Between January and October 2025, electric vehicles made up more than a quarter of new car sales globally. In 2019, that figure sat at just 3%. As electric vehicle sales continue to accelerate, the market is projected to reach US$996 billion worldwide in 2026.
ASEAN countries have emerged as a surprising new leader in EV adoption, driven largely by policy decisions that have encouraged early consumer adoption and lowered ownership costs. In Malaysia, the Low Carbon Mobility Blueprint aims to electrify the country’s roads — part of a larger push to decarbonize its transportation sector.
However, EV adoption hinges on the supporting infrastructure. Kelle Energy’s mobile, grid-independent EV charging solution incorporates a Battery Energy Storage System (BESS) that complements existing fixed charging infrastructure, adding flexible charging that can be deployed exactly where it is needed.
To address range anxiety, consumers need to know that charging is easily accessible when they need it. While Malaysia has fallen short of its goal to build 10,000 public charging stations by 2025, mobile EV chargers may help plug the gap.
The limitations of fixed EV chargers
Fixed charging stations have high upfront costs and lack the flexibility to adapt to changing demands, such as seasonal surges during festive periods. On the other hand, if demand drops, large swaths of charging infrastructure risk becoming obsolete.
They are also dependent on available grid capacity. Local grids may struggle to support demand during peak periods, which could lead to lower-powered chargers and longer charge times, limits to simultaneous charging, and overall longer queues.
Grids may even have to be upgraded before they can support charging stations. But utility approvals and infrastructure upgrades may take months or even years, further slowing down the rollout of public charging networks.
These chargers also require dedicated spaces in urban areas. Dense cities already face stiff competition for limited land. For instance, carving out dedicated bays for EV charging could eat into parking space.
As EV sales continue to increase, charging infrastructure needs to be nimble enough to respond to shifting patterns of demand. In fact, misallocation of capacity across time and location can seriously hamper adoption and slow growth.
How mobile EV chargers can plug the gap
Kelle Energy’s mobile EV chargers help to address these limitations with far more flexibility and versatility in deployment.
For example, high-speed motorways may require more charging stations as drivers move between major cities and their hometowns during Chinese New Year or Hari Raya. However, these locations often do not have sufficient utility support. Instead of waiting to build out the required infrastructure, mobile EV chargers can be deployed at rest stops or other high-traffic areas to immediately meet charging needs.
At the same time, they can support the emergence of new hot spots of EV demand, without requiring the same capital and infrastructure investments as fixed charging stations. Operators can use mobile charging to test demand, support pilot programmes, and scale capacity according to usage patterns on the ground.
With a focus on maximising utilisation of each charger, instead of the total number of chargers, they ensure that charging capacity is used efficiently and to the fullest. This helps create a virtuous cycle where convenient and ample access to charging reduces range anxiety and spurs EV adoption.
Looking ahead
As Malaysia and other ASEAN nations move toward more electrified roads, the success of EV adoption will depend not just on how many vehicles are sold, but on how quickly and effectively charging infrastructure can scale.
Mobile EV chargers help bridge these infrastructure gaps, bringing charging access closer to where it is needed most. By complementing existing charging networks with fast, deployable capacity, they can help drive the rollout of reliable charging infrastructure across Malaysia.
