The high price of fuel oil, making car manufacturers vying to make cars that are fuel-efficient oil. Surely fuel-efficient cars that then reduce vehicle performance will not be favored by most consumers. Therefore, car manufacturers make Hybrid car technology or so-called Hybrida car names. With the aim of reducing fuel consumption of oil without tigating the performance of the car. The next question is, how does a hybrid car work?
Hybrid vehicles use the combined benefits of gasoline engines and battery-powered electric motors, to reduce fuel consumption. Gasoline engines provide most of the power for cars, and electric motors provide additional power when needed, such as to accelerate vehicles and to overtake.
On this page, we will write for you, the working principle of hybrid car engines, simply so that it is easy to understand. With you understand how hybrid car engines work, it will make it easier for you to take options, whether to switch to hybrid cars or not.
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Cara Kerja Mobil Hybrid Standar & Full Hybrid
Pengertian teknologi mobil hybrid sebuah mobil yang menggabungkan mesin menggunakan bahan bakar minyak dan mesin dengan pengerak motor menggunakan tenaga baterai. Ada beberapa tujuan dari teknologi mobil Hybrid, seperti mobil irit bahan bakar minyak, peningkatan tenaga mobil dan daya tambahan untuk penambahan alat yang menggunakan daya listrik pada mobil, seperti audio. Jenis mobil Hybrid saat ini ada dua, Hybrid standar dan full Hybrid, cari tahu cara kerja mobil Hybrid standar dan full Hybrid di bawah ini.
When turning on the car and the engine starts to heat up, if the battery is in a state of need to be on the charge. Then the generator engine will convert the energy generated from the gasoline engine into electric energy to charge the battery.
- Crusing Speed
When you bring your car at cruising speed, about 60 – 80 kilometers / hour, the gasoline engine will completely take over the car’s drive power, and if the battery lacks power, when the cruising speed, the energy generated by the gasoline engine will be changed by the generator to charge the battery.
- Overtaking Speed
To overtake other vehicles, high acceleration power is required. To achieve accelerated energy quickly, the power of the gasoline engine and the power of the electric motor using the battery are both used according to the needs of the manufacturer.
- Car Speed During Braking.
Car braking in Hybrid cars is called regenerative braking. When you brake the power of the car will be useless on non Hybrid cars. While in Hybrid cars, wheel rotation during braking serves as a generator from motion energy to electric energy. Electrical energy generated by wheels, stored on car batteries for motor driving energy. Battery power for motor drive is generated from regenerative braking and from gasoline engines, so hybrid cars do not require battery recharging by plugging into electrical outlets.
- Car Speed When Pausing
In Hybrid car technology, when the car stops for example at a red light, the engine will be turned off all. Energy for air conditioning, audio and other electronic equipment on the car takes power from the battery.
How a Full Hybrid Car Works
The way a full Hybrid type Hybrid car works, fully using the power and main source of energy from the gasoline engine. While the function of the electric motor provides additional power if needed. In full Hybrid cars, electric motors are used as the only source of car driving when the car is at low speed, so it is very effective when on the road there is congestion. So a full Hybrid car is very fuel efficient when on a jammed road.
In a full Hybrid car, the power to turn on electronic equipment on the car is taken from the battery, such as audio, air conditioning, lights. The car’s engine will turn on when the battery needs additional power. So if the battery is in full condition, then the car engine will not turn on even if you have turned on the car.
- Low Speed
At the initial acceleration, low car speed and rewind of the car, the car will be moved by an electric motor and the electric motor will take the power from the battery. If the battery needs to be recharged, the generator will turn on the machine by itself to charge the battery. In a full Hybrid car, when the speed of the car is slow, usually below 20 kilometers / h, the car’s driving energy will be taken from the battery and the engine of the car using fuel oil is turned off. So on jammed roads, full Hybrid cars will be fuel efficient.
- Crusing Speed
At cruising speed, gasoline engines and electric motors are simultaneously used to move cars. The generator also changes the motion energy to use to charge the battery.
- Overtaking Speed
When overtaking, the driver will need acceleration power. This power is taken from gasoline engines and electric motors simultaneously. So the appeal when overtaking outweighs the appeal of non-Hybrid cars, certainly with the same type of car.
- Car Speed During Braking
Regenerative braking, transforming the function of the motor from wheel braking to electric power generator. The electric motor spins behind, so the wheel spins when braking generates electricity stored in the battery.
- Car Speed At Stop
Just like in standard Hybrid cars, in Hybrid car technology, when the car stops as an example at a red light, the engine will be turned off all. Energy for air conditioning, audio and other electronic equipment on the car takes power from the battery. For a video simulation of how hybrid vehicles work please click the link.
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