; (B) engage with stakeholders, including potentially impacted communities, digital identification system developers and users, mining organizations, national security organizations, consumer privacy experts, advanced energy technology manufacturers, in collaborative platforms, including workshops and forums; (C) consider best practices for use and administration of digital battery identification systems, including display format; and (D) encourage digital battery identification systems to be comparable and interoperable through harmonized data collection, verification methods, and standards. (4) Requirements for digital battery identification systems A digital battery identification system developed, maintained, implemented, or adopted pursuant to this subsection shall— (A) identify and provide detailed information on the battery components and battery materials, including cathode and anode chemistry; (B) identify the country of origin for each battery component and battery material identified under subparagraph (A); (C) identify the geographical location of the battery’s final manufacturing facility and include the full material journey of each battery component and battery material identified under subparagraph (A), which may include locations of extraction, production, processing, manufacturing, recycling, and refurbishment; (D) identify the recycled content of battery components identified under subparagraph (A); (E) as applicable, provide the information necessary to demonstrate and verify compliance with the applicable mineral percentages under section 30D(e) of the Internal Revenue Code ( 26 U.S.C. 30D(e) ); (F) provide information on how to assemble, disassemble, remove, recycle, repair, repurpose, reuse, and dispose of the battery