Effects of Construction Elements on Energy Saving and Carbon Reduction

Authors

  • Sheng-Ke Lai Feng Chia University

DOI:

https://doi.org/10.31098/jibm.v1i1.225

Keywords:

construction industry, green energy, element, energy-saving, and carbon reduction

Abstract

To respond to continuing global warming and rising environmental awareness, owners in the construction industry, a leading industry worldwide, must possess a greater awareness of energy- saving and carbon reduction construction products and their corporate social responsibilities. Construction industry owners are frequently required to focus on profit as the primary goal of projects for corporate sustainability. This study examined the effects on energy saving and carbon reduction efforts on the use of green construction elements in existing construction projects. The analysis results revealed that applying energy-saving and carbon reduction construction elements improves sales prices and rates substantially, even though it raises construction costs. In response to the evolution of green technology and the increase in consumer environmental awareness, future construction projects should increase the application of new energy-saving and carbon reduction construction materials. The results of this study provide a reference to construction industry owners implementing green construction materials.

References

Building Technical Regulations (announced: March 27, 2018)

Chang, Y.S. (2002). Life Cycle Assessment on the Reduction of Carbon Dioxide Emission of

Buildings. Unpublished master’s thesis. Department of Architecture, National Cheng Kung University.. Chen, J.L. and Lin H.T. (2006). A Study on CO2 Emission of Building Life Cycle Assessment. They were published by Architecture and Building Research Institute, Ministry of the Interior, Taiwan.

Chen, Y.L. (2016). The model for Effectively Evaluating the Effectiveness of the Application of the Theory of Green Development. Unpublished master’s thesis. Department of Architecture, National Taiwan University of Science and Technology.

Enforcement Rules of the Greenhouse Gas Reduction and Management Act (announced: January 6, 2016)

Greenhouse Gas Reduction and Management Act (announced: July 1, 2015)

Laws and Regulations for Taichung City’s Autonomous and Self-Development into a Low Carbon

City (announced: May 9, 2014)

Li, T.J. (2012). The Confession of an Honest Real Estate Agent: Li Tung-June's Real Estate Trend

Report. They were published by Economic Daily News, Taiwan.

Lin, H.T., Lin, T.P., and Tsai, Y.H. (2014). Green Building Evaluation Manual. Published by:

Architecture and Building Research Institute, Ministry of the Interior, Taiwan.

Lin, S.C., and Lin, C.H. (2017). Power Usage by Taiwan's Residential Sector. Journal of Taiwan

Energy, Issue 3, Vol. 4, pp. 285–302.

Tai, W.C. (2015). A Green New Life of Carbon Reduction Feasibility Assessment about

Constructing a Self-Sufficient Green Community. Unpublished master’s thesis. College of

Technology Management, National Tsing Hua University.

Yeh, C.T. (2016). A Simulation Analysis on the Cost of Residential Buildings in Intelligent Green

Buildings - A Case Study of DaZhi Development in Zhongshan District, Taipei City. Unpublished master’s thesis. Institute of Architecture and Urban Design, Department of Architecture, Taipei Tech.

日本建築士連合會(1994),〈建築のライフサイクル設計〉,日本建築士連合會。

Low Carbon Building Alliance. The perspective of Life Cycles.

http://www.lcba.org.tw/article/?article_item_id=195, 2020/10.

Ministry of Economic Affairs Energy Commission. Regeneration energy development project. It was

approved under the Tai-Jing-Zi No. 0910000755 letter on January 17, 2002.

大沢, 幸. 2010. Ifrs コンポーネント・アカウンティングの耐用年数--belca への期待とその役

割. BELCA news 22(129): 37-48.

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Published

2020-11-15

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Articles