REPT BATTERO Energy Co., Ltd.

Battery solutions for battery electric vehicles (BEV), eliminating range anxiety with high-performance battery technology and injecting core power into the pure-electric revolution. REPT BATTERO provides advanced battery technology for global BEV manufacturers, covering a full range of cells, modules and systems. Targeting the core pain points of BEVs — longer range, faster charging and stable operation under all conditions — the solution helps automakers rapidly launch more competitive electric vehicles. Focused on the high-performance Wentop lithium battery technology, it delivers long range, fast charging and high safety for BEVs, while the intelligent Battery Management System (BMS) ensures excellent performance across all climates and driving environments.

Ultra-long range: self-developed core technology improves battery space utilization for higher-energy-density cells; LFP batteries achieve a range of over 700 km, mid-nickel NCM batteries reach 1,000 km, and high-nickel NCM batteries deliver 1,200 km. Ultra-fast charging: 2-4C fast-charging capability replenishes 80% of charge in 15 minutes. All-climate adaptability: stable operation across -30°C to 60°C, unaffected by extreme environments. Ultra-long service life: supports 7,000+ cycles with a calendar life of over 15 years, safeguarding long-term value. Customization: dimension customization (from custom-height prismatic cells to special-size solutions), chemistry customization (LFP chemistry highlighting safety and durability; NCM chemistry balancing energy density and power output; semi-solid technology raising the ceilings of safety and energy density; electrolytes for extreme environments suited to high salt fog and strong vibration), and product design customization (internal structure optimization, custom separator and electrode design, dedicated thermal management configurations). System integration: full in-house development (battery engineering, pack design, BMS); the hierarchical system architecture includes top-level thermal management with advanced liquid cooling plates for precise temperature control, an in-house BMS intelligent control center, an integrated BDU for safe electrical management, and custom housings ensuring mechanical integrity; all components meet stringent national safety standards and automotive-grade manufacturer certification requirements.

• Battery electric vehicles (BEV)
• Long-range passenger car models
• Premium passenger car models
• Mass-market models

Battery solutions for hybrid vehicles (PHEV & REEV), tailor-made for hybrid models to balance electric range and fuel economy for efficient mobility. Plug-in hybrid electric vehicles (PHEV) and extended-range electric vehicles (REEV) place higher demands on range, energy efficiency and all-condition performance. Leveraging high power-density cells and integrated system solutions, REPT BATTERO creates battery technology that combines electric range with fuel economy, helping automakers develop more efficient hybrid models. Through deep innovation in hybrid battery technology that fuses performance and safety, the battery system solution extends electric range, reduces fuel consumption and supports fast recharging, remaining efficient and reliable across all scenarios from urban commuting to long-distance travel.

High power density: optimized for hybrid scenarios with rapid acceleration response. Efficient energy storage design: extends electric range while maintaining hybrid performance. All-mode reliability: consistent performance on both short urban trips and long-distance drives. Excellent fuel economy: reduces fuel consumption while balancing environmental protection and driving experience. Customization: dimension customization (from custom-height prismatic cells to special-size solutions), chemistry customization (LFP chemistry highlighting safety and durability; NCM chemistry balancing energy density and power output; semi-solid technology raising the ceilings of safety and energy density; electrolytes for extreme environments suited to high salt fog and strong vibration), and product design customization (internal structure optimization, custom separator and electrode design, dedicated thermal management configurations). System integration: full in-house development (battery engineering, pack design, BMS); the hierarchical system architecture includes top-level thermal management with advanced liquid cooling plates, an in-house BMS intelligent control center, an integrated BDU for safe electrical management, and custom housings ensuring mechanical integrity; all components meet stringent national safety standards and automotive-grade manufacturer certification requirements. The official page does not list specific capacity/energy density figures.

• Plug-in hybrid electric vehicles (PHEV)
• Extended-range electric vehicles (REEV)
• Urban commuting
• Long-distance travel

Commercial power solutions tailor-made for every business challenge, with customized solutions covering all commercial scenarios. REPT BATTERO provides customized battery systems for vehicles and equipment in the commercial power sector — including buses, trucks, construction machinery, vessels and low-altitude aircraft — supporting high-intensity operations and diversified application needs. From cells to complete systems, it delivers full-chain solutions for commercial vehicles and equipment, helping the industry achieve its electrification goals and transition toward sustainable development.

