基于“光储直柔”技术的建筑大厦低碳设计与应用

Low-Carbon Design and Application of Buildings Based on“Photovoltaic-Storage-Direct-Flexible” Technology

随着全球对节能减排和可持续发展目标的不断追求,含多能源配电的新型建筑成为现代城市发展的新趋势。“光储直柔”技术作为推动建筑能源系统革新升级的关键,通过集成光伏发电、储能系统、直流配电和柔性控制于一体,为建筑大厦电气设计提供了全新的解决方案。探讨了“光储直柔”技术在某建筑大厦设计中的应用,分析了其技术原理、系统架构、设计要点、控制策略,为“光储直柔”建筑大厦的低碳设计及实践提供思路。

As the global pursuit of energy conservation,emission reduction,and sustainable development goals continues,new buildings incorporating multi-energy distribution are emerging as a trend in modern urban development.Serving as a linchpin in driving the innovation and advancement of building energy systems,“photovoltaic-storage-direct-flexible”technology offers a novel solution for building electrical design by integrating photovoltaic power generation,energy storage systems,DC distribution,and flexible control.This paper explores the application of“photovoltaic-storage-direct-flexible”technology in the design of a specific building,analyzes its technical principles,system architecture,design considerations,and control strategies,and offers insights for the low-carbon design and implementation of“photovoltaic-storage-direct-flexible”buildings.