# Toyota Motor Corporation > Toyota's battery transition has a concrete operational anchor: its HV Recovery Center recovered and appropriately disposed of about 40,000 nickel-metal hydride batteries in fiscal 2025. The material decision is still a loop: collection, state of health, reuse or rebuild, then recovery into a documented next use. - Industry: Automotive & Mobility - Collection: Active - Materials: Aluminum, Batteries, Glass - Processes: Recycling - Evidence through: 2026-09-18 - Canonical URL: https://www.materialtransition.com/library/toyota-motor-corporation ## Material inputs to resolve Vehicles, electrification, batteries and mobility systems Toyota's FY2025 Integrated Report covers the year ended March 31, 2025 and reports 9.362 million consolidated vehicle sales and ¥48,036.7 billion in sales revenues. Toyota discloses battery reuse and recycling ambitions, a Shanghai battery and BEV company planned for production in 2027, and the Sweep Energy Storage System. Public sources do not disclose a battery-stream mass balance or named recovery offtake. **9.362M** FY2025 consolidated vehicle sales **¥48.037T** FY2025 sales revenues **2027** Shanghai battery and BEV production target **Evidence** Battery loop is strategic; site-level flow is open - Steel, aluminum, resins, glass and electronics across vehicles - Battery cells and critical mineral inputs for electrified vehicles - Replacement parts, packaging and service materials ### Outputs and residuals to resolve - Vehicles, battery systems and mobility products - Used batteries requiring collection, grading and disposition - Reuse, remanufacture and material-recovery pathways are not publicly quantified as one global mass balance **First decision:** Choose one electrified-vehicle battery stream and document collection, state-of-health grading, reuse versus recovery, safety controls, product specification and end-market proof. ## Control Toyota Motor Corporation is the public parent and operating company. #### Scale FY2025 consolidated vehicle sales were 9.362 million units; sales revenues were ¥48,036.7 billion. #### Forward asset Toyota announced a wholly owned Shanghai company for BEV and battery development, with production scheduled for 2027 and initial production of about 100,000 vehicles per year. #### Evidence boundary Battery reuse and recycling are strategic priorities. Public disclosures do not provide a facility-period battery mass balance or named recovery buyer. ### Decision boundary Toyota's battery transition is not one material problem. It is a loop: cells into vehicles, vehicles into collection, then a state-of-health decision that determines reuse, remanufacture or material recovery. The public record supports one bounded next move: Choose one electrified-vehicle battery stream and document collection, state-of-health grading, reuse versus recovery, safety controls, product specification and end-market proof. It does not establish a buyer, commercial approval or supply agreement. ## Material flow map | Material or stream | Qualification gate | Process or destination | Evidence still needed | |-|-|-|-| | Stage | Decision gate | Output | Evidence required | | Vehicle battery | Collection and safe transport | Traceable battery unit | Serial, chemistry, location and custody | | Used battery | State-of-health grading | Reuse, remanufacture or recovery route | Test protocol and threshold | | Material recovery | Refined material or intermediate | Qualified secondary input | Purity, chain of custody and buyer spec | This is a public screening map. It separates company-disclosed flows from open qualification work. It does not convert a destination into a buyer or an announced ambition into operating capacity. ## Three defensible entry lanes #### Make state-of-health a routing decision The highest-value intervention is deciding whether a battery still has a useful life before sending it to recovery. **Next evidence:** Define a grading protocol, threshold and disposition rules for one vehicle family. #### Tie reuse to a real energy application Toyota's Sweep Energy Storage System field tests show a route from vehicle batteries to stationary storage, but a public commercial offtake is not established. **Next evidence:** Name the storage application, safety requirements, warranty boundary and revenue model. #### Close the material-recovery loop Collection and recovery only become a transition lane when the recovered material clears a buyer specification. **Next evidence:** Trace one chemistry from collection through recovery to a qualified cathode, precursor or metals buyer. ## Evidence register - **Integrated Report 2025** Toyota Motor Corporation, fiscal year ended Mar 31, 2025 https://global.toyota/pages/global\_toyota/ir/library/annual/2025\_001\_integrated\_en.pdf [1] - **Battery and BEV company in Shanghai** Toyota, Feb 5, 2025 https://global.toyota/en/newsroom/corporate/42193101.html [2] - **Sweep Energy Storage System field tests** Toyota and Mazda, Aug 21, 2025 https://global.toyota/en/newsroom/corporate/43207879.html [3] - **Circular economy and battery recovery** Toyota Motor Corporation https://global.toyota/en/sustainability/esg/recycling/ [4] Source hierarchy: filings and company disclosures first. The brief states what those sources support and leaves the unresolved plant, grade, permit, buyer and mass-balance questions explicit. ## Material Transition editorial interpretation Toyota's battery transition is not one material problem. It is a loop: cells into vehicles, vehicles into collection, then a state-of-health decision that determines reuse, remanufacture or material recovery. The next useful working session starts with: Choose one electrified-vehicle battery stream and document collection, state-of-health grading, reuse versus recovery, safety controls, product specification and end-market proof. ## Sources - [1] Integrated Report 2025 - https://global.toyota/pages/global_toyota/ir/library/annual/2025_001_integrated_en.pdf - [2] Battery and BEV company in Shanghai - https://global.toyota/en/newsroom/corporate/42193101.html - [3] Sweep Energy Storage System field tests - https://global.toyota/en/newsroom/corporate/43207879.html - [4] Circular economy and battery recovery - https://global.toyota/en/sustainability/esg/recycling/ From the Material Transition company brief library: https://www.materialtransition.com/library/toyota-motor-corporation