建筑电气照明系统的智能化控制与节能效果分析

Intelligent Control and Energy-saving Effect Analysis of Building Electrical Lighting System

摘要

建筑节能需求出现提升态势背景里，电气照明体系的智能化升级变为削减建筑能耗的关键道路。本文从建筑电气照明智能化管控的核心逻辑，深刻探究感应管控、调光管控、集中联动管控等主要智能化管控形式的技术原理和现实应用场景，联合民用建筑、公共建筑等不同建筑种类的运用需求，剖析各类智能化管控形式的节能作用机理。研究显示，智能化管控借助精准搭配照明需求和能源供应，能够有效防止无效照明耗费，明显提升照明体系的能源利用效率。本文目的是给建筑电气照明体系的智能化改造提供贴近实际的实践参照，助力建筑领域达成节能降耗目标。

Abstract

In the context of the increasing demand for building energy conservation, the intelligent upgrade of the electrical lighting system has become the key path to reduce building energy consumption. This paper deeply explores the technical principles and practical application scenarios of the main intelligent control forms such as sensor control, dimming control, and centralized linkage control from the core logic of intelligent management of building electrical lighting. By combining the application requirements of different building types such as residential buildings and public buildings, it analyzes the energy-saving mechanism of each intelligent control form. The research shows that intelligent control, by precisely matching lighting demands and energy supply, can effectively prevent wasteful lighting consumption and significantly improve the energy utilization efficiency of the lighting system. The purpose of this paper is to provide practical reference for the intelligent transformation of building electrical lighting systems, helping the construction industry achieve the goal of energy conservation and reduction.

关键词

建筑电气 / 照明体系 / 智能化管控 / 节能成效

Key words

Building electrical / Lighting system / Intelligent control / Energy-saving effect

参考文献

[1] 余本强. 智能消防应急照明系统在建筑电气设计中的应用[J]. 新城建科技, 2025, 34(11):74-76.

[2] 刘秋明. 基于深度学习的建筑电气照明节能控制分析[J]. 光源与照明, 2025,(10):12-14.

[3] 徐志宏, 张亮, 田媛. 基于既有建筑电气改造的照明系统节能方案[J]. 光源与照明, 2025,(10):18-20.

[4] 施林锋. 建筑电气照明系统节能优化目标与方法[J]. 光源与照明, 2025,(09):39-41.

[5] 黄晓宇. 建筑电气照明系统中高低压配电柜安装研究[J]. 中国照明电器, 2025,(09):103-105.