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A curated exchange platform traceable battery packs / modules. Sellers list assets with technical specifications; buyers get comparable listings, optional warranties, and compliant logistics.

It’s like a digital ID card for every battery. It stores key facts about where and how a battery was made, how it’s been used, and what happens to it at the end of its life. You can think of it as a mix between a car’s VIN number, service book, and recycling certificate — all in one digital record.

Each event — such as a repair, resale, or recycling — is automatically logged. That means the passport grows and stays accurate through the battery’s entire life, with a full trace of what happened and when.

Our trusted analytics platform delivers industry-leading accuracy with precision rates exceeding 95% for State of Health (SOH) predictions and 98% for State of Charge (SOC) estimations. We achieve this through advanced machine learning algorithms trained on millions of real-world battery cycles across diverse chemistries and operating conditions. Our battery health monitoring system continuously calibrates itself using proprietary sensor fusion technology, accounting for temperature variations, charge-discharge patterns, and environmental factors. Independent third-party validation confirms our platform outperforms traditional Battery Management Systems (BMS) by 30-40% in predictive accuracy. This precision translates directly to reduced downtime, extended battery life, and significant cost savings for your fleet operations.

Circunomics is a comprehensive circular economy platform designed specifically for lithium battery recycling facilities. We provide end-to-end solutions that streamline battery sourcing, assessment, compliance management, and material valuation. Our platform connects recyclers with verified battery suppliers across Europe, delivers intelligent analytics for processing decisions, automates Battery Passport compliance, and optimizes material recovery value. Whether you operate an EV battery recycling facility, process industrial battery packs, or specialize in car battery recycling, our technology helps increase throughput, improve recovery rates, and reduce operational costs.

Circunomics is a comprehensive circular economy platform designed specifically for waste suppliers managing lithium battery waste and end-of-life battery streams. We provide end-to-end solutions that transform car battery waste handling from a compliance burden into a profitable revenue stream. Our platform delivers intelligent battery assessment tools, connects you with qualified buyers through our battery marketplace, automates battery disposal and recycling compliance documentation, and optimizes car battery recycling logistics. Whether you're handling EV batteries from automotive sources, BESS decommissioning projects, industrial battery packs, or consumer electronics, our technology streamlines operations while maximizing material value and ensuring regulatory compliance across Europe.

Circunomics is a comprehensive battery lifecycle management platform designed specifically for electric vehicle fleet operators. We provide real-time battery analytics, predictive maintenance insights, and access to a circular battery marketplace—all in one integrated solution.

Our platform helps you maximize fleet uptime, reduce total cost of ownership, and extend battery lifespan through data-driven decision making. By monitoring battery health across your entire fleet, we enable you to prevent unexpected failures, optimize charging strategies, and make informed decisions about battery replacement, refurbishment, or second-life applications. Whether you're managing delivery vans, commercial trucks, or passenger vehicles, Circunomics gives you the visibility and control needed to operate a profitable, sustainable electric fleet.

Key benefits:

• Reduce downtime through predictive maintenance alerts

• Lower replacement costs via our circular battery marketplace

• Extend battery life with optimized charging recommendations

• Meet sustainability goals through circular economy practices

• Improve fleet ROI with data-driven battery management

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Mobility manufacturers can source lithium batteries through the marketplace by accessing a curated inventory of verified, second-life, and new-old-stock batteries from trusted suppliers. The platform provides detailed technical specifications, battery health data, compliance documentation (including Battery Passports), and transparent pricing for each listing. Manufacturers can filter by battery chemistry, capacity, voltage, form factor, and certification requirements to find exact matches for their production needs. Each battery comes with verified performance data and traceability information, reducing procurement risk. The marketplace streamlines the purchasing process with integrated logistics coordination, secure transactions, and documentation management, enabling manufacturers to diversify their supply chain, reduce costs, and meet sustainability targets by incorporating circular battery sources.

