MS 2818 - Malaysia’s EV Battery Passport: First in ASEAN, A Giant Leap for the EV Ecosystem

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Whether you are an electric vehicle (EV) owner, a mechanic handling battery packs daily, or simply an automotive news enthusiast, you need to know about MS 2818.

On November 14, 2025, the Department of Standards Malaysia (JSM) launched the Malaysian Standard MS 2818: Battery passport for electrified vehicle – General requirements. This document is designed to serve as a digital "passport" for every EV battery.

Launched during a key automotive and technology industry event, the standard was developed in collaboration with related agencies such as the Malaysia Automotive, Robotics and IoT Institute (MARii).

 


What is a "Battery Passport"?

Think of a battery passport as a "life identity certificate" for a battery—a digital record that stores crucial information throughout the battery's entire lifecycle, from the factory floor to the recycling center.

MS 2818 establishes general guidelines on what information must be recorded and the tracking mechanisms required. Its primary goal is to enhance transparency, traceability, and sustainability within the EV battery supply chain.

It facilitates the tracking of raw material sources, encourages repurposing (second-life usage), and ensures that disposal or recycling is conducted according to safe practices.


 

A Global Trend

This initiative is not new to the global industry. In Europe, the EU Battery Regulation 2023 mandates a Battery Passport starting in 2027 for all EV batteries and industrial energy storage packs.

  • Germany: Giants like Mercedes and BMW are already running pilot projects with the Global Battery Alliance (GBA), the organization that created the global Battery Passport standard.

  • China: As usual, China is ahead of the curve. They have long mandated traceability records involving NCM, LFP, and lithium sources to control their domestic supply chains.

  • South Korea: LG Energy Solution and Samsung SDI are already providing battery passport data to global clients as part of their ESG strategies.

Why is Malaysia Introducing This Standard Now?

The transition to EVs is not just about swapping engines; it involves a complete ecosystem shift. Lithium batteries are valuable yet risky components, from raw materials to waste management.

MS 2818 arrives to frame a regulatory structure that simplifies monitoring, reduces environmental risks, and attracts investment and industry partners seeking transparency in their supply chains.


 

What Data Might Be in the Battery Passport?

MS 2818 serves as a standard for general requirements. The specific nature of the passport depends on the manufacturer and the digital system used, but generally, a battery passport may contain:

  • Battery Identity: Serial number, model, manufacturing date, and manufacturer.

  • Technical Specifications: Chemistry type (NMC, LFP, etc.), initial capacity (kWh), voltage, and pack/module configuration.

  • Operational History: Critical usage data (mileage, charge cycles), maintenance records, and State of Health (SoH).

  • Material Footprint: Origin of critical raw materials (e.g., cobalt, nickel) and proof of ethical compliance/transparency.

  • End-of-Life Info: Recommendations for repurposing, recycling status, and approved waste management centers.

How Will It Be Implemented in Malaysia?

  1. Standard Development: JSM, as the national standards body, prepared MS 2818 in collaboration with industry players and public institutions like MARii.

  2. Industry Adoption: Vehicle manufacturers, battery pack suppliers, and service providers must integrate data systems so that passports can be generated and updated.

  3. Digital Systems & Data Security: As a cloud or ledger-based record, the passport requires strict security standards, interoperability, and access protocols.

  4. Compliance & Enforcement: Depending on government policy, implementation may start as voluntary, followed by mandatory compliance in stages.

Official reports describe MS 2818 as "general requirements," meaning it sets the foundation. Technical execution will depend on the government's roadmap and industry adaptation.


 

What Does This Mean for Consumers, Mechanics, and Workshops?

  • EV Owners: You get more information about the origin and condition of your battery, potentially better after-sales support, and a clearer picture of resale value.

  • Mechanics/Workshops: Access to battery history and repurposing/recycling recommendations simplifies diagnosis and repair.

  • Developers & Recyclers: Standardized data streamlines the process of collecting used batteries for repurposing or value recovery.

This marks the first organized step in ASEAN regarding battery passports. If adopted by neighboring countries, it could facilitate a more transparent supply chain across the region and help Malaysia attract investments in EV technology, testing, and repurposing/recycling centers.

 

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