CAFE-III: A 16.7% Tighter Target and a Multiplier That Can Make It Look Tighter Than It Is

The Target

Tightens by 16.7%. The Petrol Car Need Not. Here is what has been committed. By 2031-32, every carmaker's passenger-vehicle fleet sold in India must average 3.3273 litres per 100 km, down from 3.996 litres in 2027-28. That is about 16.7% tighter over five years.

BEE frames the norms under the Energy Conservation Act, 2001 and Phase III closes a loophole the industry fought hard to keep: the concession for small cars up to 909 kg is gone. Those are real gains. The question to ask of any fleet-average rule is different, though: what does the average measure and what does it allow to stay unchanged underneath?

How a

multiplier stretches the average CAFE does not cap each car. It caps the sales-weighted average across a manufacturer's fleet. In Phase III, each battery electric vehicle counts as three vehicles in that average. EVs also enter the calculation with a very low petrol-equivalent figure.

So every EV sold pulls the paper average down far more than its share of real sales. Take an illustrative fleet. Ten of every hundred cars sold are EVs and their petrol-equivalent figure is treated as negligible. Counted three times, those ten EVs become thirty of 120 "vehicles", so they make up a quarter of the average instead of a tenth.

In that fleet, the petrol and diesel cars could average about 4.44 litres per 100 km and the manufacturer would still meet the 2031-32 target of 3.3273 on paper. The real sales-weighted average would be about 3.99 litres, almost exactly the 2027-28 starting benchmark.

The exact numbers will depend on real conversion factors and sales mixes, which is why this is an illustration and not a forecast. The direction does not change. The multiplier lets compliance on paper run ahead of what the fleet actually burns.

Where the

gap sits in the chain The weak link here is not enforcement or monitoring. BEE will measure exactly what the rule asks it to measure. The gap is in rule design: the compliance metric and the environmental outcome are allowed to separate. Two further gaps add to it:

• Lab versus road: Compliance is measured on the Modified Indian Driving Cycle, a test-bench procedure, not on Indian traffic.
• Tailpipe versus grid: An EV counts as low-emission at the tailpipe, but its real carbon footprint depends on how coal-heavy the electricity grid is when it charges.

What deserves credit The super credit does what it was built to do.

It makes EV launches financially rational for carmakers well before EVs are a large share of sales and it puts supply-side pressure behind demand-side subsidies. Removing the 909-kg concession also means no carmaker can meet the target simply by selling large numbers of tiny petrol cars.

The exam insight: A multiplier speeds up technology adoption, but it borrows that speed from real emissions cuts in the meantime. A strong answer names that trade-off and then argues for the fix: phase the multiplier down every year as EV sales grow, so paper compliance and actual fuel burnt meet again by 2032.