Will this lawsuit change how EV fleets are insured?
A new U.S. lawsuit involving a 2024 Kia EV9 raises a bigger question for the EV industry: how will insurers view battery fire risk as electric fleets continue to scale?
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Battery safety
Posts in Battery safety (English)
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Battery State of Health: Why the Reported Number Can Change
There Is Still No Universal Standard for Battery State of Health State of Health (SOH) is increasingly used to describe the condition of an electric-vehicle battery. It is normally expressed as a percentage, which makes it appear simple: a battery at 90% SOH seems healthier than one at 80%.
Read articleWhat opening 1000 EV Battery Packs Taught Us: The BMS Rarely Tells You the Real Problem!
EPTTAS first hand experience from opening 1000 + EV batteries!
Read articleFrom Warranty Claims to Battery Confidence
Why Battery Safety Intelligence Is Becoming Essential for Smarter Supplier Agreements
Read articleWhy battery safety intelligence is becoming critical for modern defense
The global drone market is expanding rapidly — but one of the biggest challenges is no longer the drone itself.
Read articleGrid Scale Battery Fires: A Growing Risk in the Energy Transition
The rapid deployment of Battery Energy Storage Systems (BESS) is a cornerstone of the global energy transition. As renewable energy capacity increases, large scale battery installations play a critical role in ensuring grid stability, flexibility, and reliability.
Read articleElectrifying Defence: How Batteries Are Powering Military Systems and Redefining Operational Risk
Electrification is transforming defence systems. Explore how lithium-ion batteries power military tech, and why safety, resilience, and supply chains matter.
Read articleThe Emerging Safety Intelligence Layer in the Battery Economy
Battery ecosystems are scaling fast. Explore the emerging safety intelligence layer shaping risk management, lifecycle accountability, and electrification infrastructure.
Read articleThe 3 biggest challenges in EV battery safety: SOH, SOC, and thermal Runaway
EV battery safety depends on solving three critical challenges: SOH degradation, SOC stress, and thermal runaway prevention. Here’s what fleet operators must know.
Read articleWhy data-driven risk management is becoming essential for BESS safety and insurance
How advanced data analytics is transforming BESS fire risk management, improving safety outcomes, insurance confidence, and long-term asset value.
Read articleBattery safety and the role of BMS
EV battery fires while parked are rare, but not random. Learn where the BMS protects fleets, where it can’t see inside a cell, and what that means for thermal runaway risk.
Read articleBattery fire protection is no longer just a hardware
In 2026, battery fire prevention is shifting from passive hardware to intelligent monitoring. Learn how battery safety intelligence helps prevent thermal runaway before it starts.
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