Battery manufacturers can transform idle inventory into revenue streams through our battery marketplace, which connects you with qualified buyers seeking lithium-ion battery cells and packs for various applications. List production overruns, warranty returns, end-of-lease batteries, and discontinued product lines with transparent technical specifications and verified performance data. The platform attracts buyers including BESS manufacturers, second-life specialists, refurbishers, research institutions, and system integrators actively seeking specific battery chemistries and form factors. Our marketplace handles battery health assessment, compliance documentation including battery passports, buyer qualification, and logistics coordination. Manufacturers typically recover 30-60% of production cost from overrun inventory and 20-40% from warranty returns with remaining capacity, compared to recycling which recovers only 5-15% through material value. This approach reduces storage costs, frees working capital, maintains brand control through authorized sales channels, and demonstrates circular economy leadership to sustainability-focused customers.

Special market industries can source lithium ion battery cells for custom applications through our battery marketplace, which aggregates verified inventory from manufacturers, surplus holders, and certified suppliers specializing in niche requirements. The platform enables precise filtering by battery chemistry (LFP, NMC, LTO, etc.), form factor, voltage, capacity, discharge rate, temperature tolerance, and certification standards (UL, CE, UN38.3, MIL-STD for defense applications). Each listing includes comprehensive technical specifications, performance data, compliance documentation including battery passports, and provenance information. This is particularly valuable for special markets requiring discontinued battery models for legacy equipment, small-batch custom configurations that manufacturers won't produce, high-performance cells for robotics or aerospace applications, or medical-grade batteries with specific certifications. The marketplace reduces procurement lead times from months to weeks, provides access to second-life batteries suitable for less critical applications, and connects you with suppliers experienced in special market requirements. Verified battery analytics ensure you receive cells meeting your exact performance specifications, reducing integration risk and project delays.

BESS operators can efficiently buy lithium batteries and sell lithium batteries through our battery marketplace, which connects energy storage professionals with verified battery inventory and qualified buyers across the BESS ecosystem. When expanding existing systems or developing new projects, operators can source lithium-ion battery cells, modules, and complete battery systems with detailed technical specifications, verified performance data, compliance documentation including battery passports, and transparent pricing. The marketplace is particularly valuable for sourcing second-life batteries from automotive or other applications—offering 40-60% cost savings versus new batteries while providing sufficient performance for less demanding BESS applications like long-duration storage or capacity-only services. Each listing includes comprehensive SOH battery assessments, remaining cycle life projections, and warranty information, reducing procurement risk. When decommissioning BESS projects or replacing underperforming battery modules, operators can monetize assets through the marketplace by connecting with buyers seeking batteries for battery second life applications, smaller BESS projects, research and development, or testing facilities. The platform handles battery health certification, logistics coordination, compliance documentation, and buyer qualification. BESS operators typically recover 25-45% of original battery value from decommissioned systems versus 5-15% from immediate lithium battery recycling, while buyers access cost-effective battery inventory with verified performance data—creating circular economy value for both parties.

Listings can include transaction warranties (e.g., condition on delivery) and performance warranties where supported by test data and Analytics confidence. Warranty terms are negotiated individually for each purchase.

From 18 February 2027, all EV and industrial batteries sold in the EU must have one. Other battery types will follow later. Circunomics helps you build and manage these passports automatically, so you’re ready before the deadline.

Yes, our battery analytics platform is designed for seamless integration with all major fleet management systems. We offer flexible API connections, cloud-based data synchronization, and pre-built integrations with leading platforms including Geotab, Samsara, Verizon Connect, Fleet Complete, and Teletrac Navman. Our open-architecture system supports standard protocols (REST API, MQTT, CAN bus, Modbus) ensuring compatibility with legacy systems and custom software solutions.

Implementation typically requires minimal IT resources—our technical team handles the heavy lifting. You'll gain unified dashboard access to battery health data alongside your existing fleet metrics, enabling centralized monitoring, automated alerts, and comprehensive reporting. Whether you operate 10 vehicles or 10,000, our scalable battery control system adapts to your infrastructure without disrupting current operations.

