| Study Period | 2021 - 2032 |
| Market Size in 2025 | USD 11.3 Million |
| Market Size in 2026 | USD 14.7 Million |
| Market Size by 2032 | USD 73.1 Million |
| Projected CAGR | 30.6% |
| Largest Province | Guangdong |
| Fastest-Growing Province | Jiangsu |
| Market Structure | Fragmented |
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The Chinese battery passport software market value stood at USD 11.3 million in 2026, and it is poised to grow at a CAGR of 30.6% from 2026 to 2032, reaching USD 73.1 million by 2032. The market is driven by rising regulatory compliance needs to meet upcoming EU battery passport requirements, increasing demand for supply chain transparency and ESG reporting across the battery lifecycle, and initiatives and pilots by major producers to establish traceability standards.
In January 2026, China's Ministry of Industry and Information Technology (MIIT) jointly issued Interim Measures for the Recycling and Comprehensive Utilization of Retired NEV Power Batteries alongside five other ministries. It mandated that every NEV power battery receive a unique digital identity effective April 1, 2026, under a full-channel, full-chain, full-lifecycle management framework. This regulatory catalyst has transformed battery passport software from an export-compliance tool into a domestic compliance imperative. In turn, this directly expands the software's addressable market across every battery manufacturer, OEM, and licensed recycler operating in China's NEV ecosystem.
A defining technological trend reshaping the competitive landscape is the convergence of blockchain-based distributed ledger technology, IoT telemetry, carbon footprint calculation engines, and lifecycle analytics into unified passport software ecosystems. Standalone traceability platforms are progressively giving way to integrated compliance suites capable of generating independently verifiable carbon declarations, which are required under both Chinese and EU frameworks. MIIT launched a mandatory carbon footprint pilot for NEV power batteries in 2026, requiring manufacturers to calculate and report cradle-to-gate emissions across material acquisition, manufacturing, distribution, and recycling. China Automotive Data Company's Battery ID platform now incorporates carbon footprint data acquisition workflows alongside identity generation, cross-border data circulation, and certification modules.
A dual-regulatory imperative is the single most powerful driver of battery passport software adoption in China. The MIIT's January 2026 interim measures require that every NEV power battery be assigned a unique digital identity, enforcing a full-channel, full-chain, full-lifecycle traceability obligation on all manufacturers, OEMs, and licensed recyclers. Simultaneously, the EU Battery Regulation 2023/1542 mandates digital passports for industrial and EV batteries entering the European Union from 2027, compelling Chinese exporters to implement compliant passport platforms years in advance to secure and maintain market access.
In 2025, China's NEV production and sales both exceeded 16 million units—surpassing 50% of domestic new vehicle sales—while China exported batteries worth USD 48.3 billion in the January–August 2025 period alone. Software platforms that satisfy both China's Battery ID requirements and EU data format standards now constitute a competitive prerequisite for export-oriented manufacturers.
The absence of harmonized data standards between China's Battery ID system and the EU's digital product passport framework poses a material constraint on cross-border platform scalability. The two systems operate on distinct data models, governance architectures, and verification protocols, creating dual-compliance engineering requirements for software vendors seeking to serve both markets simultaneously.
A deeper structural challenge lies in upstream data quality. Most manufacturers lack verified visibility beyond tier-two suppliers, and blockchain infrastructure cannot resolve the foundational problem of unreliable or incomplete data inputs at point of entry. Cross-border pilot initiatives are advancing, including China Automotive Data Company's data circulation pilot with the Tianjin Dongjiang Free Trade Zone, Geely, and CATL. Still, standards harmonization between the Chinese and EU frameworks is expected to persist till at least 2027. The competitive landscape will favor platforms that can serve as bilateral bridges, absorbing the technical complexity of dual-system compliance on behalf of their enterprise customers.
Digital product passport (DPP) solutions held the largest share of the Chinese battery passport software market in 2025, of 35%. The MIIT's national Battery ID mandate has established DPP platforms as the foundational compliance infrastructure for China's traceability ecosystem. Battery manufacturers are legally obligated to assign unique digital identifiers to each battery, to track production, performance, installation, replacement, and recycling. DPP solutions serve as the core data management layer that integrates with upstream ERP systems, manufacturing execution systems, and MIIT's national traceability platform. China's interim provisions have standardized lifecycle tracking systems for all battery manufacturers, vehicle producers, and recycling operators, establishing DPP software as a non-negotiable operational requirement.
Due diligence & sourcing tools are expected to register the fastest growth during 2026–2032, at 30.7% CAGR. This category is driven by the approaching EU Battery Regulation enforcement deadlines, which require Chinese exporters to document responsible material sourcing across cobalt, lithium, nickel, and graphite supply chains.
