Malaysia's Electric Battery Trade Market Overview

Malaysia has long been a major assembler of electrical and electronic goods, and this expertise is now extending into batteries. In 2023, Malaysia exported $1.68 billion worth of electric accumulators under HS Code 8507, accounting for 1.41% of the country's total HS Chapter 85 (electrical machinery) exports, which reached $119.04 billion that year. Meanwhile, Malaysia's overall electrical machinery imports totalled $72.80 billion in 2023, representing 27% of total merchandise imports.

Rather than being a large net importer of finished batteries, Malaysia functions primarily as an export-oriented assembly and component hub. As a result, its growth story centres on manufacturing investment rather than import volume — global battery makers are choosing Malaysia as a base to produce cells and packs for re-export, particularly for the electric vehicle (EV) and energy storage system (ESS) markets.

Malaysia EV Battery Supply Chain — Market Size Forecast 2025–2034

While full-year trade figures for HS 8507 beyond 2023 are still being finalized, industry analysts already track Malaysia's EV battery supply chain as a distinct, fast-growing segment. Specifically, the market was valued at $1.7 billion in 2025 and is projected to reach $5.75 billion by 2034, growing at a compound annual rate of 14.5%. The chart below plots this forecast trajectory year by year.

Global HS 8507 Battery Trade — Where Malaysia Fits In

Globally, trade in electric batteries under HS 8507 reached $150 billion in 2024. In terms of exporters, China led by a wide margin at $76.2 billion, followed by Poland ($8.34 billion) and South Korea ($7.92 billion). On the import side, the United States ($32.2 billion), Germany ($25.2 billion), and Mexico ($5.14 billion) were the largest buyers. Against this backdrop, Malaysia's $1.68 billion in HS 8507 exports is a relatively modest slice of global trade today — however, it is growing quickly as new manufacturing capacity comes online.

One useful bilateral data point: China's imports of electric accumulators from Malaysia reached $359.66 million in 2024, underscoring Malaysia's growing role as a component supplier even to the world's largest battery-producing economy.

Companies Driving Malaysia's Battery Manufacturing Build-Out

Malaysia's battery corridor is concentrated in Kedah, Perak, and Johor, and it is being built by a mix of global and domestic players:

1. Kedah — Malaysia's Emerging Battery Corridor

Kedah, and Kulim in particular, has become the centre of gravity for Malaysia's battery build-out. In addition to EVE Energy's cylindrical cell plant, the state hosts separator and materials suppliers such as Shenzhen Senior Technology Material, which is investing CNY 5 billion in a local facility. Consequently, the state is positioning itself as an integrated cluster covering cells, separators, and downstream assembly.

2. Johor and the Energy Storage System (ESS) Opportunity

Meanwhile, Johor is emerging as Malaysia's fastest-growing battery deployment cluster, driven largely by a rapidly expanding data-center pipeline that requires grid-scale energy storage. As a result, demand for stationary storage batteries is rising alongside EV-specific demand, giving Malaysia two distinct growth engines rather than one.

3. Domestic Innovation: Graphene-Enhanced Batteries

Beyond foreign direct investment, Malaysia is also developing homegrown battery technology. NanoMalaysia's Gigafactory Malaysia subsidiary has begun small-scale production of graphene-enhanced lithium-ion batteries at its Sepang plant, with initial capacity of 1 MWh per year. Overseas shipments are expected to begin in 2027, which would mark an important step toward Malaysia exporting its own battery IP rather than only assembling for others.

Malaysia's Battery Market by Chemistry & Application

Looking at the broader Malaysia battery market (not limited to EV-specific cells), lead-acid batteries still commanded 41.5% of the market in 2025, reflecting continued demand from conventional automotive and industrial uses. However, solid-state batteries are forecast to be the fastest-growing chemistry, with an estimated 11.3% CAGR from 2026 to 2031. By application, automotive batteries held the largest share at 44.6% in 2025 and are also projected to post the highest application-level CAGR (8.8%) through 2031 — a clear signal that EV-related demand, rather than legacy uses, is driving the next phase of growth.

Why Malaysia's Battery Trade Is Growing So Fast

1. Policy Support Through the BEV Global Leaders Initiative

Malaysia's Battery Electric Vehicle Global Leaders initiative has already attracted its first major participant — Tesla, which established a regional office hub in the country in 2025. This kind of policy-backed anchor investment, therefore, tends to draw further suppliers and partners into the local ecosystem.

2. Export-Oriented Electronics Manufacturing Base

Malaysia's electrical and electronics sector already accounts for close to 40% of total manufacturing exports, giving battery makers access to an established supplier base, skilled labour, and export-friendly logistics. As a result, new entrants can plug into existing infrastructure rather than starting from scratch.

3. Diversification Away From Single-Country Supply Chains

Much like the broader "China+1" trend seen in electronics, global battery makers are increasingly diversifying manufacturing locations. In particular, EVE Energy's decision to open its first overseas factory in Malaysia — rather than in China — reflects this wider push toward geographically diversified production.

4. Data-Center-Driven Demand for Energy Storage

Finally, Malaysia's growing data-center pipeline, especially in Johor, is creating a parallel source of demand for grid-scale energy storage systems, in addition to EV batteries. Consequently, battery investment in Malaysia is being driven by two separate but reinforcing demand streams.

Challenges Facing Malaysia's Battery Trade

Despite strong momentum, Malaysia faces a few structural constraints. Most notably, the country has limited upstream raw material resources — it does not produce significant volumes of lithium, cobalt, or nickel domestically, and therefore remains dependent on imported cathode and anode materials for cell production. In addition, much of Malaysia's current battery output still serves finished-vehicle assembly and pack-level work rather than deep upstream chemistry, meaning higher-value cell-chemistry innovation is still concentrated elsewhere. Nonetheless, projects like NanoMalaysia's graphene-enhanced battery programme suggest the country is actively working to move up this value chain.

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