• Skip to primary navigation
  • Skip to main content
  • Skip to footer
  • A2LA Annual Conference
  • Apply for Accreditation
  • Accreditation Estimate Request Form
  • Portal Logins
  • Search Organizations
  • Blog
A2LA logo

A2LA

A Better World Through Accreditation

  • Accreditation
    • ISO/IEC 17025 – Testing/Calibration Laboratories
      • Acoustics and Vibration Testing
      • Biological Testing Accreditation Program
        • Cannabis Testing Laboratory Accreditation
        • A2LA-NIHC Verify Hemp Recognition Program
        • AOAC Laboratory Accreditation Program
        • NAHLN Veterinary Diagnostic Accreditation Program
        • FDA ASCA Pilot Program (Basic Safety And Essential Performance)
        • Threat Agent Testing Laboratory Accreditation Program
        • FDA ASCA Pilot Program (Biocompatibility Testing Of Medical Devices)
        • Laboratory Accreditation for Analyses of Foods – LAAF
      • Chemical Testing Accreditation Program
        • A2LA Consumer Product Safety Testing – CPSC
        • AOAC Laboratory Accreditation Program
        • NAHLN Veterinary Diagnostic Accreditation Program
        • Competition Animal Drug Testing Laboratory Accreditation Program
        • Cannabis Testing Laboratory Accreditation
        • WADA Testing Accreditation
        • Oregon Toxic-Free Kids Act Accreditation Program
        • Threat Agent Testing Laboratory Accreditation Program
        • A2LA-NIHC Verify Hemp Recognition Program
      • Construction Material Testing Accreditation
        • Harris County, TX/City Of Houston/Houston Port Authority
      • Electrical Testing Accreditation
        • U.S. FCC Equipment Accreditation & Authorization Program
        • CTIA Wireless Association – LTE/CDMA Devices
        • A2LA Consumer Product Safety Testing – CPSC
        • Bluetooth Validation Testing Program
        • EPA ENERGY STAR Accreditation Program
        • NAVAIR
        • Automotive EMC Laboratory Recognition Program – AEMCLRP
        • The A2LA Project 25 Compliance Assessment Program – P25
        • FDA ASCA Pilot Program (Basic Safety And Essential Performance)
        • ISED Certification & Equipment Authorization Program
      • Environmental Testing Accreditation
        • Air Emissions Testing Body Accreditation Program – AETBs
        • California Environmental Laboratory Accreditation Program – CA ELAP
        • DOD Advanced Geophysical Classification Accreditation Program – DAGCAP
        • DOD Environmental Laboratory Accreditation – ELAP
        • DOECAP Accreditation & Audit Program
        • Environmental Microbiology Laboratory Accreditation Program – EMLAP
        • EPA National Lead Laboratory Accreditation Program – NLLAP
        • Kentucky Underground Storage Tank Testing Program – UST
        • State Environmental Laboratory Assessment Program – NELAP
        • TNI Field Sampling & Measurement Organization Accreditation Program
        • Wyoming Storage Tank Remediation Program – STR
      • Forensic Examination Accreditation Program
      • Geotechnical Testing Accreditation Program
        • Harris County, TX/City Of Houston/Houston Port Authority
        • Putting Green Laboratory Accreditation Program – PUG
      • Industrial Hygiene Accreditation Program
      • Information Technology Accreditation Program
        • Gaming Standards Association (GSA)
        • Internet Protocol Version 6 (IPv6)
      • ISO/IEC 17025 Calibration Laboratory Accreditation
      • Mechanical Testing Accreditation
        • A2LA Consumer Product Safety Testing – CPSC
        • EPA ENERGY STAR Accreditation Program
        • BIFMA Compliant Accreditation Program
        • Counterfeit Part Avoidance Testing – AS6171
      • Nondestructive Testing Accreditation Program – NDT
      • Sampling & Testing Accreditation
      • Thermal
        • A2LA Consumer Product Safety Testing – CPSC
        • EPA ENERGY STAR Accreditation Program
    • ISO/IEC 17020 – Inspection Bodies
      • ISO/IEC 17020 – Inspection Body Accreditation Program
        • Forensic Examination Accreditation Program
        • IBC Special Inspections Accreditation Program
        • Cybersecurity Inspection Body Program
        • FedRAMP Third-Party Assessment Organizations – 3PAO
        • Field Evaluation Body Accreditation Program (FEB)
        • Notified Body Accreditation Program Under ISO 17065
    • ISO/IEC 17065 – Product Certification Bodies
      • ISO/IEC 17065 Product Compliance Certification Accreditations
        • The A2LA Telecommunication Certification Body Accreditation Program
        • EPA WaterSense Accreditation Certification Program
        • EPA ENERGY STAR Accreditation Program
        • Notified Body Accreditation Program Under ISO 17065
    • ISO/IEC 17043 – Proficiency Testing Providers
      • The A2LA Proficiency Testing Provider Accreditation Program
    • ISO 17034 – Reference Materials Producers
      • ISO 17034 – Reference Materials Producers Accreditation Program
    • ISO 15189 and CLIA – Clinical Testing Laboratories
      • ISO 15189 & CLIA – Clinical Testing Laboratories Accreditation Program
    • ISO 20387 – Biobanking Accreditation Program
      • ISO 20387 – Biobanking Accreditation Program
    • ISO/IEC 17029 – Validation and Verification Accreditation Program
      • ISO/IEC 17029 Validation and Verification Accreditation Program
  • About
    • Overview
    • Board of Directors
    • Careers
    • Leadership
    • Regulators and Specifiers
    • Recognitions
    • Top Customers
  • Resources
    • Acronym Glossary
    • Annual Reports
    • Documents
    • Downloadable Content
    • FAQs
    • Press Releases
    • Accreditation Training Services by A2LA WPT
  • Our Membership Options
  • Get a Quote
  • Online Payment

