Battery Traceability Solutions Market (2035): Digital Battery Passports, Circulor, CATL, BMW Group and Global Supply Chain Transparency

The Battery Traceability Solutions Market was valued at US$546 million in 2025 and is projected to reach US$1,034.5 million by 2035, growing at a CAGR of 6.6% during 2026-2035.

DataM Intelligence has released its latest "Battery Traceability Solutions Market Size 2026" report, offering insights into market trends, emerging technologies, competitive developments, and regional opportunities. The report examines market size, growth forecasts, deployment models, and key applications, including electric vehicles, battery energy storage systems, and battery recycling. It also explores how digital battery passports, blockchain-based tracking, and connected battery data systems are changing supply-chain transparency and lifecycle management.

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Europe: Recent Industry Developments
✅ August 2026: European Commission Updates Battery Passport Implementation Guidance - The European Commission published updated guidance on August 21, 2026, outlining 71 battery passport data points and clarifying which information is mandatory, optional, or applicable under specific circumstances. The guidance helps battery manufacturers, importers, and other responsible businesses identify data gaps before the requirements begin applying on February 18, 2027. This puts greater emphasis on supplier-data collection, information validation, and integration with existing enterprise systems. Source: European Commission.
✅ February 2026: Circularise Joins BatteryPass-Ready - Circularise joined the BatteryPass-Ready initiative to support preparations for the EU Battery Passport. The collaboration focuses on secure data exchange, digital product passports, and battery lifecycle traceability. It reflects the growing need for systems that connect information across battery manufacturers, suppliers, and recycling partners rather than keeping records in disconnected platforms. Source: Circularise / BatteryPass-Ready.

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Battery Traceability Solutions Market Developments
DENSO Launches Battery Passport Service
• DENSO + Battery Pass-Ready Consortium: In August 2026, DENSO launched its Digital Product Passport Solution for Battery, designed to help automakers, battery manufacturers and suppliers prepare for EU battery regulations. The service uses the Battery Pass-Ready data model, gathers information from enterprise systems and suppliers, and lets users access battery records through QR codes.
• Data Security: The platform includes access controls for different user groups and blockchain-based record management designed to make unauthorized changes detectable.
• Regulatory Deadline: The EU Battery Passport becomes mandatory on February 18, 2027, for electric vehicle batteries, light means of transport batteries, and industrial batteries exceeding 2 kWh placed on the EU market. The requirement makes reliable product identification, lifecycle records and controlled data sharing important priorities for companies across the battery value chain.

Top List of Key Players:
Circulor, Minespider GmbH, Siemens AG, AVL List GmbH, OPTEL Group, SAP SE, IBM Corporation, Circularise B.V., Kezzler AS, PSQR B.V. (Cirtrace), Tata Elxsi Ltd., Infosys Limited, Wipro Limited and Bosch Connected Industry.

Key Industry Developments 2026:
✅ August 2026: DENSO Launches a Digital Battery Passport Service - DENSO introduced a battery passport solution to help automakers, battery manufacturers and other businesses prepare for the EU Battery Regulation. The platform collects battery information from company systems and suppliers, provides QR-code access, and uses access controls and blockchain-based records to support data integrity.
✅ August 2026: European Commission Publishes Updated Battery Passport Guidance - The European Commission released updated guidance covering 71 battery passport data points. The document clarifies which information is mandatory, optional, conditional or not required at the February 2027 implementation stage, giving manufacturers and other responsible businesses a clearer basis for preparing their data systems.
✅ July 2026: EU Digital Product Passport Registry Becomes Operational - The European Commission's Digital Product Passport Registry became operational on July 20, 2026. The registry is part of the infrastructure supporting battery passport implementation, bringing registration and system-readiness tasks into focus for businesses placing covered batteries on the EU market.
✅ March 2026: CATL and BMW Group Advance Battery Passport Pilots - CATL and BMW Group entered into a memorandum of understanding to advance battery passport pilot projects, focusing on cross-border data sharing and carbon-footprint traceability through the Catena-X ecosystem. The initiative addresses a practical challenge for global battery supply chains: exchanging consistent battery information across companies and countries.
✅ February 2026: Circularise Joins BatteryPass-Ready - Circularise joined the BatteryPass-Ready initiative to support preparations for the EU Battery Passport. The collaboration focuses on secure data exchange, digital product passports and battery lifecycle traceability, with interoperability becoming a key requirement for businesses that rely on multiple suppliers and software systems.
✅ January 2026: Battery Passport Preparation Moves Toward Operational Readiness - Battery manufacturers, suppliers, recyclers and technology providers continued preparing for the EU's February 2027 requirements through industry initiatives and data-system development. The key operational challenge is no longer simply creating a digital passport; companies must also collect accurate supplier information, maintain reliable lifecycle records and exchange data across existing systems.

