Spain Battery Manufacturing Equipment Market Overview, 2031

Key Insights

• According to the research report, "Spain Battery Manufacturing Equipment Market Overview, 2031," published by Bonafide Research, the Spain Battery Manufacturing Equipment Market is anticipated to grow at more than 23.17% CAGR from 2026 to 2031.
• Spain's battery manufacturing equipment market is developing around its large automotive production base and the arrival of dedicated battery cell factories. In 2025, the country produced 2,274,026 vehicles, including 225,206 electrified vehicles. The emerging manufacturing landscape includes Stellantis–CATL's Zaragoza gigafactory and Volkswagen PowerCo's Valencia project. These investments create opportunities for cell production and battery assembly machinery, although vehicle output and announced factory investment do not directly measure equipment-market revenue.
• Growth opportunities come from vehicle electrification, domestic battery production, and the need to strengthen Spain's position in the European automotive supply chain. In 2025, electrified passenger cars, including battery-electric and plug-in hybrid models, accounted for 19.6% of Spanish passenger-car registrations, according to ANFAC. Battery factories can generate demand for electrode processing, cell assembly, formation, testing, and automated handling equipment. The scale of this opportunity depends on how much production takes place in Spain rather than relying on imported cells or finished battery systems.
• The market faces challenges from declining vehicle production, reliance on export markets, and uncertainty around the timing of large manufacturing projects. ANFAC reported that total vehicle production fell by 4.3% in 2025, while vehicle exports declined by 8.2%. Battery factory investments also take time to progress from construction to commercial production. These conditions make it important to distinguish operational plants from projects that are still under development, particularly when assessing new equipment purchases and the likelihood that planned capacity will be commissioned.
• Recent developments are strengthening different parts of Spain's battery supply chain. In September 2026, Gotion agreed to invest €1.1 billion in Volkswagen PowerCo's Valencia battery plant in exchange for a 49% stake. Separately, the government announced support for Gotion's planned cathode manufacturing and battery recycling complex in Valladolid in July 2026. These projects demonstrate Spain's growing role in cell production and battery materials, but their announced investment values must not be treated as battery manufacturing equipment expenditure.

Market Outlook

• Spain's near-term equipment demand will depend on the progress of two major cell manufacturing projects. Stellantis and CATL began construction of their Zaragoza lithium iron phosphate gigafactory in November 2025, with production originally scheduled to begin towards the end of 2026. Volkswagen PowerCo's Valencia project has also attracted new investment through its agreement with Gotion. Equipment procurement will depend on production-line installation, commissioning, and confirmed machinery orders rather than the total value of these projects.
• Spain's strong vehicle manufacturing base provides an established route into automotive battery production. However, the machinery needed for vehicle assembly differs from that required to manufacture cells and electrodes. New battery facilities create potential demand across the entire production process, while existing automotive factories may require specialized equipment for battery integration and electrical testing. The outlook should therefore distinguish cell manufacturing, module and pack assembly, and vehicle-level integration rather than treating all electrification-related investment as a single equipment market.
• Battery materials production is becoming a more visible part of Spain's industrial development. Gotion's proposed Valladolid complex combines cathode manufacturing with battery recycling, giving the project a wider role than a conventional cell factory. Such investment can strengthen access to materials and support future domestic battery production. However, cathode production and recycling use different machinery from cell assembly and formation. Equipment expenditure from these projects should only enter the market estimate where the purchased machinery falls within the established scope.
• Stationary storage creates a separate opportunity linked to Spain's substantial renewable electricity resources. The national energy and climate plan envisages 22.5 GW of energy storage power by 2030, and the government has introduced measures to facilitate storage integration with renewable generation. This target can encourage demand for battery systems, but it does not establish how much manufacturing equipment will be purchased domestically. The relevant opportunity depends on whether battery cells, modules, and packs are produced in Spain or sourced from other countries.

