Assuming 1.5m BEVs are on Malaysian roads by 2040, our GHG emissions could be reduced by over 30m tonnes a year.
Further cuts can be achieved when the grid’s carbon intensity is reduced with the increased supply of renewable energy and
as battery manufacturing becomes more sustainable with lower energy consumption and reliance on critical minerals.
Opportunities in technology
The rapid advancement in battery technology and autonomous driving are pushing the EV industry ahead in the race to
decarbonize road transportation. Recent developments in the areas of charging, materials used and higher degree of
autonomous driving indicate that innovation and improvement are happening faster than expected, and this could make low-
carbon mobility a reality in the near futures.
BYD’s recent unveiling of its “Super E-Platform” ultra-fast charging system intensified the competition among EV players racing
to stay ahead. The new charging platform is capable of charging BYD’s latest models in just five minutes, giving a range of 2km
per second and delivering 400km, matching the average time it takes to fuel up an ICE vehicle. BYD has also announced plans
to build 4,000 ultra-fast charging stations across China with this new technology.
Another innovation is battery swapping which enables EVs to replace its depleted battery with a fully charged one, all under a
brief five minutes. China companies like NIO (EV maker) and CATL (battery manufacturer) are at the forefront of deploying the
facilities NIO has over 2,000 stations (about 30 in Norway, Sweden, Denmark, Germany, and the Netherlands with the rest in
China) while CATL plans to roll out 1,000 stations by the end of 2025.
On the battery front, promising progress is being made in the mass production of solid-state batteries (higher energy density,
faster charging, enhanced safety), improvement in lithium-ion phosphate batteries (already used in some BYD and Tesla
models) that is cobalt-free (cobalt mining is damaging to the environment and human labour), and sodium-ion batteries (sodium
is abundant and cheap, more sustainable compared to lithium). The rapid progress in battery technology means batteries, the
main cost component of an EV, can be made cheaper, safer and more sustainably.
For Malaysia, rapid charging and battery swapping may have good potential, particularly in dense high-rise urban areas where
owners do not have their own chargers and the high land cost is a barrier to building charging stations. Blueshark, the Malaysian
subsidiary of China-based Sharkgulf Technologies Group, a pioneer in battery swapping in this country, has 20 battery
swapping stations for its electric motorcycles (15 in Klang Valley, three in Johor and two in Penang).
The impending carbon tax, fuel subsidy rationalization and better incentives for residential solar installation could act as
catalysts for mass EV adoption in Malaysia with careful and effective policy implementation, taking into consideration the cost of
ownership, grid emission, charging infrastructure, and consumer mindset.
Sector Outlook
A two-speed automotive market locally is expected to persist in CY25. The affordable segment will remain resilient as its
target consumers (the B40 and lower-tier M40 groups), that are largely shielded from the impact of the impending RON95
subsidy rationalization and could benefit from higher minimum wages and government salary hikes.
Our CY25 TIV forecast of 805k units (-1% YoY) will be driven by forward buying spurred by the deferment of new excise duty
regulations to end-2025, with Perodua set to benefit the most at 44% TIV market share due to its highest localisation rate (that
could led to 10%−30% price increase) as well as attractive new model launches (i.e. Perodua hybrid, Perodua EV and all-new
Perodua Myvi), higher household income and a stable labour market (our economic research team forecast unemployment
rate of 3.1% in CY25 vs. 3.3% in CY24).
In contrast, the premium segment may face headwinds, as its target upper tier M40 and T15 consumers may delay
purchases, downsize to smaller cars or switch to hybrids and EVs to cut their fuel costs post-fuel subsidy rationalization.
Concurrently, household will also be affected by the higher fuel costs, as well as expected 14% hike in base electricity tariffs
for the higher-end usage which could also drive consumers to switch to solar panels, in turn boosting EV demand, while
capitalising on excess grid electricity (essentially free energy). Additionally, lower maintenance costs of EV compared to ICE
vehicles due to fewer moving parts and wear-and-tear parts will add to their appeal. EV market players could also explore
different purchase/leasing and financing options.