How Our Market Research Process Works 2026-2035:
The Battery Traceability Solutions Market report by DataM Intelligence draws on primary and secondary research to examine how digital tracking technologies are changing battery manufacturing, supply chain management, and end-of-life recovery. It covers industry partnerships, regulatory requirements, technology adoption, competitive developments, and implementation challenges, with particular attention to digital battery passports, secure data exchange, material provenance, and lifecycle monitoring. The report also assesses how companies are preparing their data systems for regulatory compliance and connecting information across battery suppliers, manufacturers, automotive companies, and recyclers.

Latest M&A / Partnerships and Regulatory Developments in 2026:
October 2026: CATL Joins All Three Global Battery Alliance Battery Passport Pilot Waves - CATL announced its participation in all three waves of the Global Battery Alliance (GBA) Battery Passport pilot programme. The 2026 pilot involved cell manufacturers representing nearly 80% of global production capacity and assessed supply chain sustainability data spanning mining, refining, materials, cell production, and battery packs. The initiative is moving toward broader implementation, with the GBA planning to make its battery passport certification scheme available in early 2027.

August 2026: European Commission Updates Battery Passport Guidance - The European Commission published updated guidance outlining 71 data points relevant to electric vehicle batteries, light means of transport batteries, and industrial batteries. The document distinguishes mandatory, optional, and condition-specific information, helping manufacturers and suppliers identify the data they need to collect and disclose. Battery passports are scheduled to become mandatory from February 18, 2027, for covered battery categories, increasing the importance of data preparation and system integration ahead of the deadline.

June 2026: DENSO and TÜV Rheinland Japan Validate a Battery Passport Using AESC Data - DENSO and TÜV Rheinland Japan worked with AESC to validate a battery passport using actual data from AESC's energy storage system business. DENSO provided the technology for generating and managing passport information, while TÜV Rheinland Japan independently assessed regulatory compliance and practical feasibility. The solution uses QR codes to connect individual products with battery information and incorporates access controls so stakeholders can view information according to their roles. The project demonstrates how battery passport systems can be applied to stationary energy storage products intended for the European market.

February 2026: CATL and BMW Group Agree to Battery Passport and Carbon-Tracking Pilots - CATL and BMW Group signed a memorandum of understanding to explore cross-border data exchange, battery carbon-footprint accounting, and battery passport applications. The pilot projects will use the Catena-X automotive data ecosystem to support more consistent information sharing across the China-Europe battery supply chain. The collaboration addresses a practical challenge for traceability providers: battery data must move between companies and jurisdictions while maintaining consistent standards and appropriate controls over commercially sensitive information.

February 2026: Circularise Joins the BatteryPass-Ready Programme - Circularise joined BatteryPass-Ready, an initiative supporting companies preparing for the European Union's battery passport requirements. The collaboration focuses on secure data exchange, digital product passport readiness, and battery lifecycle traceability. Its relevance extends beyond generating a digital record: companies also need reliable ways to collect information from suppliers, validate data, and share the appropriate details with authorised participants across the battery value chain.

2026: Global Battery Alliance Advances Operational Trials Across the Battery Supply Chain - The GBA's 2026 operational trials brought together 17 supply chain partnerships, with participating cell manufacturers representing approximately 80% of global production. The trials are examining how battery passport information can be transferred between organisations and how sustainability data can be independently verified. These activities are particularly relevant to traceability platforms because successful deployment depends not only on collecting data but also on making records comparable and usable across different systems.

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Japan: Recent Industry Developments
✅ September 2026: Japan Reports Nearly 39,300 Battery-Related Fire Incidents, Strengthening the Case for Digital Traceability - Japan's Ministry of the Environment reported 39,282 suspected fire incidents involving lithium-ion batteries and battery-powered products during fiscal year 2025, including 9,456 incidents requiring firefighting by municipal staff or fire services. The ministry also found that 86.2% of municipalities collected these batteries or products, while only 41.3% accepted swollen or deformed batteries. These findings highlight a practical challenge for battery traceability solutions: identifying battery types, documenting their condition and maintaining reliable records as they move through collection, transport and recycling.
✅ August 2026: Japan Selects Demonstration Projects to Improve Lithium-Ion Battery Collection - Japan's Ministry of the Environment selected demonstration projects to strengthen battery collection systems in cooperation with manufacturers and retailers. The initiative also includes tools to help residents understand how and where to dispose of used batteries. For traceability providers, these projects point to a need for better data exchange between battery producers, sales outlets, municipalities and waste handlers, particularly when batteries enter collection channels outside conventional automotive supply chains.
✅ June 2026: Japan Revises Its Battery and Power Industry Strategy - Japan's Ministry of Economy, Trade and Industry (METI) revised its battery industry strategy and renamed it the Battery and Power Industry Strategy. The update addresses structural oversupply and supply-chain risks in the global battery market, while also recognizing the need for advanced energy-storage solutions for AI data centers, medical facilities and disaster-prevention infrastructure. This broader focus increases the importance of tracking battery origin, specifications and lifecycle information across electric vehicles, stationary storage and other applications.
✅ March 2026: Japan Opens a Demonstration Program Linking Digital Traceability With Battery Recycling - Japan's Ministry of the Environment invited proposals for projects that combine digital traceability with recycling systems for renewable-energy equipment, including lithium-ion batteries. The program specifically calls for linking product-specification information with digital tracking to improve the quality and use of recovered materials. This creates a concrete opportunity for traceability platforms that can connect battery identity and material information with recycling records, rather than simply tracking shipments or inventory.
✅ August 2025: Japan Selects an Industry Body to Develop Battery Passport Infrastructure - METI selected the Automotive and Battery Traceability Center (ABtC) to undertake work on the infrastructure needed for battery passports. The project covers a prototype data-management system, functional testing and the preparation of guidelines. The underlying framework is intended to support information sharing among automakers, battery manufacturers and recyclers, including battery identification, performance and service-life records, and environmental data. The initiative is particularly relevant to Japanese suppliers preparing to serve markets where digital battery records will become mandatory.

