Aluminum Oxide Nanoparticles for Liquid Cooling Systems in Battery Thermal Management

Abstract

The increasing power demands and advancements in battery technology have intensified the need for efficient battery thermal management systems (BTMS). Among various cooling methods, liquid cooling is favored for its superior heat capacity, though it faces challenges in thermal conductivity and maintaining temperature uniformity across cells. The incorporation of aluminum oxide nanoparticles into coolants has emerged as a promising solution to enhance heat dissipation in battery packs. Despite the potential benefits, obstacles such as nanoparticle aggregation pose significant barriers to commercialization. This paper explores the feasibility of using aluminum oxide nanoparticles in BTMS by analyzing existing literature and data. Key focus areas include optimizing nanoparticle size and dispersion techniques to mitigate aggregation and improve thermal performance. Additionally, the commercial prospects of this technology are evaluated, considering current market trends and economic viability. This comprehensive review reveals the potential of aluminum oxide nanoparticles to optimize BTMS, paving the way for more efficient and reliable energy storage solutions.