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Details of charging and discharging
System operating mode
No | Model | Description |
1 | Inverter mode | When there is no AC power, the battery converts to AC power through the inverter unit to supply power to the load. |
2 | Charging mode | (1)AC power charging mode: When AC power is available, it supplies power to the load through the switching unit while simultaneously charging the battery via the inverter unit. (2) Solar charging mode: When solar panels are connected to the PV input port, the system activates the solar charging mode. (3) AC power and solar charging mode: When both AC power and solar input are available, solar charging takes priority. |
3 | Parallel operation mode | The parallel ports L and N of the two machines are connected via a parallel cable to achieve output parallel operation. During parallel operation, the output load power reaches twice the rated load power. |
Specifications and Parameters
No | Project | Rated parameters | Explanation |
1 | Inverter output voltage（VAC） | 230 | ± 10 |
2 | Inverter output power（W） | 2300 | |
3 | Inverter output frequency（Hz） | 50 | |
4 | Inverter output overload protection（%） | 105% | 105%~120% rated load,10s protect, 121%~200% rated load,200ms protect, >200% rated load,20ms protect. |
5 | Inverter output short-circuit protection | Have | Non-recoverable, requires restart |
6 | USB-A Output | Max.18W | 5V-3.0A ，9V-2.0A, 12V-1.5A |
7 | USB-C Output | Max.24W | 5V-3.0A ，9V-2.5A, 12V-2.0A |
8 | Wireless charging output power （W） | 15 | ＜45℃, 15W Charge, 45~74℃, 8W Charge, >74℃,Stop charging, When charging, the blue circular backlight breathes; when malfunctioning, the blue circular backlight flashes rapidly. |
9 | AC input voltage（VAC） | 184~264 | |
10 | AC input power（W） | 2300 | |
11 | AC input frequency（Hz） | 45~55 | |
12 | Solar Input Voltage（V） | 12~60 | |
13 | Solar input current（A） | 25 | |
14 | Maximum solar charging power （W） | 800 | |
15 | Maximum charging power（W） | 1600 | |
16 | Battery input voltage（V） | 37.5~54.75 | |
17 | Total Overvoltage Protection （V） | 54 | Main control board control parameters |
18 | Total overvoltage recovery （V） | 52.5 | Main control board control parameters |
19 | Single-unit overvoltage protection（V） | 3.6 | Main control board control parameters |
20 | Single-unit overvoltage recovery（V） | 3.5 | Main control board control parameters |
21 | Total Undervoltage Protection（V） | 39 | Main control board control parameters |
22 | Total undervoltage recovery （V） | 42 | Main control board control parameters |
23 | Single-unit undervoltage protection（V） | 2.6 | Main control board control parameters |
24 | Single-unit undervoltage recovery（V） | 2.8 | Main control board control parameters |
24 25 | Operating temperature(℃) | Discharge：-20~45 | |
Charge 0~45 | |||
26 | Recommended storage temperature(℃) | 10~35 | |
27 | Recommended storage temperature（%RH） | ＜75 | |
28 | Fan temperature control | On load: When the inverter temperature reaches ≥45°C±5°C, the fan starts operating; when the inverter temperature drops to ≤40°C±5°C, the fan stops. | |
