工业建筑外立面及功能一体化设计实践

Practice of Integrated Design of Industrial Building Facade and Function

摘要:

文章聚焦工业建筑外立面与功能的深度融合,剖析了产业需求升级与城市形象迭代背景下,工业建筑设计面临的核心矛盾与设计范式革新,提出系统协同、性能优先及人本导向三大设计原则,并从功能协同、技术集成、美学表达三个维度,探讨生产工艺与立面形态的动态适配、光伏建筑一体化、参数化性能化设计以及模块化可重构立面系统等关键技术路径。研究表明,一体化融合设计能够显著提升生产效能、建筑能源自给水平以及企业品牌价值,可为工业建筑的更新与设计提供理论支撑。

Abstract:

The article focuses on the deep integration of industrial building facades and functions, analyzes the core contradictions and design paradigm innovations faced by industrial building design under the background of industrial demand upgrading and urban image iteration, proposes three design principles: system collaboration, performance priority, and humanistic orientation, and explores key technical paths such as dynamic adaptation of production processes and facade forms, photovoltaic building integration, parameterized performance-based design, and modular reconfigurable facade systems from three dimensions: functional collaboration, technological integration, and aesthetic expression. Research has shown that integrated design can significantly improve production efficiency, building energy self-sufficiency, and corporate brand value, providing theoretical support for the renewal and design of industrial buildings.