Structural Simulation Analysis of Liquid Cooling and Load-Bearing Integrated Component for Liquid Cold Plates Based on ANSYS

作者：Longjing Li · 发表于：International Journal of Science and Engineering Applications · 年份：2026 · DOI：10.7753/ijsea1509.1018 · 研究领域：Engineering Structural Analysis Methods、Spacecraft and Cryogenic Technologies、Mechanical stress and fatigue analysis

Energy storage liquid cold plates serve dual functions in battery packs: heat dissipation and structural load bearing.Their structural stiffness directly affects the reliability and safety of battery modules.This paper takes a liquid cold plate assembly of an energy storage system as the research object, and establishes a complete assembly finite element model including the liquid cold plate, module beams, and bottom profile frame based on ANSYS software.A load-bearing performance simulation analysis is conducted under a static load condition.The study demonstrates that ANSYS-based finite element simulation can effectively identify structural weak links in liquid cold plate assemblies, providing a reference basis for the structural-functional integrated design of liquid cold plates in energy storage systems.