The market segments into the following solution types:
Cloud deployment commanded the largest share of the Chinese battery passport software market in 2025, of 60%, and it is projected to demonstrate the fastest growth through 2026–2032, of 30.8%. Cloud architecture enables battery manufacturers and OEMs operating across China's geographically distributed production hubs to consolidate traceability data from disparate factory sites into unified compliance dashboards. Cloud platforms also facilitate the cross-border data circulation pilots mandated by China Automotive Data Company, where verified battery information must be transmitted to international markets in standardized formats. MIIT's national NEV power battery traceability platform is itself cloud-hosted, making cloud-compatible software the natural integration pathway for all regulated entities.
The market segments into the following deployment modes:
The automotive category captured the largest share of the Chinese battery passport software market in 2025, of 40%, as this sector is the primary driver of both battery production volume and regulatory compliance obligations. China's NEV production and sales surpassed 16 million units in 2025—exceeding half of all domestic new vehicle sales. From April 2026, every vehicle battery is now subject to digital ID assignment requirements. Automotive OEMs and battery suppliers collectively represent the highest-volume deployers of passport software, including at CATL's Ningde facilities, BYD's Shenzhen operations, and CALB's Changzhou lines.
The Energy Storage Systems (ESS) category is anticipated to experience the fastest growth during 2026–2032. China's Battery ID program has expanded scope to energy storage batteries in 2025, creating a new traceability compliance wave across grid-scale and commercial ESS deployments. By the end of 2025, China’s total cumulative energy storage capacity reached approximately 213.3 GW.
New-type (battery) systems now account for around 67.9% (about 144.7 GW) of total storage capacity. In the first half of 2025, China added 66.43 GW (189.48 GWh) of new-type storage capacity, driven by standalone and renewables-paired systems, with average storage duration rising to about 2.58 hours. The 12.8-GWh Envision Jingyi Chagan Hada energy storage cluster is set to be connected to the grid in early 2026.
The market segments into the following applications:
Battery manufacturers dominated the market in 2025 with 40% share, driven by their primary compliance obligations under MIIT's lifecycle traceability framework. Designated responsible parties under China's interim battery recycling measures, they are required to implement unique coding systems, upload traceability data to MIIT's national platform, and document the full production-to-recycling journey. That is why battery manufacturers are investing in integrated platforms that link manufacturing execution data with carbon footprint reporting and cross-border certification modules.
Recyclers are projected to register the fastest growth during 2026–2032. China is entering a period of accelerating large-scale battery retirement. In 2025, over 400,000 tonnes of retired NEV batteries were comprehensively reused—up 32.9% year-on-year. Retired battery volumes are projected to exceed 1 million tonnes annually by 2030, compelling recyclers entering licensed channels to adopt digital passport systems for material verification and compliance documentation. The MIIT mandates that automakers and battery manufacturers establish full-coverage recycling networks, with digital traceability reported through MIIT's national platform. These obligations flow down to licensed recyclers. Affordable, modular passport solutions designed for mid-tier and emerging recyclers, who lack the in-house development capacity of enterprise-scale operators, offers market opportunities.
The market segments into the following end users:
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Guangdong holds the largest provincial share of the market, of 40%, driven by its established battery manufacturing ecosystem. BYD's Shenzhen headquarters and large-scale production complex, EVE Energy's Huizhou operations, and Gotion High-Tech's Guangdong gigafactory are all located here. Guangdong's battery producers face the most immediate EU Battery Regulation compliance pressure due to their high share of lithium-ion battery exports. This makes investment in passport software platforms a competitive necessity rather than a strategic option.
Jiangsu is projected to register the fastest provincial growth in battery passport software adoption during 2026–2032, at 39.9% CAGR. The province is rapidly evolving from a traditional automotive component base into a major energy storage systems hub. CALB's Changzhou complex is one of the fastest-scaling gigafactories in eastern China, and over 340 Megawatts of grid-scale ESS projects have been announced or are underway across the province. This ESS expansion places Jiangsu at the forefront of the second wave of Battery ID program compliance, as MIIT extended its digital tracking mandate beyond NEV power batteries to cover stationary energy storage batteries in 2025.
The provinces and municipalities analyzed in this report include:
China's battery passport software market exhibits a fragmented competitive structure. This is due to the early stage of the regulatory compliance ecosystem and the diversity of deployment use cases spanning digital product passport generation, supply chain traceability, carbon footprint reporting, and lifecycle management. No single commercial vendor has a dominant share as the software landscape is shaped by three distinct competitive clusters.
These are state-designated platform operators anchoring national compliance infrastructure, vertically integrated battery manufacturers deploying proprietary in-house systems, and specialist technology providers competing on blockchain-based traceability and data verification capabilities. This fragmentation is sustained by the absence of a unified commercial procurement process. MIIT's national Battery ID platform is operated by a state-affiliated entity, while enterprise-scale battery producers have the technical capacity and regulatory incentive to build proprietary passport solutions over licensing third-party software.
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