Asia-Pacific Battery Manufacturing Equipment Market Outlook, 2031

Market Drivers

• China’s large-scale battery production and capacity expansion: China remains the dominant battery manufacturing centre in APAC, creating substantial demand for electrode processing, cell assembly, formation and testing machinery. Lithium-ion battery production in China exceeded 1,240 GWh in the first half of 2026, increasing 44% year-on-year. Battery exports reached RMB 337 billion during the same period. Production scale, equipment replacement, factory optimisation and technology upgrades support machinery demand, although battery output and export values should not be mistaken for equipment-market revenue.
• Government incentives for domestic cell manufacturing: APAC governments are strengthening domestic battery manufacturing through industrial policies, incentives and technology-development programmes. India’s Production Linked Incentive scheme for advanced chemistry cell batteries has an outlay of ₹18,100 crore and targets 50 GWh of manufacturing capacity, with 40 GWh awarded to four beneficiaries. Japan’s battery strategy targets domestic manufacturing capacity of 150 GWh annually between 2030 and the mid-2030s. These initiatives can generate demand for cell-production equipment, automated assembly, formation systems and next-generation battery manufacturing technologies.

Market Challenges

• Overcapacity and intense equipment price competition: APAC manufacturers face increasing pressure to control costs as large battery producers expand capacity and compete for customers across automotive and energy-storage applications. China’s manufacturing scale strengthens its position in equipment utilisation, supplier ecosystems and production economics. Excess capacity can weaken factory investment returns, encourage price reductions and delay additional machinery orders. Equipment suppliers must therefore demonstrate measurable improvements in output, yield, reliability and operating costs rather than relying only on announced gigafactory projects or government manufacturing targets.
• Uneven manufacturing development and dependence on imported technology: Manufacturing capabilities differ significantly across APAC. China has an established equipment and materials ecosystem, whereas markets such as India are still developing large-scale domestic cell production. As of March 2026, approximately 1 GWh of the 40 GWh awarded under India’s PLI-ACC scheme had been installed. This gap highlights the risk of treating awarded capacity as operational demand. Countries expanding battery production must overcome commissioning delays, technology qualification requirements, supply-chain gaps and dependence on imported machinery.

Market Trends

• Expansion into solid-state and next-generation battery manufacturing: APAC manufacturers are pursuing battery technologies that could require specialised production equipment and alternative process configurations. Japan’s battery strategy targets the full-scale commercialisation of all-solid-state batteries around 2030, alongside the development of domestic manufacturing capacity. This direction encourages investment in advanced material handling, precision electrode processing, controlled assembly environments and new testing systems. However, commercialisation schedules remain technology-dependent, and equipment suppliers must distinguish pilot-line requirements from confirmed orders for high-volume production facilities.
• Automation and manufacturing process optimisation: Battery manufacturers across APAC are prioritising automation, production monitoring and higher manufacturing yields to strengthen cost competitiveness. Large-scale factories need accurate coating, calendaring, stacking, welding and formation processes, while automated inspection helps identify defects before products reach later production stages. The region’s established machinery and battery ecosystems support continued development of integrated production lines and process-control technologies. Opportunities extend to energy-efficient equipment, predictive maintenance, digital quality monitoring and systems that accommodate changing production volumes and multiple battery chemistries.