Tata Technologies in India joined Rush last month to make the standard DVS problem for electric cars and industrial batteries, with the launch of Wattsync.
The statute based on the cloud uses artificial intelligence to monitor battery health, Blockchain for data safety and expansion across regions.
Wattsync is in line with the requirements of the European Union for DBPS, as of February 2027. The regulations require batteries sold in the European Union to include a digital record via the rapid response code that contains data on material origin, carbon fingerprint, compliance, recycling efficiency, and more.
China has launched its DBP initiative and explores its extension to resource -dense industries such as textiles and steel. All the United States, the United Kingdom, Japan, Canada and India are advancing towards developing their DBP standards. The prominent companies that have already launched DBPS, include BOSCH SDS, AVL, Denso, Umeicure, Open Battery Passport, Siemens and BloqSens AG.
DBPS provides a comprehensive digital record for the battery life cycle, from mining to recycling, ensuring compliance with the regulation of the European Union battery and other relevant supply chain rules. Each DBP contains three data layers: a general layer with QR codes for general information, a restricted layer with technical data and sensitive sources of approved entities, and a dynamic layer that updates performance standards.
DPB sets each unique digital identity battery that tracks its life cycle and stores data on origin, training, performance, durability, carbon details, manufacturing details and other major factors. The goal is to reduce dangerous waste and support circular economics initiatives by reusing batteries to store fixed energy and recycling. DBPS request, as the European Union does, requires the increasing need for the transparency of the supply chain in the EV industry, thus enhancing market confidence and perhaps raising the prices of reselling electric cars.
The Global Battery Alliance (GBA), supported by governments and industry, has provided the concept of the digital battery passport in January 2023 and is widely identified as the global standard of battery transparency.
