Hybrid vehicles, types ; 미국 기준,
IC Engine ; Internal-Combustion Engine,
High voltage batteries in hybrid vehicles range
from 144 to 330 volts DC.
Some manufacturers, Toyota, Lexus, and Nissan, use power converters to increase the operating system
voltage to 650 volts AC to power the electric drive motors.
1. PHEV; Plug-in Hybrid Electric Vehicles,
2. BEV; Battery Electric Vehicles,
3. HEV; Hybrid Electric Vehicles [FHEV; Full Hybrid Electric Vehicle],
4. MHEV; Mild Hybrid Electric Vehicle,
5. Flex fuel, or flexible fuel vehicle,
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1. PHEV; Plug-in Hybrid Electric Vehicles,
Gasoline 동작, gas tank 가 있고
일반 게솔린 엔진이 있다.
밭테리 충전하는 꽃는 port 가 있어서 사람이 충전 할수 있다.
Battery charging port [can be charged at home]
집에서 충전 하려면 충전기를 사야한다.
Can charge by using L2 chargers.
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2. BEV; Battery Electric Vehicles,
No gasoline [개솔린이 타는 일반차 엔진이 없다.]
밭테리로만 동작,
밭테리 충전하는 꽃는 port 가 있어서 사람이 충전 할수 있다.
Only battery and charging port [can be charged at home]
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3. HEV; Hybrid Electric Vehicles, 또는
[FHEV; Full Hybrid Electric Vehicle],
only gasoline [개솔린용 일반차 엔진이 있다.]
밭테리는 사람이 충전을 못한다,
자동차 스스로 충전,
No charging port, [self-charging]
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4. MHEV; Mild hybrid Electric Vehicles,
전기 와 개솔린 8-15% 와 같이 동작,
개솔린 없으면 안됨,
a vehicle that cannot be driven solely on its electric motor, because the electric motor does not have enough power to propel the vehicle on its own.
Mild hybrids include only some of the features found in hybrid technology, and usually achieve limited fuel consumption savings, up to 15 percent in urban driving and 8 to 10 percent overall cycle.
5. Flex fuel, or flexible fuel vehicle,
개솔린, 메타놀, 에타놀 로 동작하는 하이브리드,
is an alternative fuel made of a combination of gasoline and methanol or ethanol.
Two types of Flex-fuel hybrid vehicles ;
Flex-fuel hybrid electric and flex-fuel plug-in hybrid, built with a combustion engine capable of running on gasoline, E-85, or E-100 to help drive the wheels in conjunction with the electric engine or to recharge the battery pack that powers the electric engine.
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직렬 병렬 하이브리드 차이,
Series vs Parallel hybrid electric vehicle,
Hybrids that use a series drivetrain only receive mechanical power from the electric motor, which is run by either a battery or a gasoline-powered generator.
In hybrids with parallel drivetrains, the electric motor and internal combustion engine can provide mechanical power simultaneously,
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직렬 병렬 어느 차가 더 좋은가?
Which is better series hybrid or parallel hybrid?
According to Hybrid Center, the composition of parallel hybrids makes them more efficient for highway driving at higher, more constant speeds.
Conversely, series hybrids are more efficient for driving in the city because their drivetrain structure reduces the strain on the engine in stop-and-go driving situations,
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병렬이 직렬보다 나은 장점이 무엇인가? ?
What are the advantages of parallel hybrid over series hybrid?
Some of the advantages of the parallel mode operation include a reduced traction motor size, no need for a generator, and the elimination of efficiency losses in multiple power conversion processes between the electric machines and the battery.