Official homepage data: No.2 in 2025 new-energy heavy-truck battery installations and No.7 in 2025 LFP power battery installations. Electric coaches/buses: supports 10,000 cycles, ensuring over 20 years of reliable service; 4C ultra-fast charging replenishes power in 10 minutes, suited to busy route scheduling; advanced thermal management and structural protection for high-intensity operations; withstands the vibration and complex road conditions of daily urban operation. Electric light/heavy trucks: effortless output of strong power to handle heavy loads and complex terrain; integrated BMS enables real-time performance tracking and efficient remote diagnostics; modular architecture adapts to different truck types and fleet scales; reduced carbon footprint. Construction machinery: 10% more energy in the same volume significantly extends operating time; robust mechanical structure, long connector cycle life and stable overcurrent capability.

• Electric coaches/buses
• Urban transit and short-range shuttle services
• Inter-city transport
• Electric light trucks/logistics vehicles
• Electric heavy trucks and heavy-load operations
• Green logistics
• Forklifts
• Excavators
• Loaders
• Aerial work platforms
• Green construction

Cutting-edge battery technology directions showcased on the official homepage under the section 'Breakthrough batteries: our innovative technologies', centered on the self-developed Wentop technology and dedicated to high-performance lithium batteries that provide long range, fast charging and high safety for new energy vehicles. Since 2017 the company has focused on advanced battery solutions for electric vehicles and energy storage systems; the official website discloses 4,050+ innovation patents and 6+ R&D and manufacturing bases. The technology portfolio covers LFP, mid-nickel NCM, high-nickel NCM and semi-solid technology routes.

The official innovation technology page does not publish an itemized digital parameter table; citable official structural descriptions and technology routes are: Wentop-technology high-performance lithium batteries; chemistry coverage spanning LFP chemistry (highlighting safety and durability), NCM chemistry (balancing energy density and power output), semi-solid technology (raising the ceilings of safety and energy density), and electrolytes for extreme environments (suited to high salt fog, strong vibration and other harsh conditions); cells support customization dimensions such as internal structure optimization, custom separator and electrode design, and dedicated thermal management configurations. Related chemistry parameters appear on the BEV/PHEV subpages: LFP range over 700 km, mid-nickel NCM up to 1,000 km, high-nickel NCM up to 1,200 km, 2-4C fast charging, -30°C to 60°C operation, and 7,000+ cycles.

• New energy vehicle power batteries
• Battery electric passenger cars
• Plug-in hybrid and extended-range passenger cars
• Commercial vehicle power battery technology platform

Electric coach/bus solutions: for high-frequency bus operations, REPT BATTERO provides safe, durable, high-performance battery systems that power urban transit, short-range shuttles and inter-city transport, improving operational efficiency, reducing costs and helping build a green, sustainable public transportation future.

Ultimate safety: advanced thermal management and structural protection technologies suited to high-intensity operations. Ultra-long life: supports 10,000 cycles, ensuring over 20 years of reliable service. Urban durability: withstands the vibration and complex road conditions of daily urban operation. Ultra-fast recharging: 4C ultra-fast charging technology replenishes power in 10 minutes, suited to busy route scheduling.

• Urban public transit
• Short-range shuttle services
• Inter-city transport

Electric light/heavy truck solutions: from city streets to rugged worksites, the battery portfolio covers light trucks, logistics vehicles and heavy-duty trucks, empowering green logistics and heavy-load operations. Longer range, faster charging and stronger power — a reliable, safe energy solution matched to real operating scenarios.

Capacity: 282 kWh; Energy density: 160 Wh/kg; Voltage platform: 600 V DC; Charge/discharge rate: 3C; Cycle life: 4000 cycles; Internal resistance: ≤ 0.5 mΩ; Operating temperature: -30 ℃ ~ +60 ℃; Ingress protection: IP67

• Electric light trucks
• Logistics vehicles
• Electric heavy trucks
• Heavy-load operations
• Green logistics

Construction machinery solutions: customized battery plans for forklifts, excavators, loaders and aerial work platforms that retain durability, fast charging and safety under heavy loads, high-frequency use and harsh working conditions, empowering engineering upgrades with efficient, sustainable power.

Stable performance: multi-layer protection design suited to high loads, rugged environments and high-intensity operations. High energy output: 10% more energy in the same volume significantly extends operating time. Long-lasting durability: robust mechanical structure, long connector cycle life and stable overcurrent capability. Green power: zero-emission operation supporting the implementation of green construction concepts.

