Binaların Farklı Pencere Türlerine Bağlı Elektrik Enerjisi Tüketimleri ve Sosyal Emisyon Maliyetleri

Kon, Okan

doi:10.46740/alku.1151128

Cited by 2 publications

(1 citation statement)

References 29 publications

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“…In this context, one of the Integrated Assessment Models, which has become increasingly widespread in recent studies, is the Social Cost of Carbon (SCC). SCC is a measure designed to measure climate damages and convert them into monetary values, showing the net economic cost of carbon dioxide emissions [10].…”

Section: Introductionmentioning

confidence: 99%

Investigation of Social Cost of Carbon in the context of environmental sustainability in the housing sector

Kazaz,

Yetim

2023

JCEMI

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This research underscores the significance of energy-efficient measures, particularly in the context of an island-based housing project in Antalya, with a focus on diverse glass combinations. Employing Integrated Assessment Models, the study pioneers an examination of the economic dimensions linked to carbon emissions from residential buildings, addressing a critical gap in existing literature. The rapid population growth in the world causes the opening of new settlement areas and the increase in energy use.Since most of the energy needed is met from fossil fuels, the amount of global emissions is increasing day by day. Energy efficient studies are carried out in order to reduce this increase and to eliminate the environmental damages it will cause. In this study, Design Building Models were created by applying 9 scenarios created using three different insulating glass series, four different glass combinations and two different inter-glass filling gases to an island-based housing project in Antalya. The amount of electrical energy consumed annually in the design building models was obtained by performing hourly analyses with the DesignBuilder simulation program. In case the power plant that produces this amount of energy consumed uses seven different energy sources the amount of CO2-eq. emissions it will produce and the costs in 2030, 2040, and 2050 for the elimination of global environmental damages it causes are obtained by using the net present value method with 2.5%, 3%, and 5% discount rates. In our country, there are not many studies analyzing the economic dimension of the environmental damages caused by the emissions of residential buildings. The most distinctive feature that distinguishes this study from other studies is the examination of the energy savings of different glass combinations in an island-based housing project and the analysis of the economic dimension of the environmental impacts of the emission amounts with the help of Integrated Assessment Models. This study aims to contribute to the development of strategies to reduce environmental impacts and to make more informed decisions by governments in the selection of energy resources by determining electricity consumption, carbon emissions, and carbon social cost in a housing model designed with a focus on energy efficiency.

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Section: Introductionmentioning

confidence: 99%

Investigation of Social Cost of Carbon in the context of environmental sustainability in the housing sector

Kazaz,

Yetim

2023

JCEMI

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The Social Cost of Carbon Evaluation Based on Carbon Capture and Storage Technologies for Power Generation Plants

Kon

Caner

2024

Inter J Ener Clean Env

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Power plants produce electricity using high amounts of fossil fuels such as coal. Using these fossil fuels releases very high emissions into the atmosphere. Carbon capture and storage (CCS) applications have been developed to reduce these emissions. Thus, by capturing 96% of the CO2 formed from the burning of fuels in power plants, the global warming potentials emitted by conventional electricity generation can be reduced by up to 80%. The study investigated applications of CCS options to reduce emissions during electricity generation, CO2 emissions, pre-combustion, post-combustion, and oxyfuel coupled global warming potentials. The reCiPe midpoint method has been taken into account for CO2 emission. CCS options calculate the reduction in global warming potential. The study accepts that hard and brown coal is used as fuel in power plants that produce electricity. Finally, for the three cities with the highest electricity consumption in Turkey, the global warming potential emission in conventional electricity generation power plants burning brown coal is calculated as 43.4 kilotons for plants burning brown coal. It has been calculated as 6.2 kilotons in power plants using oxyfuel CCS and burning hard coal. Ten-year life for Istanbul, for hard coal burning and pre-combustion related discount rate of 1% and 3 $/ton social cost of carbon; The social cost of carbon is calculated as $102.8 million.

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Binaların Farklı Pencere Türlerine Bağlı Elektrik Enerjisi Tüketimleri ve Sosyal Emisyon Maliyetleri

Cited by 2 publications

References 29 publications

Investigation of Social Cost of Carbon in the context of environmental sustainability in the housing sector

Investigation of Social Cost of Carbon in the context of environmental sustainability in the housing sector

The Social Cost of Carbon Evaluation Based on Carbon Capture and Storage Technologies for Power Generation Plants

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