Policies & Regulatory Landscape

• Spain's PERTE VEC programme is a central policy instrument for developing the electric vehicle and connected mobility supply chain. In February 2026, the government provisionally awarded €134.7 million to 34 projects under its value-chain funding line. A further PERTE VEC 5 call, announced in March, was allocated €100 million, with the possibility of additional funding. These programmes can support eligible battery-related manufacturing and innovation, but awards must be checked individually before being treated as equipment expenditure.
• The national energy and climate framework links industrial electrification with the expansion of energy storage. In November 2025, Spain adopted measures to improve electricity-system resilience and facilitate the integration of storage with renewable generation. The national plan envisages 22.5 GW of storage power by 2030. This framework can support investment in battery storage, but power capacity is not the same as energy capacity or manufacturing equipment demand. Equipment estimates must identify the production machinery purchased by Spanish manufacturers rather than the value of installed storage projects.
• The EU Battery Regulation (EU) 2023/1542 applies in Spain and establishes requirements covering battery safety, sustainability, material information, producer responsibility, and end-of-life management. Obligations are phased in according to battery category and regulatory provision. Battery passports are required from February 18, 2027, for relevant electric-vehicle, light-means-of-transport, and industrial batteries. Spanish manufacturers may need stronger product traceability and data management, although the regulation does not automatically require a specific type of cell manufacturing machinery.
• Spain's battery and waste-management framework includes Royal Decree 106/2008, as amended, alongside the EU Battery Regulation and broader waste legislation. Producer responsibility, collection, treatment, and recycling requirements influence how batteries are managed after use. These rules are particularly relevant to industrial projects that combine battery manufacturing with material recovery. However, recycling machinery should be classified separately from cell manufacturing equipment unless it falls within the adopted scope. The market estimate should distinguish new-cell production machinery from equipment used for recovery and treatment of waste batteries.

Battery Manufacturing Equipment Procurement & Industry Impact

• Procurement in Spain is increasingly shaped by the needs of large automotive battery projects and their surrounding supplier networks. The Zaragoza gigafactory is designed for lithium iron phosphate production, while PowerCo's Valencia facility is being developed as a European battery production hub. Such projects require coordinated purchasing across electrode processing, cell assembly, finishing, formation, and testing. Equipment orders should be tracked by production stage and delivery status so the same machinery is not counted more than once through a turnkey contractor and its subcontractors.
• Spanish automotive suppliers may need to adapt existing manufacturing operations to support electric vehicle platforms. This can involve battery enclosure production, precision joining, high-voltage testing, automated handling, and end-of-line inspection. These requirements differ from those of a cell manufacturing plant, even when both serve the same automotive programme. Procurement analysis should establish whether a supplier is making battery cells, producing components, assembling packs, or integrating batteries into vehicles before assigning machinery expenditure to the relevant equipment category.
• The growth of battery materials projects is creating another procurement channel. Gotion's planned Valladolid complex combines cathode manufacturing and recycling, while other industrial projects supported through PERTE VEC cover battery-related components and technology. Such projects may require specialized process machinery, material-handling systems, and inspection equipment. However, machinery used to manufacture cathode materials or recover metals should not automatically be included in cell manufacturing equipment. Project-level classification is necessary to prevent overlap between materials processing, recycling, and battery production equipment.
• Spain's concentration of battery projects around Aragón, Valencia, and Castilla y León may support localized installation, engineering, and maintenance services. Equipment suppliers need to coordinate deliveries, commissioning schedules, technical training, and spare-parts availability as facilities move toward production. Yet a local factory does not necessarily buy machinery from domestic vendors. For market sizing, imported machinery installed in Spain should count as Spanish end-market demand, while Spanish-made equipment delivered to foreign plants should be treated as exports rather than domestic consumption.

Industry News

• On September 28, 2026, Volkswagen PowerCo and Gotion announced a strategic investment arrangement involving €1.1 billion for the Valencia battery plant. Gotion will hold a 49% stake, with PowerCo retaining majority ownership. The facility is intended to become a European production hub for lithium iron phosphate batteries.
• On July 1, 2026, the Spanish government presented Gotion's planned industrial project in Valladolid, valued at nearly €1 billion. The project combines cathode manufacturing and advanced battery recycling and received €138 million in public support through PERTE VEC. It is a materials and recycling project, not a cell gigafactory.
• On March 19, 2026, the Spanish government announced PERTE VEC 5, with an initial allocation of €100 million that can be increased. The programme supports investment across the electric and connected vehicle supply chain, including eligible industrial development and manufacturing activities.
• On February 19, 2026, the government provisionally allocated €134.7 million to 34 projects under the PERTE VEC value-chain funding line. The supported projects include battery materials research and the digitalized production of electric vehicle components, creating potential opportunities for specialized manufacturing equipment suppliers.

