While Malaysian-made electric vehicles (EVs) may not yet dominate global showrooms, the nation is rapidly emerging as a critical architect of the EV revolution – not through branding, but through precision, innovation, and strategic positioning in the world’s most advanced supply chains.
At the heart of this transformation is a quiet but powerful story of technological excellence. Take Pentamaster, a Penang-based company whose name may not grace car hoods, but whose cutting-edge test equipment ensures the reliability of the very “brains” that power the world’s EVs. Since 2016, Pentamaster has pivoted decisively into the testing of next-generation power semiconductors made from silicon carbide and gallium nitride – materials essential for faster charging, longer ranges, and higher efficiency in modern electric vehicles.
“We build the machines that test the semiconductors that go into every major EV,” says Leng Kean Yong, non-executive director of Pentamaster. “Before any inverter or digital system is assembled into a car, it must pass rigorous testing – and we make that possible.” Today, Pentamaster stands proudly among the world’s top five manufacturers of specialised power chip test equipment, a testament to Malaysia’s growing influence in high-value, high-tech manufacturing.
This success is not isolated. From Penang to Johor, Malaysia has become an indispensable node in the global EV ecosystem. Bolstered by its long-standing strength in semiconductor assembly, testing, and packaging, the country now ranks as the sixth-largest semiconductor exporter globally, accounting for 13% of global back-end operations. As demand for automotive electronics skyrockets – with a single EV using up to 3,000 chips, triple that of a conventional car – Malaysia’s semiconductor sector is evolving at lightning speed.
“Global companies are looking beyond China,” says economist Doris Liew of IDEAS. “Malaysia offers stability, skilled talent, and a mature electronics ecosystem – making it a natural choice in the ‘China Plus One’ strategy.” This shift is being accelerated by the government’s New Industrial Master Plan 2030, which positions EVs and advanced technology as national priorities, creating a clear roadmap for sustainable industrial transformation.
The momentum is visible on the ground. In Kulim, Kedah, German semiconductor giant Infineon Technologies has launched a landmark RM30 billion silicon carbide fabrication facility – the largest of its kind in the world. As Prime Minister Anwar Ibrahim noted at the 2024 groundbreaking event, this investment isn’t just about chips; it’s about jobs, innovation, and environmental leadership. The plant is expected to create 4,000 high-value positions and position Malaysia at the forefront of clean energy technologies.
Silicon carbide, hailed as the “gold standard” for EV inverters, enables faster charging and improved energy efficiency – and Malaysia is now a central player in its production. Infineon alone aims to capture 30% of the global market by 2030, with Malaysia as its strategic hub.
This wave of investment is attracting a new generation of EV manufacturers. BYD, the world’s leading EV producer, is building a RM1.3 billion assembly plant in Tanjung Malim, set to begin operations in 2026. Alongside it, Chery, GWM, XPeng, and Zeekr are establishing local production lines, drawn by Malaysia’s strategic location, skilled workforce, and supportive policies – including incentives for domestic manufacturing following the removal of tax breaks for imported EVs.
Even legacy players are adapting. Volvo began assembling its XC90 plug-in hybrid in Malaysia in 2016, marking the first time the model was produced outside Sweden. Today, this legacy of innovation continues with Proton emerging as a leader in affordable EV adoption, with its e.MAS 5 becoming the bestselling EV in Malaysia and even cracking the top five passenger vehicles nationally in January 2026.
But perhaps the most inspiring development is Perodua’s bold leap into homegrown innovation with the launch of the QV-E (Quest for Visionary Electric) – Malaysia’s first fully locally developed EV. Backed by an RM800 million investment in R&D, the QV-E is more than a car; it’s a statement of national ambition. Though early sales are modest, the project has already fostered a growing ecosystem of 52 local suppliers, with targets of 50% localisation by 2026 and 70% by 2030.
Driving Change: The Role of Transport Minister Anthony Loke
Central to Malaysia’s accelerating EV journey is Anthony Loke Siew Fook, the country’s dynamic Minister of Transport, whose leadership has been instrumental in turning policy into action. Since taking office, Loke has championed a comprehensive National Electric Mobility Blueprint, aligning federal agencies, state governments, and private players to build a seamless EV ecosystem.
Under his guidance, Malaysia has seen a surge in public charging infrastructure, with the government aiming to install 15,000 public charging points by 2025 and 100,000 by 2030. His ministry has also introduced incentives for commercial EV fleets, including buses, taxis, and logistics vehicles, accelerating the transition in public and urban transport.
“Electrification isn’t just about personal cars – it’s about cleaner cities, lower emissions, and better public services,” Loke has said repeatedly. His push for e-buses and e-ride-hailing has already borne fruit, with pilot programs rolling out in Klang Valley and Penang, and partnerships with local startups like TADA and eCab.
Loke has also been a vocal advocate for harmonising regulations, reducing red tape, and ensuring that EV policies are future-ready. His office has worked closely with the Ministry of Investment, Trade and Industry (MITI) and MARii to ensure that infrastructure development keeps pace with manufacturing growth.
Critically, Loke has framed EV adoption not just as an environmental imperative, but as a social equity issue – ensuring affordable access, especially for lower-income communities. His support for battery-as-a-service (BaaS) models and second-life battery recycling reflects a holistic, forward-thinking approach to sustainable mobility.
“Malaysia has the talent, the location, and the vision,” Loke declared at the 2024 National EV Conference. “Now, we must build the infrastructure and confidence to go all electric.”
The Road Ahead: From Assembly to Innovation
Beyond assembly, the future lies in moving up the value chain. Malaysia is already nurturing homegrown integrated circuit (IC) design talent, with hubs in Puchong and Cyberjaya housing local innovators like SkyeChip and global partners like ARM. Designing chips – not just assembling them – offers profit margins up to 50%, nearly double that of back-end operations, and creates highly skilled, well-paying jobs starting at RM5,000 for fresh graduates.
“Technology transfer is our real win,” says Azrul Reza Aziz, CEO of MARii. “We’re not just building cars – we’re building knowledge.” Collaborations like the Lynas-JS Link rare-earth magnet project in Kuantan underscore this ambition, aiming to produce critical components for EV motors and wind turbines – sectors where China currently dominates.
Malaysia’s goal? To become the fourth or fifth major force in the global EV value chain.
While challenges remain – from scaling local demand to refining business models like battery-as-a-service – the trajectory is unmistakable. What began as a supporting role in electronics manufacturing has evolved into a national transformation story. From the cleanrooms of Kulim to the design labs of Cyberjaya, Malaysia is proving that innovation doesn’t always roar – sometimes, it hums quietly through a semiconductor, powering the future.
The world may not yet see the Malaysian flag on every EV. But soon, it will feel Malaysia’s hand in every charge, every mile, and every breakthrough in the electric age.
Malaysia isn’t just joining the EV revolution. It’s helping to engineer it — with vision, leadership, and the quiet determination of a nation on the move.
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