• Forklifts
• Excavators
• Loaders
• Aerial work platforms
• Green construction

Vehicle power battery pack products, listed on the official website as 'core products for BEV / core products for hybrid models' on both the BEV battery solution page and the PHEV/REEV hybrid battery solution page. Backed by a fully self-developed battery ecosystem, components work in synergy to create system-level advantages beyond any single product.

Full in-house development across the chain, mastering core technologies: battery engineering (proprietary chemical formulations and manufacturing processes ensuring intrinsic cell safety and performance consistency), pack design (advanced structural solutions and thermal management systems adapted to complex operating conditions), and BMS (self-developed intelligent management technology with real-time monitoring and dynamic optimization of operating status); all components meet stringent national safety standards and automotive-grade manufacturer certification requirements. Hierarchical system architecture: top-level thermal management uses advanced liquid cooling plates for precise temperature control, avoiding the impact of high and low temperatures on battery performance; the intelligent control center is an in-house BMS that monitors status in real time and dynamically optimizes operating parameters; efficient power distribution integrates a BDU for safe electrical management and reduced energy loss; a robust protective structure uses custom housings to ensure mechanical integrity against vibration and shock.

• Battery electric vehicles (BEV)
• Plug-in hybrid electric vehicles (PHEV)
• Extended-range electric vehicles (REEV)

The energy storage solutions business segment provides one-stop storage integration services for power generators, grid systems and end users, covering full-scenario intelligent energy needs and delivering efficient, highly reliable practical value through customized solutions; it spans solar, wind, smart grid and backup power fields, supporting efficient utilization and stable supply for power-generation-side, grid-side and user-side storage applications. As a trusted energy storage system manufacturer, it meets diversified energy needs with safe, stable and highly adaptable solutions.

Core advantages as stated: system integration capability — self-developed, self-manufactured cells, modules and battery management systems (BMS), building a complete supply system from core components to overall solutions; turnkey solutions — full life-cycle services covering system design, integration, commissioning and maintenance; PCS compatibility assurance — deep cooperation with mainstream energy storage converter (PCS) vendors, passing strict compatibility tests to ensure stable system coordination in complex grid-connection and dispatch scenarios; localized service support — regional service teams providing rapid response, remote monitoring, on-site operations and maintenance, and spare parts supply; customer-oriented innovation — continuous iteration of storage battery performance closely aligned with customer needs in capacity, service life and efficiency. Comprehensive system integration combines cells, battery packs, PCS (energy storage converters), EMS (energy management systems), fire protection systems, thermal management and container/rack systems; power conversion optimization through deep cooperation with mainstream PCS manufacturers such as Power Electronics, SMA and Kehua. Official homepage data: No.5 in global energy storage battery shipments in 2025 and No.1 in global residential storage battery shipments in 2025.

• Power generation enterprises and renewable energy suppliers
• Grid operators
• EPC contractors and system integrators
• End users (industrial, commercial and household energy cost optimization)
• Solar power supporting storage
• Wind power supporting storage
• Smart grids
• Backup power

Power-generation-side storage converts intermittent renewable energy into stable around-the-clock power, integrating peak shaving, frequency regulation, backup power and energy trading to enhance grid stability, support renewable grid integration and consumption, and maximize the economic value of the power system. It focuses on customized solutions for generation-side needs across different markets — such as energy optimization for renewable integration and scalable storage for large generation projects — maximizing performance while ensuring cost-effectiveness.

Compact layout — high-energy-density systems significantly reduce installation space requirements, fitting power station site constraints; ultra-long life — advanced liquid cooling technology ensures 20 years of stable battery operation, matching the long operating cycles of power stations; high safety — multiple fire protection and explosion-proof systems, verified by rigorous testing for safe operation; regulatory compliance — full conformity with grid codes, industry safety standards and international compliance requirements, accelerating project implementation.

• Power generation side energy storage
• Renewable energy grid integration and consumption
• Peak shaving
• Frequency regulation
• Backup power
• Energy trading
• Scalable storage for large generation projects

Grid-side storage comprehensively enhances the performance and resilience of power grids at all levels, covering large storage systems as well as off-grid and microgrid applications. The solution combines grid friendliness, low carbon, low cost and high resilience — ensuring reliable power supply and promoting local renewable energy consumption, while also providing stable power support for regions with weak or no grid coverage.

Grid stability — precise frequency and voltage regulation for off-grid systems; renewable integration — smooth connection of photovoltaics, wind power and hybrid generation, reducing wind and solar curtailment; energy security — 24/7 uninterrupted power supply for remote and off-grid areas, enhancing energy independence; rapid deployment — adapted to complex environments in remote areas, enabling fast installation and commissioning.

