
1000w portable power station supply
- Transportation:
- Express, Air, Land, Ocean
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Contact NowPlace of Origin: | China |
---|---|
Productivity: | 10,000 pcs per month |
Supply Ability: | 1000 pcs per month |
Payment Type: | T/T,Others |
Incoterm: | FOB,CIF,CFR,EXW,Express Delivery,DDP |
Certificate: | ISO9001; ISO14001 |
HS Code: | 8507600090 |
Transportation: | Express,Air,Land,Ocean |
Port: | ,, |
1000w portable power station supply Portable Power Bank quickly Charging Portable power station for power tool Portable power generation
using on Home emergency power supply, travel, Emergency relief, outdoor working Portable power station Portable generator Energy storage system solution LiFePO4 battery Portable Energy Storage Lithium Iron Phosphate battery and 1000w Portable Energy Storage etc.
1.Product Description
This product is a portable energy storage product, suitable for home emergency power backup, outdoor travel, emergency disaster relief, field work and other applications. This product has AC (110V/220V: 500W), USB (QC3.0, Type-C: PD60W), DC (DC5525: 14V/8A, cigarette lighter: 14V/8A) voltage output of different ports, and built-in 3W LED Lighting lamp and SOS alarm function, support 10W wireless charging function; the system is equipped with standard AC adapter 25V/4A to charge the system. You can also choose DC photovoltaic 18V/60-150W charging or DC car charger can also be used to charge the system.
2. Front panel control and digital display instructions
2.1 Switch function
Master switch: the master switch that controls each function of the product (except the lighting function). After the switch is pressed, the power display lights up and the wireless charging function is turned on.
DC key switch: control 14V DC5525, cigarette lighter, the key indicator lights up when the switch is turned on, and goes out after turning off.
USB key switch: control USB A and Type-c, the key indicator lights up when the switch is turned on, and turns off when the switch is turned off.
AC key switch: control reverse AC output, the key indicator lights up when the switch is turned on, and turns off when the switch is turned off.
Lighting key switch: control LED lighting, SOS warning light.
2.2 LCD display information
LCD display information: battery power, input power, output power (DC, USB, AC power)
1) After the charger is plugged into the DC charging port, the battery marquee will be displayed on the left side of the screen and the battery will be displayed, the screen "INPUT" will light up and the charging power will be displayed.
2) After the DC circuit is turned on, the "DC ON" of the digital tube lights up and displays the output power.
3) After the USB circuit is turned on, the "USB ON" of the digital tube lights up and displays the output power.
4) After the AC circuit is turned on, the "AC ON" of the digital tube lights up and displays the output power.
3.Portable energy storage power supply parameters
3.1 DC IN Input port parameters
Item |
Min. |
STD. |
Max. |
Remarks |
Standard input voltage range |
12Vdc |
25Vdc |
26Vdc |
Standard 25V/4A adapter. |
Input charging current |
--- |
4A |
6A |
Max. :120W |
PV input |
--- |
18V |
--- |
Max. Current: 6A |
Input polarity reverse protection |
--- |
Support |
--- |
Cannot charge when the input is reversed, and the display does not display. |
3.2 DC5525 Output port parameters
Item |
Min. |
STD |
Max. |
Remarks |
Output voltage range |
12Vdc |
14Vdc |
15Vdc |
|
Rated output current |
--- |
8A |
--- |
|
Current limit protection |
8.1A |
9A |
10A |
If the output current exceeds this current limit, the output will be turned off. After the overcurrent is released, you need to manually press the DC switch to restore the output. |
Short circuit protection |
--- |
Yes |
--- |
The output terminal and wire are short-circuited with external equipment, and the output port will stop output. When the short-circuit is removed, the output will be restored. The product will not cause a vicious event during the short-circuit process. |
Note: Overload and short circuit are destructive tests, the time cannot exceed 3S, and continuous operation is not allowed. |
3.3 Cigarette lighter output port parameters
Item |
Min. |
STD |
Max. |
Remarks |
Output voltage range |
12Vdc |
--- |
15Vdc |
|
Rated output current |
--- |
8A |
--- |
|
Current limit protection |
8.1A |
9A |
10A |
If the output current exceeds this current limit, the output will be turned off. After the overcurrent is released, you need to manually press the DC switch to restore the output. |
Short circuit protection |
--- |
Yes |
--- |
The output terminal and wire are short-circuited with external equipment, and the output port will stop output. When the short-circuit is removed, the output will be restored. The product will not cause a vicious event during the short-circuit process. |
