Hybrid Cars (FHEV/HEV) Guide | Ford New Zealand

Ford Hybrid & Electric Range

Hybrid (FHEV/HEV)


Effortlessly efficient

Hybrid (FHEV/HEV)


Effortlessly efficient

Main FHEV

What is a Hybrid (FHEV/HEV)?


Self-charging hybrids, sometimes called Full Hybrid Electric Vehicles (FHEV), are often known simply as: hybrids. They combine a hybrid battery with a conventional combustion engine to boost power and improve efficiency. The battery charges as you drive using regenerative braking.


Hybrid vehicles have less all-electric range than plug-in hybrids, but are still capable of driving short distances on electric-only power at lower speeds. Ideal for shorter trips about town.

What is a Hybrid (FHEV/HEV)?


Self-charging hybrids, sometimes called Full Hybrid Electric Vehicles (FHEV), are often known simply as: hybrids. They combine a hybrid battery with a conventional combustion engine to boost power and improve efficiency. The battery charges as you drive using regenerative braking.


Hybrid vehicles have less all-electric range than plug-in hybrids, but are still capable of driving short distances on electric-only power at lower speeds. Ideal for shorter trips about town.

Why choose a Hybrid?

Why choose a Hybrid?

Ford Hybrid (FHEV/HEV) Models

Ford Hybrid (FHEV/HEV) Models

FHEV

How does a Hybrid (FHEV/HEV) Vehicle work?


Self-charging hybrids vehicles seamlessly switch between engine only, electric, or combined engine and electric propulsion, according to driving conditions.


At low speeds and in stop-start traffic, the battery delivers electric only driving for short distances and provides extra torque. During normal driving, it supplements the engine to save fuel. Regenerative braking charges the battery to extend the electric driving range.


When more power is required or if battery charge is low, the petrol engine takes over.

How does a Hybrid (FHEV/HEV) Vehicle work?


Self-charging hybrids vehicles seamlessly switch between engine only, electric, or combined engine and electric propulsion, according to driving conditions.


At low speeds and in stop-start traffic, the battery delivers electric only driving for short distances and provides extra torque. During normal driving, it supplements the engine to save fuel. Regenerative braking charges the battery to extend the electric driving range.


When more power is required or if battery charge is low, the petrol engine takes over.

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