• Grid side energy storage
• Large-scale storage systems
• Off-grid systems
• Microgrid systems
• Power supply for remote and off-grid areas
• Smooth integration of solar-wind hybrid generation

Industrial and commercial energy storage solution centered on flexible, safe, low-maintenance storage systems that accelerate energy autonomy for C&I users and adapt to diversified scenarios. REPT BATTERO's C&I storage systems support AC/DC bidirectional coupling; through peak shaving and valley filling, load shifting and energy use optimization, they help enterprises cut operating costs under complex grid conditions and enhance energy resilience, covering factories, shopping malls, office buildings and other diverse application scenarios.

Core values as stated: one-stop delivery — full integration from cell to cabinet with turnkey engineering services that simplify project implementation; clearly visible returns — precise ROI modeling accelerates return on investment; all-round compliance — conformity with international safety, fire protection and grid-connection certification standards, meeting global market access requirements; low-noise operation — operating noise kept below 75 dB, suited to urban and commercial environments; rapid deployment — modular design with detailed installation guides that greatly shorten project launch cycles; localized O&M support — experienced local engineer teams providing on-site commissioning and operation training. Supporting functions: peak-valley arbitrage — intelligent management of peak and off-peak electricity demand that greatly reduces enterprise power costs; capacity buffering — resolves transformer overload and grid capacity limits to ensure production continuity; stable power supply — rapid switchover during grid fluctuations or outages keeps critical equipment running without interruption; intelligent control — an energy management system (EMS) enables real-time monitoring and optimized dispatch.

• Industrial and commercial energy storage
• Factories
• Shopping malls
• Office buildings
• Peak shaving and valley filling
• Load shifting
• Energy use optimization
• Enterprise backup power
• Distributed generation integration

Residential energy storage solution providing comprehensive, efficient storage systems for households with different needs, helping create a sustainable, economical and eco-friendly lifestyle. REPT BATTERO develops intelligently integrated home storage systems in response to the growing global demand for energy autonomy, PV optimization and emergency backup power; through safe, efficient and scalable customized solutions, households take control of their electricity use across the diverse scenarios of modern energy life. Integrating self-developed cells, battery packs and energy control systems, it supports self-consumption of solar and wind power, reduces electricity bills, provides reliable backup power and enhances household energy autonomy. Official homepage data: No.1 in global residential storage battery shipments in 2025.

Core values as stated: safe and reliable — high-quality LFP cells ensure outstanding safety and long-term stable operation; long life, high returns — ultra-long cycle life design improves system efficiency and maximizes long-term return on investment; economical and eco-friendly — a cost-effective storage solution delivering long-term energy savings; intelligent management — an intelligent battery management system optimizes energy use efficiency; flexible expansion — adapts to households of all sizes, from small apartments to large villas, expandable on demand; convenient installation — simplified installation process for rapid deployment. System parameters: supports 10,000+ cycles and stable operation for 25-30 years, matching long-term household needs; deep integration — full-stack fusion of battery, energy storage converter (PCS) and energy management system (EMS) for optimal performance synergy; modular design — flexibly expandable as household electricity needs grow.

• Residential energy storage
• Household solar self-consumption
• Household wind self-consumption
• Home emergency backup power
• Small apartments
• Large villas
• Peak-valley tariff cost optimization

UPS energy storage solution: a backup power scheme designed for critical scenarios, achieving millisecond-level seamless switchover and intelligently stabilizing power quality, providing core power assurance for data centers, hospitals, communication base stations and intelligent transportation systems.

Wide application — suited to critical infrastructure in IT, healthcare, communications and transportation; instantaneous response — millisecond-level switchover to backup power upon grid faults or voltage dips, with zero interruption; data protection — keeps sensitive equipment running safely, preventing data loss or damage caused by outages; power quality — filters grid surges and maintains stable voltage and frequency, extending equipment life.

• UPS energy storage
• Data centers
• Hospitals and medical infrastructure
• Communication base stations
• Intelligent transportation systems
• Critical IT infrastructure
• Uninterrupted power for critical equipment

Utility-scale and C&I storage cell series listed by application on the official 'Battery Cell' product page under 'Full range of battery cell products', oriented to large-scale and industrial & commercial energy storage systems. With industry-leading lithium-ion cell technology, REPT BATTERO redefines the industry benchmarks for energy density, safety and service life; Wentop cell technology, the core of the product matrix, integrates innovative structural design, materials science and precision manufacturing processes.