Note: Overload and short circuit are destructive tests, the time cannot exceed 3S, and continuous operation is not allowed. |
3.4 QC3.0 Output port parameters
Item |
Min. |
STD |
Max. |
Remarks |
5V no-load output voltage |
4.7V |
5.0V |
5.30V |
|
5V full load output voltage |
4.5V |
5.0V |
5.30V |
|
5V rated output current |
--- |
2.5A |
--- |
|
9V no-load output voltage |
8.70V |
9V |
9.3V |
|
9V full-load output voltage |
8.50V |
9V |
9.3V |
|
9V rated output current |
--- |
2.0A |
--- |
|
12V no-load output voltage |
11.7 |
12.3V |
13 |
|
12V full-load output voltage |
11.5 |
12V |
12.5 |
|
12V rated output current |
--- |
1.5A |
--- |
|
Auto recognition |
--- |
Yes |
--- |
Output corresponding voltage and current according to different loads. |
Note: Overload and short circuit are destructive tests, the time cannot exceed 3S, and continuous operation is not allowed;The short-circuit test can only be tested at 5V. |
3.5 Type-C output port parameters(PD3.0/60W)
Item |
Min. |
STD |
Max. |
Remarks |
5V no-load output voltage |
4.5V |
5V |
5.7V |
|
5V full-load output voltage |
4V |
5V |
5.5V |
|
5V rated output current |
--- |
3A |
--- |
|
9V no-load output voltage |
8.5V |
9V |
9.7V |
|
9V full-load output voltage |
8V |
9V |
9.5V |
|
9V rated output current |
--- |
3A |
--- |
|
12V no-load output voltage |
11.5V |
12V |
12.7V |
|
12V full-load output voltage |
11V |
12V |
12.5V |
|
12V rated output current |
--- |
3A |
--- |
|
15V no-load output voltage |
14.5V |
15V |
15.7V |
|
15V full-load output voltage |
14V |
15V |
15.5V |
|
15V rated output current |
--- |
3A |
--- |
|
20V no-load output voltage |
19.5V |
20V |
20.5V |
|
20V full-load output voltage |
18V |
20V |
20.5V |
|
20V rated output current |
--- |
3A |
--- |
|
Auto recognition |
--- |
yes |
--- |
Output corresponding voltage and current according to different loads. |
Note: Overload and short circuit are destructive tests, the time cannot exceed 3S, and continuous operation is not allowed;The short-circuit test can only be tested at 5V. |
3.6 AC output port parameters
Item |
Min. |
STD |
Max. |
Remarks |
|
No-load output voltage |
105Vac |
110Vac |
115Vac |
American Standard,Japanese Standard |
|
Load output voltage |
99V |
110V |
121V |
American Standard,Japanese Standard |
DC:19.2-25.2V |
No-load output voltage |
215Vac |
230Vac |
240Vac |
China Regulation/ European Regulation/ Australian Regulation |
|
Load output voltage |
198V |
230V |
245V |
China Regulation/ European Regulation/ Australian Regulation |
DC:19.2-25.2V |
Output waveform |
--- |
sine wave |
--- |
Rated R load |
|
Output frequency |
59Hz |
60Hz |
61Hz |
American Standard,Japanese Standard |
|
Output frequency |
49Hz |
50Hz |
51Hz |
China Regulation/European Regulation/Australian Regulation |
|
Rated output power |
--- |
500W |
--- |
Battery module rated input 20.4~25.2Vdc, Rated R load. |
|
Output power factor |
0.8 |
--- |
--- |
Battery module rated input 19.2~25.2Vdc, Rated R load. |
|
Efficiency |
85% |
--- |
--- |
Average efficiency with R load at four points of load current 40%, 60%, 80%, 100%. (for reference only). |
|
Short circuit protection |
--- |
yes |
--- |
If the output terminal, wire or external equipment is short-circuited, turn off the inverter output. The product should not be damaged during the short-circuit process, and the output needs to be restored manually. |
|
Overload protection |
510W |
550W |
590W |
When the DC+USB+AC load power is greater than 1100W, the overload protection is triggered, the AC is turned off, and the DC and USB output are reserved (the rated input of the battery module is 20.4~25.2Vdc rated R load). |
|
Inverter over temperature protection |
85℃ |
--- |
--- |
Stop the inverter output after protection, and need to manually restore. |
|
Note: Overload and short circuit are destructive tests, the time cannot exceed 3S, and continuous operation is not allowed. |
3.7 LED lights, warning light parameters
Item |
Min. |
STD |
Max. |
Remarks |
Lamp power |
--- |
3W |
--- |
|
Color temperature |
2800K |
3000k |
3200K |
|
Operating mode |
Steady on: Short press the constant once, then short press once to close. SOS flashing: continuous short press twice to flash, short press once to turn it on, and then short press once to turn off. |
3.8 Wireless charging parameters
Item |
Min. |
STD |
Max. |
Remarks |
Power |
--- |
10W |
--- |
9V/1A |
3.9 Energy storage battery pack parameters
Item |
STD |
Remarks |
Rated voltage |
22.2V |
Optional according to customer requirements |
Cell capacity |
23.4Ah |
|
519.48wh |
||
Cell resistance |
≤40mΩ |
3.10 System protection function
Item |
Min. |
STD |
Max. |
Remarks |
Low battery alarm |
18.9V |
19.2V |
19.5V |
When the discharge voltage reaches a low battery alarm, the AC buzzer will sound. |
Low power protection |
18V |
18.3V |
18.6V |
When the discharge voltage reaches the low telegram protection voltage, the product stops working. |
