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Applications

The right next life for every battery.

Wherever a used battery changes hands or reaches the end of its first life, someone has to decide what happens to it. Dynovy gives that decision a documented health result.

Battery life pathways

One assessment, three possible routes.

Who uses it

One platform, four decisions.

Recyclers and battery collection centres

Triage before dismantling

Grade incoming modules quickly, so healthy units are routed to reuse instead of being recycled by default.

Second-life integrators and storage developers

Grade and match units

Group units by health and confidence for a storage application, with the evidence documented for each unit.

In development Forecasts of future behaviour are in development.

OEMs, fleets and leasing companies

End of first life and warranty returns

Decide whether a returned battery or module is reused, repurposed or recycled, on documented health data.

Test laboratories and service providers

Screen before the full test

Keep long test channels for the units that really need a full cycle, and decide the rest from a short test.

Regulatory context

Health data is becoming a requirement.

The Dynovy Intelligence Platform is designed to support these requirements with documented, traceable results. It is not a certification and does not replace one.

State-of-health information

The EU Battery Regulation requires the battery management system of EV, light-transport and stationary storage batteries to hold up-to-date state-of-health data, to make reuse and repurposing easier.

Battery passport from February 2027

EV, light-transport and industrial batteries above 2 kWh need a digital passport that records, among other things, state of health.

Recovery and recycling targets

Recycling-efficiency targets for lithium-based batteries rise from 65% to 70%, and lithium recovery from 50% to 80%, between 2025 and 2031.

Standards for repurposing

Standards such as UL 1974 and IEC 63330-1 describe how batteries are evaluated and repurposed for a second life.

  1. [1]Regulation (EU) 2023/1542 on batteries and waste batteries, Article 77
  2. [2]European Commission, New rules boost recycling efficiency of waste batteries, July 2025

Starting scope

One battery family first, done properly.

Each family is calibrated with a few reference units and checked against independent reference measurements before results are released. The scope grows from cells to modules and to more families, with packs as a later step.

  1. 01One battery family, cellsCurrent focus
  2. 02Modules of that familyIn development
  3. 03More battery familiesRoadmap
  4. 04PacksRoadmap

Have a battery family you need to grade?

Tell us about your cells or modules and the decision you need to make. We will reply with how a validation project could work for you.

Discuss a validation project