Official specification table as published (capacity/model | rated voltage | dimensions (mm) | cycle life | certifications | chemistry): 280Ah | 3.2V | 71×173×206 | 10000 Cycles | UL,IEC,UN,GB/T | LiFePO4; 314Ah | 3.2V | 71×173×206 | 10000 Cycles | UL,IEC,UN,GB/T,JIS | LiFePO4; 314Pro (314Ah) | 3.2V | 71×173×206 | 12000 Cycles | UL,IEC,UN,GB/T,JIS | LiFePO4; 392Ah | 3.2V | 75×182×224 | 12000 Cycles | UL,IEC,UN,GB/T | LiFePO4; 588Ah | 3.2V | 72×288×216 | 12000 Cycles | UL,IEC,UN,GB/T | LiFePO4.

• Utility-scale energy storage
• Industrial and commercial energy storage
• Power generation side storage
• Grid side storage
• Energy storage stations

Residential storage cell series listed by application on the official 'Battery Cell' product page under 'Full range of battery cell products', oriented to household energy storage systems and, together with self-developed battery packs and energy control systems, forming the residential storage solution.

Official specification table as published (capacity/model | rated voltage | dimensions (mm) | cycle life | certifications | chemistry): 50Ah | 3.2V | 39×148×101 | 7000 Cycles | UL,IEC,JIS,UN | LiFePO4; 72Ah | 3.2V | 39×148×111 | 6000 Cycles | UL,IEC,UN | LiFePO4; 100Ah | 3.2V | 27×173×207 | 5000 Cycles | UL,IEC,UN | LiFePO4; 100Ah (100C) | 3.2V | 52×148×119 | 3500 Cycles | UL,IEC,UN | LiFePO4; 100Ah (100P) | 3.2V | 52×148×119 | 6000 Cycles | UL,IEC,UN,JIS | LiFePO4.

• Residential energy storage
• Household energy storage systems
• Home emergency backup power
• Household solar self-consumption

The 'Frontier cells' section of the official 'Battery Cell' product page: supported by a world-class R&D team and deep independent research, REPT BATTERO keeps pushing the boundaries of energy density, service life and application scenarios, developing high-performance frontier cells. Among them, solid-state batteries are explicitly marked as 'under development' on the official website, while the other directions all have capacity specifications available.

Official descriptions as published: LMFP battery (155Ah) — higher energy density than traditional LFP while optimizing safety and cycle life; semi-solid battery (NCM 170Ah) — ultra-high energy density combined with enhanced safety and manufacturability; low-altitude flight battery (50Ah) — lightweight design plus high discharge performance, suited to drones and aviation-grade applications; sodium-ion battery (320Ah) — low-cost cobalt-free solution with excellent low-temperature performance; solid-state battery (under development) — next-generation technology offering higher energy density and safety for future high-performance applications.

• Next-generation high-performance power batteries
• Drone and aviation-grade applications
• Low-altitude aircraft (eVTOL)
• Long-range electric vehicles
• Low-cost energy storage
• Low-temperature applications

The 'energy storage system' core product listed on the official C&I and residential storage solution pages, forming the storage product chain alongside 'cells' and 'battery packs'; the storage solution integrates cells, battery packs, PCS (energy storage converters), EMS (energy management systems), fire protection systems, thermal management and container/rack systems, ensuring seamless performance synergy across the entire storage system for optimal efficiency.

Official structural descriptions (the page does not publish itemized digital parameters): comprehensive system integration capability — combining cells, battery packs, PCS (energy storage converters), EMS (energy management systems), fire protection systems, thermal management and container/rack systems; power conversion optimization — deep cooperation with mainstream PCS manufacturers such as Power Electronics, SMA and Kehua; one-stop turnkey service — seamless coverage from solution design to commissioning and operation; localized O&M support — fast regional spare parts supply plus on-site installation, maintenance and repair services.

• Industrial and commercial energy storage
• Residential energy storage
• Power generation side storage
• Grid side storage
• Backup power

Marine battery solution: a certified power scheme tailor-made for vessel electrification, demonstrating proven durability in high-humidity, highly corrosive environments. Vessel electrification places stringent demands on safety, durability and flexibility; REPT BATTERO provides CCS-certified battery solutions whose outstanding weather resistance and precise thermal management ensure continuous reliable performance in harsh marine environments with high humidity and strong corrosion. The official 'commercial power solutions' page explicitly includes vessels in the scope of commercial-sector vehicles and equipment.

