Vietnam Battery Industry Market Outlook to 2030

The Vietnam Battery Industry Market was estimated at USD 587.1 million in 2025. The figure represents domestic revenue generated from automotive, motorcycle, industrial, telecom, consumer and stationary-storage batteries sold in Vietnam. It excludes the value of batteries embedded in exported finished vehicles and electronics to avoid double counting. Lead-acid products remained the largest chemistry pool, while lithium-ion systems accounted for approximately 42% of market revenue. The estimate was triangulated through supplier revenues, battery volumes, weighted selling prices and end-market demand.

The market is forecast to reach USD 942.0 million by 2031, expanding at an 8.2% CAGR during 2026-2031. Growth is expected to accelerate gradually from 7.5% in 2026 to 8.8% in 2031 as electric mobility, grid storage and industrial reliability requirements become larger revenue contributors. Volume expands faster than value because average lithium-ion prices continue to decline. The base forecast assumes implementation of current electric-vehicle incentives, progressive BESS procurement and continued access to imported battery cells and materials.

Profit pools will shift from stand-alone conventional batteries toward LFP packs, BMS software, thermal management, system integration, recycling and lifecycle services. Lead-acid replacement remains a defensible cash-generating segment, but its growth and differentiation are lower. Lithium-ion share is projected to rise from 42% in 2025 to 56% by 2031. Hardware prices decline, making procurement scale and yield management essential, while recurring monitoring, maintenance, capacity guarantees and end-of-life recovery become increasingly important sources of margin.

Imported material and cell dependence is the largest structural constraint. Approximately 80% of battery-related raw materials are estimated to be imported, principally from China, South Korea and Japan. This creates exposure to exchange rates, freight disruptions, commodity prices and technology licensing. PINACO reported an exchange-rate increase of nearly 5% in 2024 and antimony price growth exceeding 75%, illustrating how raw-material volatility can affect conventional battery margins. Lithium-ion localization remains concentrated in selected cell, pack and component projects.

Vietnam ranks fourth among the five peer markets assessed, behind Indonesia, Thailand and Malaysia but slightly ahead of the Philippines. Indonesia benefits from a larger domestic market, nickel processing and a 10 GWh battery-cell facility. Thailand has a deeper automotive manufacturing base, while Malaysia has strong electronics and data-center demand. Vietnam differentiates through domestic EV production, a planned 5 GWh LFP project and a national BESS target of 10,000-16,300 MW by 2030.

Electric mobility is likely to create the greatest near-term incremental battery volume, while grid storage may create the largest longer-term project pipeline. VinFast reported nearly 97,400 electric vehicle deliveries in 2024, including exports, and electric two-wheeler adoption is accelerating. Revised Power Development Plan VIII targets 10,000-16,300 MW of BESS by 2030. Mobility provides recurring OEM and replacement volumes, whereas BESS creates larger individual contracts that include cells, containers, inverters, software and operations services.

A staged partnership model is generally more attractive than immediate full-scale cell manufacturing. New entrants can initially import qualified cells, assemble modules or packs locally, and sell through OEM partnerships, industrial integrators or specialized distributors. They can then localize enclosures, busbars, BMS, thermal systems and testing as volume becomes visible. Full cell manufacturing requires high utilization, proprietary processes, skilled labor and large capital commitments. Entry should therefore be linked to anchor customers, warranty capability and an end-of-life collection plan.