摘要：本文对工业厂房建筑电气施工技术的应用进行研究，结合制造业转型升级阶段工业厂房的功能升级需求与建设标准变化，分析工业厂房电气施工过程中面临的四类典型难点，追溯难点背后的空间属性、设备特性、工况要求与作业管理四类深层成因。从大跨度空间布线、重载动力回路优化、特殊工况区域防护、交叉施工管控四个方面着手对对应施工技术的应用要点进行探讨，结合工业厂房的生产属性与空间结构特征梳理技术应用的核心环节，明确不同施工场景下的质量控制标准与落地实施路径，细化各项技术的操作规范与现场验收要求，兼顾施工阶段作业效率与系统长期运行稳定性能，平衡工程建设成本与后期运维投入，适配不同类型工业生产场景的实际需求，希望能够为相关工程施工与技术管理人员提供一定的参考。

Abstract: This paper investigates the application of electrical construction technology in industrial plant buildings, analyzing four typical challenges encountered during the process by examining the functional upgrades of industrial plants and changes in construction standards during the manufacturing industry's transformation and upgrading phase. It traces the four underlying causes behind these challenges—spatial attributes, equipment characteristics, operational requirements, and construction management. The study explores the key application points of corresponding construction technologies from four perspectives: long-span spatial wiring, heavy-duty power circuit optimization, special working condition area protection, and cross-construction control. By integrating the production attributes and spatial structural features of industrial plants, it identifies core technical application links, clarifies quality control standards and implementation pathways for different construction scenarios, refines operational specifications and on-site acceptance requirements for various technologies, and balances construction efficiency with long-term system stability. It also harmonizes project construction costs with post-completion maintenance investments to align with the practical needs of diverse industrial production environments, aiming to provide valuable references for construction and technical management personnel in related projects.