Lithium-ion Batteries in Personal Mobility Devices

Home » Accreditation » Lithium-ion Batteries in Personal Mobility Devices

December 19, 2025 by Randy Querry

The Issue

Lithium-ion batteries power personal mobility devices, such as electric scooters, e-bikes, and hoverboards. They’re used in children’s toys, the electric-powered bikes people use to get to work, and in the mobility aids of the disabled and elderly. For many people, they depend on lithium-ion batteries to power devices necessary for daily living.

But are lithium-ion batteries safe to use in personal mobility devices?

Thermal runaway is a process that occurs when high density, lithium-ion batteries fail, causing explosions, fires, and injuries. In one example, according to a July 22, 2024, press statement from the City of New York, since 2019, lithium-ion batteries in micromobility devices “have started 733 fires, killing 29 New Yorkers and injuring 442 more.”

Some states and localities have introduced or enacted legislation to address the safety of lithium-ion batteries. In Illinois, Senate bill 2247, the Micromobility Fire Safety Act, was introduced in 2025, stating that low-speed electric bicycles and personal e-mobility devices may not be manufactured, distributed, sold, or rented unless tested by an accredited testing laboratory.

Within the federal government, the Consumer Product Safety Commission (CPSC) voted on April 30, 2025, to proceed with a notice of proposed rulemaking for a new safety standard for personal mobility devices using lithium-ion batteries. However, this proceeding has since been withdrawn. A bipartisan bill, HR 973, Setting Consumer Standards for Lithium-Ion Batteries Act, passed the U.S. House of Representatives by a vote of 365-42, with similar legislation, S. 389, pending in the U.S. Senate.

Throughout government, solutions are sought to address this potential hazard.

A Vivid Example

On June 20, 2023, an explosion at a motorized bike shop in New York City quickly engulfed the store and the residences above it in flames. Four people, asleep in their apartments, died. The cause of the fire was traced to lithium-ion batteries. More than 75% of states reported such fires to the CPSC in 2022-2023.

The popularity of personal mobility devices has flooded the U.S. market. According to the U.S. Department of Energy, the number of e-bike sales in the country exceeded one million in 2022. Market revenue for e-bikes was estimated at $36.6 billion in 2023.

There’s a clarion call for ensuring that the lithium-ion batteries that power these products are safe.

Our Ask

To ensure lithium-ion batteries in personal mobility devices are tested and certified by a business that adheres to internationally recognized standards, the following language should be included in legislation:

“Certification shall be conducted by an ISO/IEC 17065 accredited product certification body, with supported testing from an ISO/IEC 17025 accredited testing laboratory that is accredited by a full member and signatory to the Global Accreditation Cooperation Incorporated.*”

Contact your elected officials and ask them to include this language in legislation regarding lithium-ion batteries to protect consumers.

For more information regarding accreditation, contact A2LA at info@A2LA.org, or reach out to A2LA Director of Government Relations Randy Querry at rquerry@A2LA.org. To begin the accreditation process for your organization, visit A2LA.org/estimate-request.

*Global Accreditation Cooperation Incorporated may also be referred to as International Laboratory Accreditation Cooperation and International Accreditation Forum.

Sources

Global Market Insights. https://www.gminsights.com/industry-analysis/e-bike-market. Accessed May 14, 2025.

Accreditation

Footer

Headquarters 5202 Presidents Court, Ste 220
Frederick, MD 21703
301.644.3248
info@A2LA.org
Second Location 5755 Central Avenue, Ste 201
Boulder, CO 80301
Social Icon
  • Careers
  • Contact A2LA
  • Lodging a Complaint
  • Get Involved
  • Privacy Agreement
  • Online Payment
  • A2LA Annual Conference
  • Apply for Accreditation
  • Accreditation Estimate Request Form
  • Portal Logins
  • Search Organizations
  • Blog

© 2026 A2LA · Powered by Orases Custom Software · Website Privacy Policy & Terms of Use