | / | support | / | In charging state,there are AC output and DC output |
Off to charge | / | support | / | In the off state, charging can boot the screen display |
1. Charging
1)You can connect the mains power to charge the product. Also you can connect the solar panel to charge the product. The LCD display panel will blink incrementally from left to right. When all the 10 steps are green and the battery percentage is 100%, it means that the product is fully charged.
2) During the charging, the charging voltage should be within the input voltage range, otherwise it will cause overvoltage protection or mains trip.
2. Frequency conversion
When the AC is off, hold down the "POWER" button and the AC button for 3 seconds to automatically switch to 50Hz or 60Hz. The normal factory setting is 60Hz for the Japanese/American and 50Hz for the Chinese/European.
3. Product standby and shutdown
1) When all output DC/AC/USB/ wireless charging is off, the display will go into hibernation mode for 50 seconds, and automatically shuts down within 1 minute, or press "POWER" to shut down.
2) If the output AC/DC/USB/ wireless charger are all turned on or one of them is turned on, the display will enter hibernation mode within 50 seconds, and the display will enter the steady state and will not automatically shut down.
Click the "POWER" button or the indicator button to turn on, and press the "POWER" button for 3 seconds to turn off.