Certification: certified by CCS (China Classification Society). Core product for the marine field: battery pack. Customization as stated — dimension customization: from custom-height prismatic cells to special-size solutions, tailored to space constraints and integration needs; chemistry customization: LFP chemistry (highlighting safety and durability), NCM chemistry (balancing energy density and power output), semi-solid technology (raising the ceilings of safety and energy density), and electrolytes for extreme environments (suited to high salt fog, strong vibration and other harsh conditions); product design customization: internal structure optimization, custom separator and electrode design, dedicated thermal management configurations. System integration: full in-house development (battery engineering, pack design, BMS); hierarchical system architecture including top-level thermal management with advanced liquid cooling plates for precise temperature control, an in-house BMS intelligent control center, an integrated BDU for safe electrical management, and custom housings ensuring mechanical integrity. The official page does not list specific capacity/energy density figures.

• Electric vessels
• Inland waterway vessel electrification
• Ocean-going vessel storage and power
• High-humidity, high-salt-fog marine environments
• Commercial-sector vessels

Battery solution for low-altitude aircraft (eVTOL), empowering next-generation aircraft and urban air mobility with lightweight, high-energy-density and impact-resistant battery technology. For advanced low-altitude applications such as drones and electric vertical take-off and landing aircraft (eVTOL), REPT BATTERO provides high-energy-density, lightweight and impact-resistant battery solutions; the integrated intelligent battery management system (BMS) effectively improves cycle life and system safety, enabling more efficient and more reliable flight performance. The official 'commercial power solutions' page explicitly includes low-altitude aircraft in the scope of commercial-sector equipment.

Core products for the low-altitude aircraft (eVTOL) field: cells and battery packs. Matching frontier cell: low-altitude flight battery (50Ah, official wording: 'lightweight design + high discharge performance, suited to drones and aviation-grade applications'). Customization as stated — dimension customization: from custom-height prismatic cells to special-size solutions; chemistry customization: LFP chemistry (highlighting safety and durability), NCM chemistry (balancing energy density and power output), semi-solid technology (raising the ceilings of safety and energy density), and electrolytes for extreme environments (suited to high salt fog, strong vibration and other harsh conditions); product design customization: internal structure optimization, custom separator and electrode design, dedicated thermal management configurations. System integration: full in-house development (battery engineering, pack design, BMS); hierarchical system architecture including top-level thermal management with advanced liquid cooling plates for precise temperature control, an in-house BMS intelligent control center, an integrated BDU for safe electrical management, and custom housings ensuring mechanical integrity. The official page does not list specific energy density figures.

• Drones
• Electric vertical take-off and landing aircraft (eVTOL)
• Low-altitude aircraft
• Urban air mobility (UAM)
• Commercial-sector aircraft

The battery recycling business segment actively responds to the 'dual carbon' goals, focusing on power battery recycling and resource utilization to build a green closed loop across the full life cycle. It is displayed as one of the four primary business segments on the official website. The company has built a complete closed-loop system covering battery recycling, dismantling and resource regeneration, achieving efficient conversion from retired batteries to regenerated resources; together with upstream and downstream partners it is building a battery recycling network to advance full life-cycle battery management. It has established a global strategic partnership with Huayou Recycling Technology, with deep collaboration across the entire lithium battery value chain.

The full-chain recycling ecosystem as stated — reuse stage: 1 dismantling, 2 testing, 3 evaluation, 4 cascade utilization; recycling and circulation stage: 1 discharge, 2 dismantling, 3 crushing, 4 metallurgical recovery, 5 PCAM production, 6 cathode material regeneration. Technological innovation and upgrading: jointly with domestic and international suppliers, it develops hydrometallurgical recovery systems to achieve efficient recovery and recycling of valuable metals from retired batteries, building a closed-loop raw material recovery system that significantly reduces carbon emissions; during the 2025 ESG reporting period, the Wenzhou base processed over 9,200 tons of valuable waste. The official 'Battery Cell' page discloses: as a national-level green factory with complete recycling qualifications, the company cooperates with leading recycling enterprises to recycle and reuse valuable materials after battery retirement.

• Retired power battery recycling
• Battery cascade utilization
• Battery dismantling and resource regeneration
• Cathode material regeneration
• Full life-cycle battery management
• Dual carbon goals and green closed loop