Safety is paramount in battery disposal and recycling operations. Our platform provides comprehensive safety assessment capabilities including:

• Thermal runaway risk identification: Flagging batteries with elevated safety concerns

• Damage detection: Identifying physical damage, cell failures, or electrolyte leakage

• Handling protocol recommendations: Chemistry-specific safety procedures and storage requirements

• Regulatory compliance: Ensuring adherence to ADR transport regulations and hazardous material handling standards

• Documentation: Complete safety-related data for audit trails and incident prevention

This intelligence helps protect your facility, personnel, and the environment throughout the lithium battery recycling process.

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Our marketplace connects your battery waste with three primary buyer categories:

Lithium Battery Recycling Facilities

• Certified recyclers across Europe specializing in different battery chemistries

• Geographic matching to minimize transport costs

• Competitive bidding from multiple recyclers for best pricing

• Compliance verification ensuring recyclers meet regulatory requirements

Refurbishment Companies

• Second-life battery specialists repurposing batteries for stationary storage

• Module harvesting operations extracting usable components from battery packs

• Testing facilities evaluating batteries for various applications

• Quality grading that matches battery condition to buyer requirements

Direct End-Users

• BESS developers building energy storage projects with second-life batteries

• Industrial applications requiring backup power and material handling equipment

• Automotive refurbishers needing replacement batteries for used EVs

• Export markets seeking specific battery types

All buyers are verified, ensuring safe transactions and reliable payment for your car battery waste inventory.

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EMs can sell lithium batteries from warranty returns through the circular marketplace platform by first having batteries assessed for remaining capacity and health status. Batteries that retain 70-80% or more of their original capacity can be sold for second-life applications in energy storage, stationary power, or less demanding mobility uses. The platform handles battery diagnostics, certification, compliance documentation (including Battery Passport updates), and logistics coordination. OEMs list batteries with transparent technical data, and the marketplace connects them with qualified buyers including BESS manufacturers, refurbishers, and second-life specialists. This process transforms warranty costs into revenue streams, supports sustainability commitments, meets Extended Producer Responsibility (EPR) requirements, and ensures proper handling of returned batteries rather than premature disposal.

Second-life batteries create revenue for manufacturers by transforming end-of-first-life assets into marketable products for energy storage, backup power, and less demanding applications. Revenue streams include direct sales of warranty returns and end-of-lease batteries to second-life buyers through the marketplace, licensing or royalty arrangements with refurbishers and integrators, service-based models where manufacturers retain ownership and lease second-life capacity, and value-sharing partnerships with BESS operators and energy companies. The platform facilitates these opportunities by providing battery health certification, compliance documentation, buyer matching, and transaction management. Manufacturers can command premium pricing by offering verified performance data and warranty coverage on second-life products. This approach converts what would be recycling costs into profit centers, extends brand touchpoints into new markets, and demonstrates circular economy leadership that enhances corporate sustainability credentials and customer loyalty.

Our battery analytics platform provides manufacturers with comprehensive insights that reduce warranty costs by 25-40% while driving continuous production improvements. Key analytics include field performance benchmarking that compares battery behavior across customers and applications to identify manufacturing versus usage-related degradation, predictive failure analysis that detects anomalies indicating potential warranty claims before they occur, and batch correlation analysis linking field performance to specific production runs, material suppliers, and process parameters. The system tracks critical metrics including state of health (SoH) degradation rates, cycle life performance, temperature sensitivity, and cell-level variations across your manufactured batteries. Warranty dispute resolution benefits from objective, timestamped data that differentiates manufacturing defects from customer misuse. Production quality improvements emerge from root cause analysis connecting field failures to specific manufacturing variables, enabling targeted process refinements. This closed-loop feedback transforms warranty data from cost center into valuable intelligence that enhances product design, optimizes quality control, and strengthens customer relationships through data-driven service.

