Gigafactory Malaysia EV Battery Plant Begins Small-Scale Production

NanoMalaysia Berhad (NMB) has provided further details about the Gigafactory Malaysia Sdn Bhd EV battery manufacturing initiative following a tour of its Sepang facility during the final day of the fourth ASEAN Battery Technology Conference, held from August 19-21. The facility is preparing for small-scale production of graphene-enhanced lithium-ion batteries for electric vehicles, with initial manufacturing capacity planned at approximately 1 MWh per year. The project represents the commercialization of technology developed through a long-term national research and development pathway involving battery materials, cell engineering, intellectual property, product development and manufacturing capabilities.

From Graphene Research to Battery Manufacturing

GMSB, which was established in 2022, says its operations are not simply focused on assembling or rebadging imported batteries. According to NMB, the underlying graphene-enhanced lithium-ion battery technology and associated intellectual property, materials development, cell engineering, product development and manufacturing know-how have emerged from a development pathway that began with the National Graphene Action Plan 2020 (NGAP 2020). The strategic initiative was launched by the government through NMB, an agency under the Ministry of Science, Technology and Innovation (MOSTI), with the objective of positioning Malaysia as a global graphene innovation hub. This long-term effort has now progressed toward commercial battery production in Sepang.

NESTI Expanded Malaysia's Energy Storage Capabilities

The next major stage came with the NanoMalaysia Energy Storage Technology Initiative (NESTI), launched in 2021 to develop and commercialize advanced energy storage systems. The program supported development work covering graphene-based lithium-ion pouch cells, water-based aluminum-ion batteries and sodium-ion alternatives, while the Hydrogen Electric Vehicle Battery Centre (HEBATT) served as a dedicated research and fabrication hub. NMB says its broader technology pipeline also includes solid-state, metal-organic framework and redox flow batteries. The current focus on graphene-enhanced lithium-ion batteries therefore represents the culmination of several technology development efforts rather than an isolated manufacturing project.

Regional Partnerships Support Commercialization

GMSB is also developing regional partnerships to strengthen its battery manufacturing and technology capabilities. The company is working with Khon Kaen University in Thailand, which provides manufacturing support. Another regional collaboration involves the National Battery Research Institute in Indonesia, resulting in the launch of Bateri Nusantara. The initiative combines GMSB's downstream battery technology and manufacturing capabilities with NBRI's expertise in battery materials. These partnerships are intended to complement Malaysia's domestic development activities and help establish a broader regional ecosystem for advanced battery materials, manufacturing and commercialization.

Initial Capacity Targets Electric Two-Wheelers

The Sepang facility will begin at a relatively small production scale, with annual capacity of approximately 1 MWh, equivalent to about 92,000 battery cells. GMSB says its initial commercial focus will be electric two-wheelers, particularly motorcycles. Based on an indicative 5 kWh battery pack, the annual output would be sufficient for approximately 200 electric two-wheeler battery packs. This production is part of an initial commercialization phase that will also explore applications in portable energy devices. The relatively limited starting capacity reflects an early-stage commercial approach while the company evaluates customer demand, manufacturing requirements and opportunities to expand production.

RM20 Million Investment Supports Future Expansion

Although an annual capacity of 1 MWh may appear modest for a company named Gigafactory Malaysia, GMSB describes the facility as a starting point within a broader commercialization strategy. The initiative forms part of a cumulative RM20 million investment, with future capacity increases dependent on customer demand, commercial commitments, strategic partnerships and additional investment in manufacturing capabilities. The company's longer-term objective is to reach GWh-scale annual production. This approach allows GMSB to establish initial manufacturing operations and validate market demand before committing to substantially larger production infrastructure and capacity expansion.

Domestic Production Will Precede Exports

Initial production in 2026 is expected to serve primarily domestic demand under a build-to-order model. GMSB expects overseas shipments to potentially begin in 2027 as production and commercial relationships develop. On the demand side, the company has already secured an order representing 25 kWh of battery capacity from an undisclosed local organization. The initial domestic focus provides an opportunity to establish manufacturing processes, customer relationships and product validation before entering international markets. The planned export timeline indicates that overseas expansion is expected to follow the initial commercialization phase rather than occur simultaneously with the facility's first production activities.

Graphene-Enhanced NMC Chemistry Targets Higher Energy Density

The batteries being produced use nickel manganese cobalt (NMC) chemistry rather than lithium iron phosphate (LFP). NMB explains that NMC continues to provide advantages in energy density for applications where battery weight, available space, driving range and power performance are important considerations. Graphene is incorporated into both electrodes to enhance the performance characteristics of the established NMC chemistry while maintaining commercial manufacturability and scalability. Although graphene-enhanced NMC technology is the company's immediate priority, NMB says it is also evaluating other battery chemistries. This leaves room for the product portfolio to evolve as technical requirements and market demand develop.

Battery Testing and Validation Are Moving Forward

Internal testing indicates that the graphene-enhanced NMC batteries have exceeded 1,000 charge-discharge cycles while retaining more than 90% of their original capacity. These results provide an early indication of battery durability and retention performance, although NMB says the technology is progressing toward independent third-party testing and verification. The next phase of product validation will also address battery safety. Independent verification is important as the company moves from internally assessed technology performance toward commercial deployment, particularly for electric mobility applications where battery durability, reliability and safety are critical requirements for vehicle manufacturers and end users.

Supply Chain Development Supports Local Battery Ecosystem

The battery manufacturing program currently sources raw materials from both domestic and international suppliers, while NMB works to strengthen the supply chain as demand increases. The company is highlighting strategic cooperation with nickel-rich Indonesia, alongside NMB's nickel phytomining research in Sabah. Other elements of the proposed ecosystem include local production of graphene and graphite and end-of-life battery recycling. These activities are intended to support a more circular battery economy while reducing reliance on fragmented external supply chains over time. The combination of materials research, local production and recycling could provide additional support for Malaysia's ambitions to develop broader domestic battery capabilities.

Broader EV Ecosystem Development

Beyond battery manufacturing, NMB is developing capabilities across several areas of the electric vehicle ecosystem in Malaysia. Its Enabling Mobility Electrification for Green Economy (EMERGE) and Rapid Electric Vehicle Innovations Validation Ecosystem (REVIVE) initiatives cover EV components, energy storage, charging systems and internal-combustion-engine-to-EV conversion. The broader strategy indicates that NMB's battery project is being developed alongside efforts to build supporting technologies and capabilities. Taken together, these initiatives are intended to strengthen local expertise across electrification, energy storage, charging and vehicle conversion while creating a foundation for wider commercialization of locally developed EV technologies.

Frequently Asked Questions

What is the initial production capacity of Gigafactory Malaysia?
The initial production capacity is approximately 1 MWh per year, equivalent to about 92,000 battery cells. GMSB plans to initially focus on electric two-wheelers and estimates that this capacity could support approximately 200 battery packs annually when based on an indicative 5 kWh pack. The company describes this capacity as an initial commercialization stage rather than its intended long-term production scale. With additional customer demand, commercial commitments, strategic partnerships and investment in manufacturing capabilities, GMSB aims to eventually reach GWh-scale annual production.