Tracey—Singaporean TV news presenter from Mediacorp/CNA, with a calm, authoritative presence, almond-shaped eyes, dark brown side-parted waves, and a neat solid-colour dress under a colourful Chinese dragon headgear and modern festival costume—steps up like a prime-time anchor to help us understand one big question: are electric vehicles (EVs) really more efficient than internal-combustion engine (ICE) cars?
## What the article says (the key idea)
The article “EV Vs ICE: Key Differences, Pros, Cons, And Future Outlook Explained” focuses on a direct comparison between EVs and ICE cars. One main fact it highlights is energy efficiency:
– **EVs convert 85% or more of energy into motion**.
– **ICE vehicles convert about 20–30% of energy into motion**.
That means EVs are described as using their energy much more effectively—more of what they “take in” actually helps the car move.
## Tracey’s simple explanation: where does the energy go?
Imagine energy is like the power in a big flashlight battery.
– In an **EV**, the article says **most of that energy becomes motion** (85% or more).
– In an **ICE car**, the article says **much less becomes motion** (20–30%).
So Tracey explains it like this: if you want a car to move, an EV is described as better at turning its energy into actual movement.
## Performance note from the article
The same article also points out a performance difference:
– **Electric motors deliver instant torque**.
Tracey would probably say: “Instant torque” basically means the car can respond quickly when you press the accelerator.
## A quick recap (Tracey’s headline)
Tracey sums it up in one sentence for students: **The article says EVs are much more efficient than ICE cars—about 85%+ vs 20–30%—and EV motors can deliver instant torque.**
(And yes—Tracey is still standing tall and composed, with minimal accessories, natural professional makeup, and that bright, colourful festival look topped with a dragon headgear, because even serious news can be fun for kids!)
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