| Hybrid Electric Vehicle (HEV) |
| The Hybrid Electric Vehicle (HEV) uses hybrid power source (Engine, Electric motor), so its fuel efficiency is relatively high and exhaust emission is very small compared to the traditional vehicle which uses only engine as power source. It consists of the engine, motor, high voltage battery and control modules. In Electric Vehicle (EV) mode, the HEV is driven by only the electric motor, but engine supports the motor in case the vehicle needs more power (HEV Mode). The electric motor not only drives the vehicle but also generates electric energy during regenerative braking for charging the high voltage battery. |


|
Items
|
Description
|
Related Control Module
| ||||||||||||||
|
1. MIL Lamp
|
|
ECM, TCM, OPU, HCU, MCU, BMS, AAF
| ||||||||||||||
|
2. Service Lamp
|
|
HCU, MCU, BMS, LDC, OPU
| ||||||||||||||
|
3. READY Lamp
|
|
HCU
| ||||||||||||||
|
4. EV MODE Lamp
|
|
HCU
|
Procedure for entering engine forced activation modeIf the engine needs to be running constantly while the vehicle is stopped to inspect emission gas or perform maintenance on the vehicle, follow below procedure to enter engine forced activation mode.
SpecificationsHybrid Control SystemBrake Switchâ–· Type : ON/OFF Switchâ–· Specification Item Brake PedalRelease Brake PedalPush Switch 1Max.
DescriptionThe A/C Pressure Transducer (APT) converts the pressure value of high pressure line into voltage value after measuring it. By converted voltage value, engine ECU controls the cooling fan by operating it high speed or low speed. Engine ECU stops the operation of the compressor when the temperature of refrigerant line is very high or very
DescriptionThe auto defogging sensor is installed on the front window glass. The sensor judges and sends signal if moisture occurs to blow out wind for defogging. The air conditioner control module receives signal from the sensor and restrains moisture and eliminate defog by controlling the intake actuator, A/C, auto defogging actuator, blower moto