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Mission-critical special market applications require advanced battery analytics that go beyond standard monitoring to ensure absolute reliability and predict failures before they impact operations. Critical analytics include real-time state of health (SoH) and state of charge (SoC) monitoring with precision suitable for aerospace, medical devices, or defense systems where battery failure has severe consequences. Predictive failure analysis uses machine learning algorithms trained on similar high-performance applications to identify early warning signs of degradation or anomalies weeks or months before critical failure. Temperature and thermal management analytics are essential for batteries operating in extreme environments—from Arctic conditions to high-heat industrial settings. Cell-level voltage monitoring detects imbalances that could compromise pack performance in applications requiring consistent power delivery. Performance benchmarking compares your battery behavior against manufacturer specifications and similar deployments to identify deviations. Cycle life tracking and remaining useful life (RUL) predictions enable proactive replacement scheduling that prevents operational disruptions. Our battery control system provides these analytics with configurable alert thresholds, integration with maintenance management systems, and audit trails for compliance in regulated industries like medical devices and aerospace.

The BESS analytics platform optimizes battery performance by providing real-time decision support that balances revenue opportunities against battery degradation costs across energy arbitrage, frequency regulation, capacity markets, and renewable firming. Our trusted analytics platform integrates market price signals, grid service requirements, weather forecasts, and battery state of health (SOH) data to recommend optimal dispatch strategies that maximize lifetime profitability rather than short-term revenue. The system calculates degradation costs for each potential operating scenario—accounting for depth of discharge, C-rates, temperature conditions, and current SOH battery status—enabling operators to make informed trade-offs between high-margin grid services that accelerate aging versus battery-preserving strategies. Advanced forecasting algorithms predict electricity price patterns and ancillary service opportunities hours to days ahead, optimizing SOC battery management to position energy storage for maximum value capture. Real-time performance monitoring across your entire BESS portfolio identifies underperforming assets, efficiency losses, and optimization opportunities. Operators using our platform typically achieve 15-25% revenue increases through improved dispatch optimization, extended battery lifecycles by 2-4 years through degradation-aware operation, and reduced auxiliary power costs through efficiency monitoring—transforming complex operating decisions into data-driven competitive advantage.

Circunomics provides centralized, real-time monitoring of every battery in your fleet through our advanced analytics dashboard. Our platform collects and analyzes critical battery data including state of health (SOH), state of charge (SOC), temperature patterns, charge cycles, and performance degradation trends.

How it works:

• Automated data collection: Integrates with your vehicle telematics and battery management systems (BMS) to continuously gather battery performance data

• Fleet-wide visibility: View all batteries at a glance or drill down into individual vehicle performance

• Health scoring: Each battery receives a comprehensive health score based on multiple performance indicators

• Anomaly detection: Automated alerts notify you of unusual patterns that may indicate developing issues

• Historical tracking: Monitor degradation trends over time to predict remaining useful life

Our dashboard provides actionable insights that help you identify which vehicles need attention, optimize charging schedules across your fleet, and plan battery replacements before failures occur. You'll always know the exact health status of every battery, enabling proactive fleet management rather than reactive repairs.

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We work with vetted partners for ADR / UN 38.3 transport and customs. Buyers and sellers see what’s needed per route before the transaction, avoiding last-minute surprises.

A passport includes things like:

• The battery’s origin and type

• Key technical details (chemistry, capacity, voltage, etc.)

• Who put it on the market and when

• Sustainability information (like carbon footprint)

• Service and repair history

• What happened at end-of-life (reuse, resale, or recycling)

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Implementation timelines vary based on fleet size and complexity, but most organizations achieve full deployment within 2-8 weeks:

Week 1-2: Discovery and planning—our team assesses your battery infrastructure, defines integration requirements, and configures the analytics platform for your specific battery chemistries and use cases.

Week 2-4: Hardware installation (if required) and software integration—we deploy sensors, connect to existing BMS systems, and establish data pipelines to your fleet management software.

Week 4-6: Testing and calibration—our battery health monitoring system begins collecting baseline data, calibrating algorithms, and validating accuracy across your fleet.

Week 6-8: Training and go-live—your team receive comprehensive training on dashboard navigation, alert management, and reporting features. Full operational handoff with ongoing support.

For pilot programs or smaller fleets (under 50 batteries), we can achieve deployment in as little as 1-2 weeks. Enterprise implementations with custom integrations may extend to 10-12 weeks. Our project management team provides transparent timelines and milestone tracking throughout the process.

