基于物聯(lián)網(wǎng)和改進遺傳算法的近零能耗建筑電力能耗控制方法

PowerCnsumption Control Method of Near Zero Energy Building based on Internet of Things and Improved Genetic Algorithm

打開文本圖片集

？owerCnsumption Control MethodofNear ZeroEnergy Building based on InternetofThingsand Improved Genetic Algorithm

（1．，西安710000；2.，西安）

中圖分類號：TP391 文獻標(biāo)志碼：A 文章編號：1005-8249（2025）01-0133-05

DOI：10.19860/j.cnki.issn1005-8249.2025.01.025

WANGLei1，WANG Ke2

(1. Xi'an Anju Construction Management Group Co.，Ltd.，Xi'an 7100OO， China；

2. Shaanxi Aviation Industry Technology Research Center Co.，Ltd.，Xi’an 71O1OO，China)

Abstract：Theconstructionofsubwaytunneladverselyafectsthesafetyofexistingbuildings，urbanroadtrafcfacilitiesand otherstructuresonthesurface.Itisnecessarytoevaluatethestateofexistingroadfacilities beforesubwaytunnelconstruction. Atpresent，ifthereisastructuralsafety hazardinthestructureof theinfluencerangebeforethesubwayconstruction，the structural treatment measuresareoftencariedout withoutanalysis，resultinginincreasingcostand extensionofconstruction period，evenabadsocialimpact.Takingan intervalprojectof Beijing MetroLine12asanexample，F(xiàn)LAC3O numerical simulationisusedtoanalyzetheinfluenceofsubwayshield tunnelingontheexisting aembledretaining wall withserious inclination.Theresultsshowthatalthoughtheexistingretainingwallaspartially inclinedbeforeshield crossingconstruction， thesimulationresultsshowthatitissafe.Aftertheconstruction，itisverifiedthatthereisnonewinclinationandother deformationoftheretaining wall.Therefore，in theactual project，whether tocarryout pre-reinforcement treatmentcanbe

建筑節(jié)能

comprehensively determined according to the form and pouring method of the retaining wall.

Key Words：intermet of things；improved genetic algorithm；nearzero energyconsumption buildings；power consumptioncontrol

0 引言

當(dāng)前在近零能耗建筑電力能耗控制中，由于可控制的內(nèi)容過于單一，在復(fù)雜環(huán)境下控制效果不理想，人們對建筑能源消耗也提出了更高的要求。（剩余8798字）