Page 40 - TTG-Taiwan Transportation Equipment Guide (TTG) 2026-09 Edition

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Industry Technology

LMFP Batteries Drive New

Opportunities Across the EV

Supply Chain

By Sherry Chen
As EV platforms continue to evolve, battery thermal As LMFP batteries gain traction as a potential
management has emerged as a key factor in vehicle safety, bridge between conventional LFP and future solid-
energy efficiency, and battery longevity. This growing focus is state technologies, Taiwan’s supply chain is actively
creating new sourcing opportunities across thermal solutions, positioning itself to support the commercialization
cooling systems, electronics, materials, and precision through advances in thermal management, advanced
manufacturing, positioning Taiwan’s suppliers to move further materials, power electronics, and manufacturing
up the smart mobility value chain in the next generation of EV capabilities.
development.
Enhancing Scalable and Practical LMFP Battery
As next-generation vehicles demand greater Solutions
system integration and energy efficiency,
battery and thermal management are becoming While lithium iron phosphate battery (LFP) has
increasingly important to EV range, operational been a cost-effective alternative to NMC and NCA
safety, and overall vehicle performance. According batteries, an alternative development of LFP, the
to the International Energy Agency’s (IEA) Global Lithium Manganese Iron Phosphate (LMFP), with
EV Outlook 2026, electric vehicles remained the greater density but the same robustness, has been
primary driver of global battery deployment in 2025, underway in the development of optimal battery
accounting for more than 70% of total deployment solutions. Taiwan’s Industrial Technology Research
worldwide. Global EV battery deployment reached Institute (ITRI) noted that while NMC and NCA
1.2 TWh in 2025, representing nearly 30% growth batteries are central in EV development, the heavy
compared with 2024. reliance on raw materials such as nickel and cobalt,
combined with price volatility and growing concerns
Beneath this technological transition, traditional about thermal stability in high-voltage operating
automotive components continue to play a fundamental conditions, continue to increase pressure on both
role in vehicle performance and operation. From safety management and cost control. Recent
battery systems to thermal management, these volatility in lithium, nickel, and cobalt markets has
mechanical and electronic components are evolving intensified industry interest in alternative battery
alongside next-generation vehicle platforms and chemistries to balance cost, safety, and energy
becoming increasingly integral to the smart mobility density. According to the IEA’s 2026 outlook report,
ecosystem. the sharp rise in cobalt prices, for example, following