The design system consists of ternary lithium 8s5p battery protection board, DC charging circuit, MCU control circuit, inverter circuit and LCD screen. Inverter 500W pure sine wave AC220V/50Hz, subject to pure resistance load, DC12V/ 10A, USB QC3 0,TYPE-C PD3. 0 lt is suitable for camping, emergency communication, medical rescue, fire rescue and other fields.
The design system consists of ternary lithium 8s5p battery protection board, DC charging circuit, MCU control circuit, inverter circuit and LCD screen. Inverter 500W pure sine wave AC220V/50Hz, subject to pure resistance load, DC12V/ 10A, USB QC3 0,TYPE-C PD3. 0 lt is suitable for camping, emergency communication, medical rescue, fire rescue and other fields.
Product Scenarios
Specification
Model |
PPS500A |
|
Capacity |
2800m Ah * 6 Series 8 parallel 134400m A H |
|
Cell |
18650/2800mAh 3C |
|
Battery Power |
497WH |
|
AC Power |
Sine wave AC 500W 220V / 50H z |
|
AC Peak V alue |
1000W peak maintenance time < 50ms |
|
Conversion Eff i ciency |
85% ≤ |
|
Class |
Project |
Specifications |
IN TPU T |
D C input |
DC5521 12-24V -5A |
AC OU T 220V |
AC output voltage |
1 A C socket A C220V ± 5% |
AC output power |
500W |
|
AC output over power protection |
About 550W |
|
AC output waveform |
Correction wave |
|
AC output peak |
1000W peak maintenance time < 50ms |
|
Frequency |
50Hz |
|
USB output port |
U sb1 output |
QC3.0 M A X 12V /1.5A |
U SB 2 output |
QC3.0 M A X 12V /1.5A |
|
TY PE-C1 output |
PD /QC3.0 M A X 12V /1.5A |
|
DC12V output |
DC1 DC2 output |
12V /10A M A X |
Type-C output / input |
TY PE-C2 |
Pd60w output |
Electric core |
type |
Ternary l i thium cell 18650 / 2800mah |
capacity |
134400mAH (6S8P) |
|
power |
497WH |
|
cycle l i fe |
M ore than 1000 times |
|
Charging parameters |
|
D C 12-24V /5A |
Charging time |
6-7H |
Charge f rom 0% to 100% (automatic cut-off) |
Full voltage |
25.2V ± 0.1V |
The battery is charged to the voltage at automatic cut-off |
LCD display |
D i splay the power, charge and stop charge status |
The power column f lashes, PD + in, and the power column i s always on |
D C, A C and inverter status |
Switch status of U SB QC 3.0 and A C |
|
Boot static |
|
<10W |
Protection function |
|
Short ci rcuit, overload, overtemperature, overvoltage, overcurrent, undervoltage, etc |
I nverter over temperature protection |
Over temperature protection |
≥ 85℃ |
Over temperature recovery |
≤ 70℃ |
Product Scenarios
Specification
Model |
PPS500A |
|
Capacity |
2800m Ah * 6 Series 8 parallel 134400m A H |
|
Cell |
18650/2800mAh 3C |
|
Battery Power |
497WH |
|
AC Power |
Sine wave AC 500W 220V / 50H z |
|
AC Peak V alue |
1000W peak maintenance time < 50ms |
|
Conversion Eff i ciency |
85% ≤ |
|
Class |
Project |
Specifications |
IN TPU T |
D C input |
DC5521 12-24V -5A |
AC OU T 220V |
AC output voltage |
1 A C socket A C220V ± 5% |
AC output power |
500W |
|
AC output over power protection |
About 550W |
|
AC output waveform |
Correction wave |
|
AC output peak |
1000W peak maintenance time < 50ms |
|
Frequency |
50Hz |
|
USB output port |
U sb1 output |
QC3.0 M A X 12V /1.5A |
U SB 2 output |
QC3.0 M A X 12V /1.5A |
|
TY PE-C1 output |
PD /QC3.0 M A X 12V /1.5A |
|
DC12V output |
DC1 DC2 output |
12V /10A M A X |
Type-C output / input |
TY PE-C2 |
Pd60w output |
Electric core |
type |
Ternary l i thium cell 18650 / 2800mah |
capacity |
134400mAH (6S8P) |
|
power |
497WH |
|
cycle l i fe |
M ore than 1000 times |
|
Charging parameters |
|
D C 12-24V /5A |
Charging time |
6-7H |
Charge f rom 0% to 100% (automatic cut-off) |
Full voltage |
25.2V ± 0.1V |
The battery is charged to the voltage at automatic cut-off |
LCD display |
D i splay the power, charge and stop charge status |
The power column f lashes, PD + in, and the power column i s always on |
D C, A C and inverter status |
Switch status of U SB QC 3.0 and A C |
|
Boot static |
|
<10W |
Protection function |
|
Short ci rcuit, overload, overtemperature, overvoltage, overcurrent, undervoltage, etc |
I nverter over temperature protection |
Over temperature protection |
≥ 85℃ |
Over temperature recovery |
≤ 70℃ |