Tata Technologies unveiled WATTSync, a digital battery passport solution designed to enhance transparency, traceability, and compliance across the entire battery lifecycle—from mining and production to mobility, reuse, and recycling. The platform is aimed at supporting OEMs, battery manufacturers, and recyclers to operate with greater resilience while meeting evolving global regulatory frameworks.
End-to-End Data Capture and Compliance
WATTSync captures and validates real-time data on key aspects such as materials, performance, carbon footprint, and recycling status. The system automates compliance reporting against regional regulations and provides role-based secure access for suppliers, auditors, and other stakeholders.
The solution integrates seamlessly with existing enterprise systems including PLM, MES, ERP, and cloud data lakes. Leveraging AI-powered monitoring, it identifies anomalies, enables predictive maintenance, and drives smarter engineering feedback loops. Meanwhile, blockchain technology safeguards data integrity, ensuring accuracy and trust across the value chain.
Preparing for Stricter Regulations
The launch comes against the backdrop of rising regulatory demands. Starting February 2027, the European Union will mandate digital battery passports for EV and industrial batteries. India is also considering similar requirements as part of its push to strengthen traceability, safety, and export readiness. With several other countries drafting parallel frameworks, WATTSync positions manufacturers to act ahead of regulatory shifts, reducing compliance risks and enhancing global competitiveness.
Driving Sustainability and Circularity
Beyond compliance, WATTSync supports circular economy practices by providing second-life usage and recycling data. It enables faster audits, promotes verified sourcing, and delivers AI-led insights that inform smarter design and manufacturing choices. As reported by manufacturingtodayindia.com, by linking field performance with engineering insights, WATTSync helps companies reduce carbon footprints, improve safety, and align with global sustainability goals—making it a critical tool for the future of battery innovation and lifecycle management.