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Our platform delivers measurable operational improvements:

• Increased throughput: Faster assessment and sorting reduces processing bottlenecks

• Improved material recovery rates: Optimized processing decisions maximize value extraction

• Reduced processing costs: Efficient battery-to-process matching eliminates waste

• Consistent feedstock supply: Marketplace connections ensure steady battery flow

• Decreased administrative burden: Automated compliance and documentation

• Enhanced decision-making: Data-driven analytics replace manual estimation

• Better material valuation: Real-time pricing intelligence optimizes purchasing and processing

Recyclers using our platform typically see significant improvements in both operational metrics and profitability.

Transporting lithium batteries requires strict adherence to hazardous material regulations. Our platform ensures safe, legal transport:

ADR/RID Compliance (Road/Rail Transport)

• Proper UN number assignment for different battery types and conditions

• Packaging requirement specifications for compliant containers and pallets

• Automated generation of required hazard labels

• Transport emergency cards and shipping papers

• Driver certification tracking and ADR training expiry alerts
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Cross-Border Movements

• Automated Basel Convention notifications for transboundary shipments

• EU Waste Shipment Regulation compliance

• Customs documentation with proper waste classification

• Country-specific requirement navigation across European markets

• Transit permits for multi-country routes
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Safety Documentation

• Safety Data Sheets (SDS) for different battery chemistries

• Emergency response procedures

• Incident tracking and reporting

• Insurance and liability documentation
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This comprehensive transport compliance support protects your operations from costly violations and ensures safe car battery recycling logistics.

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The platform supports Extended Producer Responsibility (EPR) by providing end-to-end tracking and documentation of battery collection, treatment, and recycling obligations. It maintains digital records of all batteries placed on the market, tracks collection rates and recycling targets, and generates compliance reports required by regulatory authorities. The system connects OEMs with certified collection schemes, logistics providers qualified for dangerous goods transportation (ADR compliance), and authorized recycling facilities, ensuring proper end-of-life handling. Automated compliance monitoring alerts manufacturers to upcoming deadlines and changing regulatory requirements across jurisdictions. The battery passport integration ensures all required EPR documentation—including material composition, recycling instructions, and hazardous content—is accessible to all stakeholders in the value chain. Financial tracking capabilities help manage EPR fees and demonstrate compliance with collection and recycling rate targets. This comprehensive approach transforms EPR from a compliance burden into a managed process that minimizes risk, reduces administrative overhead, and supports circular economy participation.

The battery passport solution provides battery manufacturers with automated compliance tools that capture and maintain all required data from production through end-of-life. The platform generates digital battery passports with unique identifiers for each lithium-ion battery cell, module, or pack, documenting manufacturing details, materials composition, carbon footprint, technical specifications, and safety certifications. Integration with your production systems enables automatic data capture during manufacturing, eliminating manual documentation processes. The passport updates throughout the battery lifecycle with performance data, ownership transfers, and end-of-life handling, ensuring continuous compliance. Our solution meets EU Battery Regulation requirements for batteries over 2 kWh, provides third-party verification support, and generates audit-ready compliance reports. With mandatory compliance deadlines approaching in 2027, early implementation positions your manufacturing operation ahead of competitors while ensuring uninterrupted market access across European markets.

The battery passport solution addresses special market compliance by providing comprehensive digital documentation that meets EU Battery Regulation requirements while accommodating the unique traceability needs of regulated industries. For special markets, the battery passport captures standard compliance data—materials composition, carbon footprint, technical specifications, recycling instructions—plus industry-specific requirements such as medical device serial number integration and quality system traceability (ISO 13485), defense and aerospace provenance documentation including conflict minerals reporting and supply chain security verification, industrial equipment maintenance records and safety certifications, and custom certification documentation (ATEX for explosive atmospheres, IECEx for international hazardous locations). The platform maintains tamper-proof records throughout the battery lifecycle, essential for industries with strict audit requirements. Integration with your existing quality management systems ensures seamless data flow without creating parallel documentation processes. For special market companies operating globally, the passport facilitates customs clearance and international compliance by providing all required battery documentation in standardized formats. This comprehensive approach transforms compliance from administrative burden into competitive advantage, enabling faster market access and demonstrating quality assurance to demanding customers.

