Brief Analysis Of Terminal Architecture Energy Saving Design

As Social and National Economy keep growing, and people’s living standard uprising, the turnover of passenger, cargo & mail, as well as flight movement continue to increase year by year, which intensify the fundamental infrastructure demand for airport. During the massive airport construction period, energy consumption issue become more and more subtle and spotlight.This article explain the study on terminal architecture energy saving design, combined with the basic architecture energy saving theory. It mainly analyze and summarize on terminal architecture energy saving design with concrete case study, and will not focusing on thermal performance calculation aspect which are exactly following standard and criterion.Firstly, taking architecture energy saving situation of the other domestic and international airports as reference, by analyzing the basic theory and general principal, to come into being as theory foundation. Secondly, incorporate with terminal architecture characteristic and usage functioning demand to summarize highlight of energy saving design. Next, combined T3 of Xi’an Xianyang International Airport as engineering case study and after utilization assessment, to make in depth analyst on its architecture energy saving design, and summarize the shortcoming exposed on the stage of design, construction and utilization as well. Based on abovementioned study and summary, ultimately this research put forward the idea, development trend and strategy, that is architecture energy saving design shall based on energy saving criterion and standard, capture the unique characteristic of individual terminal building, utilize computer simulation technology as auxiliary tool, zero on in scientific energy consumption data analyst, determine energy saving standard and target, integrate energy saving technology and balanced design, following concept of human being is integral part of nature and moderation principal, to merge energy saving technology and ecological material with architecture appearance, intensify architecture detail expression, uplift indoor environmental quality, to save energy and reduce emission, with the aim to protect ecological environment.