Segment Analysis

Battery Manufacturing Equipment by Equipment Type
• Electrode manufacturing equipment controls how active materials are prepared into consistent electrodes. Equipment can span mixing, coating, ovens, calendaring, slitting and inline inspection, with the exact sequence set by chemistry and cell design. Gotion’s proposed Valladolid complex combines cathode materials and recycling, which are distinct from cell gigafactory operations. For Spain, the estimate should distinguish this machinery from upstream chemical conversion and from cell or pack equipment installed later in the production chain.
• Cell assembly equipment is relevant in Spain only at facilities that bring electrodes and separators together to make cells. Depending on the design, the line may use winding or stacking, tab welding, can or pouch handling, electrolyte filling and sealing. Stellantis–CATL’s Zaragoza gigafactory and Volkswagen PowerCo’s Valencia project are central to Spain’s emerging cell-manufacturing pipeline. For Spain, the stated capacity indicates intended scale rather than confirmed equipment procurement; the relevant machinery demand depends on the line’s commissioning status and the production stages it will perform.
• Cell finishing equipment prepares assembled cells for formation, testing or downstream integration. Equipment may handle sealing, degassing, electrolyte filling, cleaning and dimensional or leak checks, with arrangements tailored to cylindrical, prismatic or pouch products. The Zaragoza and Valencia projects form a developing gigafactory pipeline, and finishing equipment should only be added to the installed base after commissioning is confirmed. In Spain, finishing machinery is relevant where plants perform post-assembly cell treatment; pack integrators handling finished cells have a different equipment profile.



Battery Manufacturing Equipment by Battery Technology
• Lithium-ion batteries require different equipment depending on where cells and packs are manufactured. In Spain, the appropriate equipment mix depends on confirmed plant operations, cell format and intended use. A domestic factory producing cells may need specialised coating and formation systems, while a storage integrator may purchase machinery for modules, packs and final electrical testing. Both are valid equipment markets, but they should be measured separately. Spain’s current equipment opportunity is strongly linked to planned lithium-ion industrialisation; planned capacity must remain distinct from commissioned production.
• Lead-acid batteries remain relevant for vehicle starting, industrial backup and selected motive-power uses in Spain. Spain combines conventional battery applications with a major automotive manufacturing base and new lithium-ion factory investment. Production machinery can include grid casting, paste preparation, plate curing, assembly, electrolyte filling, formation and inspection. Because the process differs from lithium-ion manufacturing, equipment should be classified by battery technology and not grouped with cell-coating or high-voltage pack lines merely because both products serve automotive customers. The lead-acid machinery total for Spain should reflect actual line upgrades and purchases rather than an assumed replacement rate.
• Nickel-based battery equipment demand cannot be inferred from finished-product sales alone, because NiMH and NiCd use specific production processes. In Spain, the reviewed source material does not confirm a major new nickel-based cell-production project. Machinery, where present, is configured around the electrode chemistry, electrolyte and cell format. Spain combines conventional battery applications with a major automotive manufacturing base and new lithium-ion factory investment. Nickel-based equipment demand in Spain depends on dedicated local cell-making operations, because end-use in vehicles or industrial systems does not establish domestic production.

Battery Manufacturing Equipment by Application
• Automotive and electric-vehicle applications in Spain require equipment ranging from conventional 12V battery production to high-voltage traction batteries. Spain produced 2,274,026 vehicles in 2025, including 225,206 electrified vehicles; electrified passenger cars represented 19.6% of registrations. The production line depends on whether local factories make cells, assemble packs or only install finished systems into vehicles. In Spain, automotive-related equipment demand follows the battery manufacturing and integration stages assigned to local vehicle and supplier facilities.
• Consumer electronics batteries serve phones, computers, portable tools and other compact devices, where size, energy density and product-specific safety requirements influence design. The major cell projects cited for Spain are automotive-oriented; consumer battery sales should not be read as proof of local cell production. If cells or complete packs are imported, local machinery demand is limited to the production stages performed domestically, such as pack assembly, protection-circuit integration or final testing.

Considered in this report
• Historic Year: 2020
• Base year: 2025
• Estimated year: 2026
• Forecast year: 2031

Aspects covered in this report
• Battery Manufacturing Equipment with its value and forecast along with its segments
• Various drivers and challenges
• On-going trends and developments
• Top profiled companies
• Strategic recommendation

By Equipment Type
• Electrode Manufacturing Equipment
• Cell Assembly Equipment
• Cell Finishing Equipment
• Formation and Testing Equipment
• Module and Pack Assembly Equipment
• Other Equipment

By Battery Technology
• Lithium-ion Batteries
• Lead-acid Batteries
• Nickel-based Batteries
• Sodium-ion Batteries
• Solid-state Batteries
• Other Battery Technologies

By Application
• Automotive and Electric Vehicles
• Consumer Electronics
• Energy Storage Systems
• Industrial Batteries
• Other Applications