Application of the Green Building Concept (BGH) in High-Rise Office Buildings Based on Hybrid Dynamics to Improve Cost Performance

Ahmad Barri Barri, Budiandru
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Abstract

Global warming, including droughts, rising sea levels, melting polar ice caps, and solar storms, poses a very serious and significant threat to the planet due to current climate change. Green Buildings (GB) are buildings that achieve significant and measurable results in saving energy, water, and other resources by applying BGH principles based on the function and classification of the project. The Indonesian government's latest regulation, through the Technical Guidance on BGH Performance Evaluation Standards of the Ministry of Public Works and Public Housing (PUPR) for 2022, is a way to reduce carbon emissions and achieve the net zero emissions (NZE) target by 2060. Regulatory Review: This study aims to analyze the factors that most influence the implementation of green buildings by the Minister of Public Works and Public Housing ministry of high-rise office buildings in indonesia towards increasing costs using the hybrid dynamic method, using Structural Equation Modeling (SEM) - Partial Least Square (PLS).
基于混合动力的绿色建筑概念(BGH)在高层办公建筑中的应用,以提高性价比
由于当前的气候变化,全球变暖,包括干旱、海平面上升、极地冰盖融化和太阳风暴,对地球构成了非常严重的重大威胁。绿色建筑(GB)是指根据项目的功能和分类,通过应用 BGH 原则,在节约能源、水和其他资源方面取得显著且可衡量成果的建筑。印度尼西亚政府通过公共工程与公共住房部(PUPR)2022 年 BGH 性能评估标准技术指南制定的最新法规,是减少碳排放并在 2060 年前实现净零排放(NZE)目标的一种途径。监管审查:本研究旨在利用结构方程建模(SEM)--部分最小平方(PLS),采用混合动态法分析最能影响印尼公共工程与公共住房部高层办公建筑实施绿色建筑,从而增加成本的因素。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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