Charging high temperature protection |
45℃ |
50℃ |
55℃ |
If the battery cell temperature exceeds this range, it is prohibited to charge the battery. |
Charging high temperature protection recovery |
40℃ |
45℃ |
50℃ |
Automatic recovery. |
Charging low temperature protection |
-5℃ |
0℃ |
5℃ |
If the battery temperature is lower than or equal to 0°C, it is forbidden to charge the battery. |
Charging low temperature protection recovery |
0℃ |
5℃ |
10℃ |
Automatic recovery. |
Discharge high temperature protection |
60℃ |
65℃ |
70℃ |
If the cell temperature exceeds this value, discharging the battery is prohibited. |
Discharge high temperature protection recovery |
55℃ |
60℃ |
65℃ |
It cannot be restored automatically, you must press the button to restore. |
Discharge low temperature protection |
-10℃ |
-15℃ |
-20℃ |
It cannot be restored automatically, you must press the button to restore. |
Discharge low temperature protection recovery |
-15℃ |
-10℃ |
-5℃ |
It cannot be restored automatically, you must press the button to restore. |
3.11 Shutdown self-consumption current and hibernation
Item |
Standard |
Remarks |
Power consumption after shutdown |
≤1mA |
|
Master Switch |
hibernation |
<5W,8H into dormancy |
DC output |
no hibernation |
|
USB output |
no hibernation |
|
AC output |
no hibernation |
|
Note: In order to satisfy the low current power supply of low-power products and the charging and refrigeration appliances can start after the heat preservation state (no working current), so all output ports do not have the hibernation function, and any output port of the product should be closed when the output port is not in use. , When the battery is not in use, turn off the main switch to prevent the product from self-consumption (the main switch sleep is to turn off the power when it is not used for more than 8H).
4.Working environment parameters
Item |
Min. |
STD |
Max. |
Remarks |
Operating temperature |
0℃ |
--- |
40℃ |
Ambient temperature where the product works normally. |
Storage temperature |
-20℃ |
--- |
45℃ |
The product does not work within the storage temperature range and is suitable for storage. |
Working humidity |
10% |
--- |
90% |
Ambient humidity where the product works normally. |
Storage humidity |
|
--- |
45% |
The product does not work within the storage humidity range and is suitable for storage. |
Notes:
When the product is placed in a high temperature environment (40°C) for discharge. When the system detects that the temperature of the battery cell exceeds 65°C. To ensure the safe use of batteries, all output ports are closed. At this time, the battery cell will not discharge.
The product is placed in a low temperature environment (0℃) when charging. When the system detects that the temperature of the battery cell is lower than 0°C. To ensure the safe use of batteries, close the charging port and prohibit charging.
5.Dimession: 292x202x194mm
6.Aging requirements
The aging sequence during mass production is as follows: first fully charge, then discharge, and then charge 45%~65% of the power. The aging results need to be recorded.
7. Parts list
No |
Item and Specification |
QTY |
1 |
Host |
1 |
2 |
Product Manual |
1 |
3 |
AC charger |
1 |
4 |
Car charging cable |
1 |
8.Charging instructions
The charging voltage should not exceed the maximum value specified in this specification. The design of the charger should meet the requirements of this specification. When the current and voltage range beyond the requirements of this specification are used, it may cause the charging and discharging performance, mechanical performance and Safety performance issues.
9.Precautions for storage
If the battery is stored for more than three months, please use the charger within the specified parameters to perform a charge and discharge cycle for the product.
10.Warnings and precautions
10.1 Do not put the product in water.
10.2 Do not heat the product or close to the fire source! Do not disassemble or modify the product without authorization! Do not hit the product forcefully! Otherwise, it may cause battery overheating, short circuit, fire or function failure, shortened life and other hazards.
10.3 It is forbidden to use or place the battery in high temperature (in the hot sun or in a very hot car), otherwise it may cause the battery to overheat, catch fire or function failure, and shorten the life.
10.4 It is forbidden to disassemble and install the battery.
10.5 It is forbidden to short-circuit the battery.
10.6 It is forbidden to use non-dedicated chargers to charge the battery, it will be dangerous.
10.7 Do not directly touch the leaking battery. The leaking electrolyte will cause skin discomfort. In case the electrolyte enters the eyes, rinse with clean water as soon as possible, do not rub the eyes, and promptly send to the hospital for medical treatment.
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