A tamper-proof digital identity that follows every battery from manufacturing through operation to recycling, ensuring compliance, enabling second-life markets, and building the trust your investment deserves.
A battery without a digital passport is an unverifiable asset. You cannot prove its health, its history, or its compliance. You cannot sell it into second-life markets. You cannot finance it transparently. You cannot export it to regulated markets.
Ingro's Digital Battery Passport changes this. It creates a permanent, tamper-proof record that captures everything, from the chemistry of the cells at manufacturing, through every charge cycle and thermal event during operation, to the material composition data recyclers need at end-of-life.
As Pillar 3 of the AI Powered BESS platform, the passport is the memory layer. It receives operational data from Cloud EMS, health analytics from Battery AI, and connects to external systems through the Integrations layer. Together, they give every battery a verifiable story.
Regulatory mandates, market forces, and ESG pressure are converging. Batteries without digital passports will be locked out of the most valuable markets and financing channels.
Effective February 2025, every battery above 2 kWh entering Europe must carry a digital passport with full lifecycle data. Non-compliant batteries are barred from the world's largest regulated market.
India's Battery Passport Allocation Number (BPAN) framework is emerging as the domestic standard. Early adopters will be positioned for mandatory compliance before competitors even begin.
ESG-focused investors and lenders demand verifiable lifecycle transparency. A digital passport transforms your BESS from an opaque asset into a fully auditable, financeable instrument.
The second-life battery market is projected at $4.2 billion by 2030, but only if battery health history is verifiable. No passport means no second-life value.
India's rapidly growing BESS market faces quality concerns. A tamper-proof digital identity proves provenance, protects asset owners from substandard cells, and shields manufacturers' reputations.
Recyclers need precise material composition data, lithium, cobalt, nickel, manganese percentages, to recover materials efficiently. Without this data, end-of-life batteries become hazardous waste, not circular assets.
Every battery's passport captures a comprehensive dataset across eight categories, from birth to recycling. Not just metadata, but deep operational intelligence that creates real value.
The passport grows richer at every stage. By end-of-life, it contains the complete, verified history that unlocks second-life value and enables responsible recycling.
Digital identity is created at the point of manufacture. Cell chemistry, material composition, initial capacity, and QC results are permanently recorded.
Battery is deployed to its first site. Installation records, commissioning tests, and warranty activation are logged to the passport.
Cloud EMS streams continuous operational data, every cycle, every thermal event, every anomaly. Battery AI adds health predictions and degradation tracking.
Every maintenance event, component replacement, firmware update, and field intervention is recorded with technician ID and outcome.
When first-life duty ends, the passport provides an AI-powered assessment of remaining capacity, recommending the highest-value second-life application.
Full material composition data enables efficient recovery. Hazardous material inventory ensures safe handling. The circular economy loop closes.
A digital passport creates measurable value for every participant in the battery value chain. The question is not whether you need one, it is how much value you are leaving on the table without it.
Verified health data increases resale and second-life value by 20-30%. Your battery's digital history becomes a financial asset.
Transparent degradation data de-risks project finance. Lenders can verify actual vs. projected performance, reducing risk premiums.
Complete maintenance history eliminates institutional knowledge loss during provider transitions. Every technician starts with full context.
Automated compliance reporting and a complete audit trail. CERC, SERC, and EU Battery Regulation requirements met without manual documentation.
Precise material composition data enables targeted recovery processes. Know exactly what is inside every pack before disassembly begins.
Risk assessment based on actual operational data, not assumptions. Real thermal history, real cycle data, real anomaly records.
Data flows in from operations, intelligence flows in from AI, and passport data flows out to the systems that need it.
Operational data flows continuously from Cloud EMS into the passport, every charge cycle, every dispatch command, every power flow event. The EMS is the passport's eyes and ears.
Explore Cloud EMSHealth analytics, degradation predictions, and remaining useful life estimates from Battery AI feed directly into the passport. AI turns raw data into actionable lifecycle intelligence.
Explore Battery AIPassport data flows through the Integrations layer to connect with ERP systems, regulatory portals, insurance platforms, and second-life marketplaces via standardized APIs.
Explore IntegrationsBattery Passport is Pillar 3 of the AI Powered BESS platform, the memory layer that gives every battery a verifiable digital identity across its entire lifecycle.
Explore AI Powered BESSDifferent deployments need different things from a digital passport. Here is how it delivers value across the most common BESS use cases in India.
Without a digital passport, your battery investment is unverifiable, non-compliant, and worth less. Talk to us about implementing Battery Passport across your manufacturing line or BESS fleet, EU-ready and BPAN-compliant from day one.