The platform supports BESS compliance through integrated battery passport management and lithium battery recycling solutions that address Extended Producer Responsibility (EPR) and emerging regulatory requirements. For battery passport compliance under EU Battery Regulation, the system maintains comprehensive digital documentation for all lithium ion battery cells in your BESS installations, including manufacturing provenance and materials composition, carbon footprint across battery production and supply chain, technical specifications and performance characteristics, operational history and SOH battery assessments, ownership transfers and project lifecycle data, and end-of-life handling and recycling instructions. The battery passport updates automatically as the battery control system collects operational data, ensuring continuous compliance without manual documentation processes. Each battery or battery system receives a unique identifier accessible via QR code or digital interface, meeting regulatory traceability requirements. For recycling compliance, the platform connects BESS operators with certified recycling partners experienced in handling large-format energy storage batteries, manages hazardous materials transportation requirements (ADR/DOT compliance), documents chain of custody from decommissioning through final recycling, and generates compliance reports for regulatory authorities and EPR obligations. The system also facilitates battery second life pathways that extend battery value before recycling, supporting circular economy mandates while maximizing asset recovery. Automated compliance monitoring alerts operators to changing regulatory requirements across jurisdictions, upcoming reporting deadlines, and documentation gaps requiring attention—transforming compliance from administrative burden into a managed process that protects project value and ensures regulatory good standing.

The Circunomics Battery Marketplace is a verified platform connecting fleet operators with quality replacement batteries at competitive prices—including new, refurbished, and second-life options. Our marketplace helps you reduce replacement costs while maintaining fleet performance and reliability.

How the marketplace works:

• Intelligent matching: Enter your vehicle specifications and our system identifies compatible battery options across all availability tiers

• Transparent pricing: Compare costs across new OEM batteries, certified refurbished units, and second-life batteries from verified suppliers

• Quality verification: All batteries include technical documentation, health certifications, and performance guarantees

• Supplier vetting: We pre-screen all marketplace suppliers for reliability, compliance, and quality standards

• Logistics support: Access to specialized battery transportation and installation services

Cost-saving opportunities:

• Refurbished batteries: Save 30-50% compared to new OEM batteries with certified performance guarantees

• Second-life batteries: Save 50-70% for applications where reduced capacity is acceptable

• Bulk purchasing: Negotiate volume discounts for multi-vehicle replacement programs

• Market transparency: Real-time pricing data helps you make informed purchasing decisions

• Warranty options: Choose from various warranty levels based on your risk tolerance and budget

Additional benefits:

• Faster sourcing: Find available batteries in days rather than weeks

• Reduce inventory costs: Access batteries on-demand rather than maintaining expensive spare inventory

• Sustainability compliance: Choosing circular batteries supports your ESG and sustainability goals

• Battery Passport access: Full lifecycle documentation for regulatory compliance

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Yes. Role-based disclosure lets you keep sensitive info private while sharing what’s necessary to close a safe, compliant deal. You always own the data.

You decide what’s visible. The passport has different access levels — one for public information, and one for confidential technical or commercial data. Only authorized users (like auditors) can see sensitive parts.

Our battery analytics platform is chemistry-agnostic, supporting all major battery types through adaptive algorithms and chemistry-specific calibration:

Supported Chemistries:

• Lithium-ion variants: NMC, NCA, LFP (LiFePO4), LTO

• Lead-acid: Flooded, AGM, Gel

• Nickel-based: NiMH, NiCd

• Emerging technologies: Solid-state, sodium-ion, lithium-sulfur

How We Adapt: Our machine learning models are trained on extensive datasets for each chemistry, recognizing unique degradation patterns, voltage characteristics, and thermal behaviors. During implementation, we configure the platform with your specific battery specifications—chemistry type, cell configuration, manufacturer parameters—ensuring accurate SOH calculations and predictive analytics.

