世界建筑Issue(8)：63-70,8.
基于能耗与热湿环境优化的中型双冰式冰上体育建筑设计研究
Research on the Design of Medium-Sized Dual-Rink Ice Sports Buildings Based on the Optimization of Energy Consumption and Thermal-Humidity Environment
摘要
Abstract
Ice sports buildings are characterized by large scale,high energy consumption,and complex thermal-humidity environments,presenting long-standing challenges in synergistically optimizing energy control and indoor environmental quality.Focusing on a medium-sized dual-rink parallel arena,this study establishes a performance simulation,prediction,and optimization methodology targeting both energy consumption and thermal-humidity conditions.Utilizing parametric modeling and physical simulation,it generates multi-performance samples.Machine learning techniques are employed to develop surrogate prediction models for energy consumption,rink humidity,and spectator thermal comfort.Through multi-objective optimization,a Pareto solution set for the arena's form parameters is obtained analysing the influence patterns of key parameters on multi-performance indicators to identify optimal variable ranges and representative design alternatives.This study provides quantifiable technical support for intelligent and high-performance design during the preliminary scheme phase of ice sports buildings,offering valuable references for enhancing the comprehensive quality of high-energy-consumption sports facilities.关键词
冰上体育建筑/建筑能耗/热湿环境/体形优化设计Key words
ice sports buildings/building energy consumption/thermal-humidity environment/form optimization design引用本文复制引用
杨雨青,梅洪元,费腾..基于能耗与热湿环境优化的中型双冰式冰上体育建筑设计研究[J].世界建筑,2026,(8):63-70,8.基金项目
国家自然科学基金 项目批准号:52278015 （）
