EU Battery Passport
compliance,
provably correct.
Deterministic battery passport infrastructure. Transform raw cycler data into cryptographically verified Digital Battery Passports, conformant to all 7 IDTA submodel templates. Every value traceable. Every output tamper-evident.
Three things no other platform does.
Most compliance tools generate a passport. Batteric generates a passport you can prove is correct, for any regulator, auditor, or downstream customer.
Built from the specification, not retrofitted to it
We implemented all 7 IDTA Submodel Templates the week the specification was published. Not a general tool adapted for batteries. A platform built from day one against the official technical standard your EU customers will enforce.
Provable, not just generated
Every value carries a SHA-256 hash. Inputs, mappings, outputs, model version, timestamp: all locked. If anything changes after generation, verification fails. You can replay any passport from scratch and get identical results. That is audit-grade traceability.
State of Health from first principles
Part 5 (Product Condition) is the submodel suppliers cannot fill because they do not own the dynamic data. Batteric calculates it using a physics-informed model built by a PhD electrochemist. The chemistry is correct because the founder understands it, not just the data patterns.
Four capabilities. One repeatable workflow.
From raw cycler export to verified, downloadable passport bundle. Same deterministic output every time.
{
"pack_id": "BAT-2024-XF-7491",
"standard": "DIN_SPEC_99100",
"idta_submodels": {
"part_1_nameplate": "complete",
"part_2_handover": "complete",
"part_3_lifecycle": "95%",
"part_4_carbon": "85%",
"part_5_performance": "complete",
"part_6_circularity": "90%",
"part_7_due_diligence": "complete"
},
"integrity": {
"sha256": "12054eab...2ac6b",
"replay_verified": true,
"tamper_evident": true
},
"gaps": 0,
"errors": 0
}All 7 parts. No exceptions.
The IDTA specification defines 7 submodel templates. Batteric implements every one.
Exactly what you get.
No black box. Every file in the audit bundle, documented.
Machine-readable + human-readable
Everything needed for audit defence
Battery Passport Report
Explore our comprehensive Battery Passport Report covering EU Regulation 2023/1542 compliance, lifecycle analysis, and supply chain traceability.
Not sure if you're
Battery Passport ready?
Digital Battery Passports are coming. But most teams still don't know if their current data, documents, and workflows can actually support them.
Readiness Audit
10 daysWe assess your current data, documents, and workflows against the 100 Battery Passport attributes.
Gap Report Delivery
You receive a detailed report showing exactly where you stand, what's missing, and what to fix first.
Platform Implementation
Onboard to Batteric Veritas and start generating compliant passports with your verified data.
Battery Passport Readiness Audit
20-minute call to assess if an audit is right for your organisation
Straightforward pricing.
Start with a pilot, scale as you grow. All plans include the full 7-part IDTA implementation and cryptographic integrity.
PILOT
Battle-test Batteric on your real battery datasets.
GROWTH
For recurring operational passport processing.
ENTERPRISE
Custom infrastructure for high-volume teams.
Common questions.
No. Batteric is the only platform built directly against the IDTA Submodel Template Specifications, all 7 parts, from the week they were published. Every other tool either predates the specification or retrofits it. We built from the standard, not toward it.
A fair question. The architecture decisions that take longest are how your test data maps to the 7 submodel fields. That's the problem Batteric has already solved, with a deterministic, replayable pipeline. You could build this in-house, or you could be generating verified passports this quarter.
Every passport generation produces a SHA-256 hash of every input, mapping, and output. If any value is changed after generation, verification fails. You can also replay any passport from scratch on the original input data and get byte-identical output. Not just a passport. A provable passport.
Most UK manufacturers aren't in Catena-X. Batteric produces AAS-conformant output that can be exchanged with EU customers regardless of which data space they use. If your customers are in Catena-X, your passports are already in the right format.
Nothing to prepare. We run the demo on real data (Molicel P42A cells). If you want to share a test file in advance, we'll show you actual output from your own data. 20 minutes is enough to see a complete verified passport and live tamper detection.
Stop improvising. Start proving.
Architecture decisions made now determine whether you're ready or scrambling. A 20-minute demo shows you exactly what compliance looks like on your data.