Key Segmentation Plannings (2026)
By Component: Software, Hardware, Services

By Technology: Blockchain, Internet of Things (IoT), Artificial Intelligence and Machine Learning (AI/ML), Cloud Computing, Digital Twin, Radio Frequency Identification (RFID), QR Code/Barcode, Near Field Communication (NFC), Others

By Deployment Mode: Cloud, On-Premises, Hybrid
By Battery Type: Lithium-ion Batteries, Sodium-ion Batteries, Lead-acid Batteries, Nickel-based Batteries, Solid-state Batteries, Others

By Traceability Stage: Raw Material Sourcing, Component Manufacturing, Cell Manufacturing, Battery Pack Assembly, Logistics and Distribution, In-use Monitoring, Second-life Applications, Recycling and End-of-Life, Others

By Application: Electric Vehicles (EVs), Battery Energy Storage Systems (BESS), Consumer Electronics, Industrial Equipment, Aerospace and Defense, Marine, Medical Devices, Power Tools, Others

By Region: North America, Europe, South America, Asia-Pacific, Middle East and Africa
EU Battery Regulation Accelerates Battery Traceability Requirements
• Digital Battery Passports: The European Union's Battery Regulation introduces digital battery passport requirements for specified battery categories, including electric vehicle batteries, light means of transport batteries and industrial batteries above the applicable capacity threshold. These requirements increase demand for digital traceability platforms that consolidate battery identity, composition, performance and lifecycle information.

• Supply Chain Transparency: Battery traceability solutions help manufacturers track raw material sourcing, component production, cell manufacturing and battery pack assembly. Integrating blockchain, IoT, RFID and cloud-based systems can improve data visibility and support the exchange of information across the battery value chain.

• Industry Implication: Battery manufacturers, electric vehicle producers and energy storage providers increasingly need reliable data management systems to support regulatory compliance, supply chain transparency and lifecycle reporting. This creates opportunities for software providers, hardware suppliers and traceability service companies.

Global EV Adoption and Battery Recycling Strengthen Traceability Demand
• Electric Vehicle Expansion: Increasing electric vehicle adoption is driving demand for battery identification, performance monitoring and lifecycle tracking solutions. Traceability systems can help manufacturers maintain records of battery origin, production history, usage and maintenance.

• Recycling and Second-life Applications: Growing interest in battery reuse, recycling and material recovery is increasing the importance of tracking battery health, chemistry and ownership throughout its lifecycle. Accurate records can support battery assessment, second-life deployment and end-of-life processing.

• Technology Integration: The integration of artificial intelligence and machine learning, digital twins, IoT sensors and cloud platforms enables real-time monitoring, predictive analytics and improved battery lifecycle management. These technologies create opportunities for traceability providers serving electric vehicles, battery energy storage systems, consumer electronics and industrial applications.

Key Market Drivers
• Growing Electric Vehicle Adoption - The increasing production and adoption of electric vehicles (EVs) are driving demand for battery traceability solutions to improve battery identification, monitor lifecycle performance, and ensure transparency across the battery supply chain.

• Stringent Battery Regulations and Compliance Requirements - Increasing regulatory emphasis on battery passports, sustainability reporting, carbon footprint disclosure, and material traceability is encouraging manufacturers to adopt digital traceability systems that support compliance and product transparency.

• Expansion of Battery Manufacturing and Supply Chains - Investments in battery gigafactories, lithium-ion battery production, and energy storage systems are increasing the need for reliable tracking of battery materials, components, and finished products throughout manufacturing and distribution.

• Growing Focus on Sustainability and Battery Recycling - Rising demand for circular battery economies is encouraging the adoption of traceability technologies that support battery reuse, recycling, second-life applications, and responsible recovery of valuable materials.

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