EN
Efficiency: It has a high charging conversion efficiency, which can minimize energy loss.
Safety:It has a high level of safety and there will be no electrical accidents or other dangerous situations during the charging
process.
Stability: It has good stability, ensuring that the charging process remains stable and reliable.
Compatibility: It has a wide range of compatibility, suitable for various types of electric vehicles and charging station
equipment.
System integration: It integrates with other electric vehicle systems, such as vehicle electronic control systems, battery
management systems, etc., to ensure the stability and reliability of the entire electric vehicle system.
CTS 3.3KW 6.6KW 20KW EV Onboard OBC with Liquid/Air Cooling for Optimal Charging
CTS 3.3KW 6.6KW 11KW EV Onboard OBC with Liquid/Air Cooling for Optimal ChargingMain Features :1.Support UDS diagnosis CAN wake-up function 2.Fully sealed process can work reliably under the conditions of -40°C-+85°C 3.Built-intemperature sen...
Description
CTS 3.3KW 6.6KW 11KW EV Onboard OBC with Liquid/Air Cooling for Optimal Charging
Main Features :
1.Support UDS diagnosis CAN wake-up function
2.Fully sealed process can work reliably under the conditions of -40°C-+85°C
3.Built-intemperature sensor to shut down output under hazardous operating conditions (internal 90°C)
4. Protection level IP67 Can work safely under short-term water immersion conditions
5. Heat dissipation method: air cooling / water cooling
6. Optional 12V DC/DC Converter for low-voltage equipment for electric vehicles.
1.Support UDS diagnosis CAN wake-up function
2.Fully sealed process can work reliably under the conditions of -40°C-+85°C
3.Built-intemperature sensor to shut down output under hazardous operating conditions (internal 90°C)
4. Protection level IP67 Can work safely under short-term water immersion conditions
5. Heat dissipation method: air cooling / water cooling
6. Optional 12V DC/DC Converter for low-voltage equipment for electric vehicles.
The parameters of 3.3KW OBC
Model |
Input voltage range |
Input Current |
The output voltage |
Output current |
HK-J-H99-40 |
AC 90~265V |
16A |
50V-99V |
40A |
HK-J-H132-32 |
AC 90~265V |
16A |
35V-132V |
32A |
HK-J-H198-23 |
AC 90~265V |
16A |
50V-198V |
23A |
HK-J-H440-10 |
AC 90~265V |
16A |
110V-440V |
10A |
input
|
frequency |
45-65Hz |
effectiveness |
94% |
|
Power Factor |
0.99 |
|
Standby power consumption |
≤5W |
|
Main output
|
output method |
Constant voltage / constant current |
Output Power |
3300W@220VAC 1600W@110VAC |
|
Constant pressure accuracy |
±1% |
|
Constant current accuracy |
±2% |
|
Ripple voltage coefficient |
5% |
|
Low voltage output
|
output method |
Constant pressure |
The output voltage |
13.8V |
|
Rated current |
5A |
|
Constant pressure accuracy |
±2% |
|
Maximum current |
5.5A±0.5A |
|
Output Power |
≥62.5W |
|
Ripple voltage coefficient |
1% |
|
Communication function
|
CANcommunication |
yes |
Baud rate |
125Kbps、250Kbps、500Kbps(According to customer needs) |
|
Terminating resistor |
no |
The parameters of 6.6KW OBC with 1500W DCDC converter
Model |
Voltage |
Charger
Hardware
|
DC-DC
Hardware
|
DC-DC power |
cooling method |
CD-LW01 |
144V |
HK-LW-202-46 |
TDC-JH-144- 12 |
1K5W |
Liquid Cooling |
CD-LW02 |
312V |
HK-LW-450-20 |
TDC-JH-320- 12 |
1K5W |
Liquid Cooling |
CD-LW03 |
540V |
HK-LW-680-14 |
TDC-JH-540- 12 |
1K5W |
Liquid Cooling |
CD-LW04 |
108V |
HK-LW-177-60 |
TDC-JH-108- 12 |
1K5W |
Liquid Cooling |
CD-LW05 |
216V |
HK-LW-290-28 |
TDC-JH-216- 12 |
1K5W |
Liquid Cooling |
CD-LF01 |
144V |
HK-LF-202-46 |
TDC-JH-144- 12 |
1K5W |
Air Cooling |
CD-LF02 |
312V |
HK-LF-450-20 |
TDC-JH-320- 12 |
1K5W |
Air Cooling |
CD-LF03 |
540V |
HK-LF-680-14 |
TDC-JH-540- 12 |
1K5W |
Air Cooling |
CD-LF04 |
108V |
HK-LF-177-60 |
TDC-JH-108- 12 |
1K5W |
Air Cooling |
CD-LF05 |
216V |
HK-LW-290-28 |
TDC-JH-216- 12 |
1K5W |
Liquid Cooling |
Voltage platform |
108V |
144V |
216V |
312V |
540V |
||
output
|
Output voltage range |
45~ 177V |
50~ 202V |
70~ 290V |
110~4 50V |
170~6 80V |
|
Output current |
60A |
46A |
28A |
20A |
14A |
||
output
|
Output power |
6600W@220VAC 3300W@110VAC |
Output mode |
constant voltage / constant current |
|
Constant voltage accuracy |
± 1% |
|
Constant current accuracy |
±2% |
|
Ripple voltage coefficient |
5% |
|
Input
|
Input voltage range |
AC 90~265V |
Frequency |
45-65Hz |
|
Input current |
32A |
|
Power factor |
≥ 0.99 More than half a load |
|
Efficiency |
≥ 93% the full load |
|
Standby power |
≤ 5W |
|
Low voltage output
|
Output mode |
constant voltage |
Output voltage |
13.8V |
|
Rated current |
5A |
|
Constant voltage accuracy |
±2% |
|
output power |
≥ 62.5W |
|
Ripple voltage coefficient |
1% |
|
This is a product designed specifically to supplement the power battery of electric vehicles, in accordance with the national standard for charging equipment. The product has many advantages,such as high efficiency, small size, high stability, and long lifespan. It also features a high protection level, high reliability, and complete protection functions, making it an ideal power source for charging electric vehicles.
