Classification of Turkey among European Countries by Years in Terms of Energy Efficiency, Total Renewable Energy, Energy Consumption, Greenhouse Gas Emission and Energy Import Dependency by Using Machine Learning

Beken, Murat; Hangun, Batuhan; Eyecioğlu, Önder

doi:10.1109/icrera47325.2019.8996583

Cited by 11 publications

(3 citation statements)

References 9 publications

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“…Las autoridades de los países y de diversas organizaciones mundiales también incentivan la reducción de las emisiones de gases de efecto invernadero, con tratados en los que los países se comprometen a realizar esfuerzos significativos para reducir sus emisiones, por ejemplo, el Protocolo de Kioto. En ese sentido muchos investigadores han planteado soluciones que incrementen los ahorros energéticos, predicen e incrementan el potencial de los generadores de electricidad que aprovechan la energía renovable, lo que en conjunto permite la reducción de los efectos dañinos del calentamiento global [10], [11].…”

Section: Introductionunclassified

Gestión Óptima De La Energía En Un Proceso Paulatino Y Controlado Para Contribuir A La Descarbonización Del Sector Eléctrico

Cuji¹,

Zambrano²

2022

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El sector energético es uno de los principales actores en la producción de gases de efecto invernadero, lo que lo convierte en el principal sector a ser intervenido de manera no sólo ambiental sino también técnica, un proceso de descarbonización del segmento productor de energía contempla la desconexión de sistemas de generación convencional y que hace uso de combustibles fósiles; a cambio de introducir sistemas de generación renovables capaces de cubrir la demanda que antes era suplida por las fuentes convencionales. Esta investigación brinda una perspectiva para encontrar alternativas de descarbonización buscando determinar un proceso adecuado para introducir sistemas de generación renovable, considerando factores económicos de gasto en combustible y el costo de implementación del sistema fotovoltaico. Para ello se realizan simulaciones del sistema de potencia para determinar el despacho de potencia óptimo, además de un modelo lineal de optimización para minimizar los costos mediante la selección óptima de la potencia del sistema de generación renovable. Las simulaciones se realizan por medio de Matlab y PowerFactory con un sistema IEEE de 13 barras.

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Section: Introductionunclassified

Gestión Óptima De La Energía En Un Proceso Paulatino Y Controlado Para Contribuir A La Descarbonización Del Sector Eléctrico

Cuji¹,

Zambrano²

2022

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“…In view of this fact the reduction of harmful pollutants from conventional internal combustion engines are of prime importance. Beken et al [2] have claimed carbon dioxide produced by emissions adds to global warming. De Lima et al [3] have optimized various parameters in the field of silencers used to optimize the design.…”

Section: Introductionmentioning

confidence: 99%

Modeling and simulation of SI engine muffler for prediction of backpressure by optimizing porosity and muffler diameter

Durgam¹,

Thanekar²,

Hajare³

et al. 2022

IOP Conf. Ser.: Mater. Sci. Eng.

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Air Pollution produced from automobiles has become one of the most critical problems of environmental concern and likely to increase as vehicle population is assumed to grow approximately by 1300 million by the year 2030. In India, automobiles will have to meet the BS-VI emission standards to reduce vehicular pollution that impacts on environment and human health. These norms impose various restrictions on emissions of exhaust gases like NOx, HCs, particulate matter. Many recent exhaust control devices are being developed to meet the required needs. Therefore, the present study aims to reduce CO2 emissions generated in SI engine automobiles using activated carbon/calcite in a muffler. The backpressure parameter of the muffler affects the efficiency of an internal combustion engine. The porosity and diameter of the inner tube of the muffler has a prominent effect on backpressure. Therefore, the muffler with 48, and 60 holes, respectively and 1mm and 2mm diameter, respectively on a perforated tube have been investigated. The result shows that the concentration of CO2 and back pressure is greatly reduced by increasing porosity and diameter, respectively of the tube. Thus, an environmentally friendly and efficient muffler is modeled and simulated.

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“…Inasmuch as the emission values of fossil fuels are high, they lead to global warming and environmental pollution. Climate is changing rapidly and the quality of life is decreasing due to global warming [1]. The requirement for renewable energy sources has been increasing each and every passing day in recent years [2,6].…”

Section: Introductionmentioning

confidence: 99%

Study on On-Shore and Off-Shore Wind Power Plant (Wpp) Micro-Siting in Adalar District (Princes’ Islands) and Analysis of Energy Generation

2021

IJRER

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In this study the wind energy potential of Istanbul's Adalar District (Princes' Islands) has been tried to be determined. Wind speed values between the years of 2017 and 2019 have been received from Büyükada Meteorology Station and Adalar Buoy Station accordingly. Wind turbine micro-siting and energy production analysis were conducted through utilization of the WINDSIM program. The annual energy production of the off-shore wind power plant was determined to be 445,70 GWh/year, while its capacity factor was 41% and the annual energy production of the on-shore wind plant was determined to be 4,20 GWh/year while its capacity factor was 23,90%. The electricity consumption of the island's in 2019 was 171GWh/year. As such, it was been determined that the electricity requirement of the island could be met 93,3% by virtue of offshore wind power plants. The levelised cost energy of the Büyükada wind power plant was calculated to be 0,110 $/kWh, and the electricity generation cost for the off-shore wind power plant for the Demokrasi ve Özgürlük (Democracy and Freedom) Island was calculated as 0,027 $/kWh. It has been observed that electricity generation works from island-based Renewable Energy Resources will provide an economic advantage to the investor..

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Classification of Turkey among European Countries by Years in Terms of Energy Efficiency, Total Renewable Energy, Energy Consumption, Greenhouse Gas Emission and Energy Import Dependency by Using Machine Learning

Cited by 11 publications

References 9 publications

Gestión Óptima De La Energía En Un Proceso Paulatino Y Controlado Para Contribuir A La Descarbonización Del Sector Eléctrico

Gestión Óptima De La Energía En Un Proceso Paulatino Y Controlado Para Contribuir A La Descarbonización Del Sector Eléctrico

Modeling and simulation of SI engine muffler for prediction of backpressure by optimizing porosity and muffler diameter

Study on On-Shore and Off-Shore Wind Power Plant (Wpp) Micro-Siting in Adalar District (Princes’ Islands) and Analysis of Energy Generation

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