Multi-Chemistry Fleets: If you operate mixed battery types (common in transitioning fleets), our battery health monitoring system manages all chemistries from a single dashboard, applying appropriate algorithms to each battery type automatically.

Future-Proof Technology: As new battery chemistries emerge, our platform updates seamlessly through cloud-based algorithm deployments—no hardware changes required.

This chemistry flexibility makes our trusted analytics platform ideal for organizations managing diverse battery assets or planning technology transitions, ensuring consistent monitoring regardless of battery type.

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Circunomics currently operates across Europe, with our battery marketplace and supplier network covering major markets where lithium battery recycling demand is strongest. Our platform supports:

• Pan-European battery sourcing: Connections to suppliers across multiple countries

• Multi-language support: Interface and documentation in key European languages

• Regional regulatory compliance: Automated reporting for country-specific requirements

• Cross-border logistics coordination: Supporting international battery flows while maintaining compliance

While our primary focus is Europe, we're continuously expanding our geographic coverage to serve the growing global battery recycling industry.

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The platform supports battery recycling compliance and Extended Producer Responsibility (EPR) for special markets through integrated lifecycle tracking and connections with specialized recycling partners experienced in handling diverse battery chemistries and configurations. Special market compliance challenges include managing small volumes of diverse battery types that don't fit standard recycling streams, documenting chain of custody for batteries from regulated industries (medical, defense, aerospace), meeting hazardous material transportation requirements (ADR/DOT) for high-energy or exotic chemistries, and demonstrating EPR compliance across multiple jurisdictions with varying regulations. Our battery control system maintains complete lifecycle documentation from procurement or production through end-of-life, automatically generating the records required for regulatory reporting. The platform connects you with certified recyclers qualified for specialized batteries—including those containing rare chemistries, high-energy densities, or requiring security protocols for sensitive applications. Automated compliance monitoring tracks collection rates, recycling quotas, and reporting deadlines across jurisdictions. The battery passport includes detailed end-of-life handling instructions specific to each battery type, ensuring safe processing. For special market companies with limited battery volumes, our aggregation capabilities pool batteries with similar characteristics to achieve economical recycling logistics. This comprehensive approach minimizes compliance risk, reduces administrative overhead, and ensures responsible end-of-life management that protects your brand reputation in quality-conscious special markets.

Yes, we provide comprehensive EV battery health check services for both individual vehicles and entire fleets. Our battery analytics platform delivers:

Remote Diagnostics: Continuous monitoring without vehicle downtime—our system analyzes battery performance data in real-time, identifying degradation patterns, cell imbalances, and potential failures before they impact operations.

On-Demand Health Reports: Detailed SOH assessments, capacity fade analysis, internal resistance measurements, and remaining useful life predictions—essential for warranty claims, resale valuations, and maintenance planning.

Pre-Purchase Inspections: Independent battery condition assessments for used EV acquisitions, providing buyers with transparent health scores and future performance projections.

Certification Services: Third-party validated battery health certificates supporting second-life applications, insurance requirements, and compliance documentation.

Fleet-Wide Audits: Comprehensive battery health benchmarking across your entire fleet, identifying underperforming units, optimizing rotation schedules, and prioritizing replacement investments.

Our EV battery health check services combine automated monitoring with expert analysis, delivering actionable insights that reduce unexpected failures by up to 85% and extend battery service life by 25-30%.

Starting with Circunomics is straightforward:

1. Request a demo: Contact our team to schedule a personalized platform demonstration tailored to your battery recycling operations

2. Needs assessment: We'll discuss your specific challenges, processing capabilities, and business objectives

3. Custom configuration: Platform setup optimized for your facility type, chemistries processed, and geographic operations

4. Implementation support: Technical integration, staff training, and workflow optimization

5. Ongoing partnership: Continuous platform updates, technical support, and circular economy intelligence

Our team guides you through every step, ensuring you quickly realize value from improved sourcing, assessment, compliance, and material recovery optimization.