Research on collaborative optimization design of weak current system and high-low voltage power distribution in intelligent buildings
智能建筑中弱电系统与高低压配电的协同优化设计研究

摘要

智能建筑的发展对弱电系统与高低压配电的协同优化提出更高要求。本研究从系统功能定位、设计原则、控制策略及工程验证等方面，探讨两大系统在信息交互与能源管理上的深度融合路径。通过引入一体化设计、数据互通与智能调度，实现了供配电与自动化控制的高效联动。实证结果表明，该模式可显著降低能耗、提升系统可靠性，并优化运维管理，为智慧建筑建设提供参考。

Abstract

The development of intelligent buildings has put forward higher requirements for the collaborative optimization of weak current systems and high-low voltage power distribution. This study explores the in-depth integration path of the two systems in information interaction and energy management from the aspects of system function positioning, design principles, control strategies, and engineering verification. By introducing integrated design, data intercommunication, and intelligent scheduling, efficient linkage between power supply and distribution and automatic control is realized. The empirical results show that this model can significantly reduce energy consumption, improve system reliability, and optimize operation and maintenance management, providing a reference for the construction of smart buildings.