Digital Battery Passport Solution to Monitor from Raw Material Sourcing to Second Life and Recycling

From News Desk

Tata Technologies, a product engineering and digital services company, has announced the launch of WATTSync, a secure and scalable digital battery passport solution that advances sustainable engineering from mining to recycling. WATTSync improves transparency, efficiency and environmental impact, empowering OEMs, battery makers and recyclers to operate with resilience and innovation in the evolving global mobility landscape. It is our engineering in service of a simple promise to customers and communities alike – when you can trace it, you can trust it.

What WATTSync Does

  • Captures and validates battery data from mine to mobility to recycling
  • Gives teams a live, shared view of materials, performance, carbon footprint and recovery status
  • Automates compliance reporting against evolving regional rules
  • Opens secure, role-based access for suppliers, auditors and regulators on the same digital truth

How it Works
WATTSync connects PLM, MES, ERP and Cloud data lakes to build a digital thread for each battery. AI monitors health and anomalies, flags issues before they impact customers, and simplifies audits with guided checks and multilingual assistance. Blockchain safeguards data integrity. Deployment is Cloud-agnostic for speed and scale across regions.

Why Now
From February 2027, EV and industrial batteries sold into the EU will require a digital battery passport. Some automotive OEMs have already started, showing how transparency can build market confidence and resale value. India has announced its intent to roll out a battery passport regime to improve safety, traceability and exports. Many other countries are in the process of announcing their regulatory scope and timelines. WATTSync has been evolved to help global customers move early and move confidently. 

Aimed Impacts

  • Better circular outcomes with second life and recycling insights
  • Faster, audit-ready compliance
  • Lower risk through verified sourcing and tamper-evident data
  • Smarter design decisions through AI-led insights closed-loop feedback from field to engineering

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