%0 Journal Article %1 noauthororeditor %A Alkhayyat, Ahmed %A Pehlivan, Salahi %D 2017 %J International Journal of Research Publication %K Building Buildings Consumption Conventional Energ Energy Materials Operating %N 100119201714 %P 11 %R 100119201714.pdf %T Energy Consumption Analysis in Conventional Buildings: Case Study of Sweden %U http://www.ijrp.org/paper_detail/15 %V 1 %X The fast growing of energy in the world has become a high concern over some source problems in energy calculations of economy, where the buildings now described as one of the main energy consumers for about 33.35% worldwide. This paper aims to review and investigate on the Swedish conventional buildings for a quantitative research. To analyze the case study, latest energy analysis software (LEAP) used as an environmental simulation and assessment tool for the calculations. The first step is to lead toward studying the EU buildings in general with a case study focusing on Swedish conventional buildings for the design and method of calculation in energy performance and consumption. In the second step, analyzing the data for the energy consumption and comprehensive model for a conventional building (M-building) in Stockholm/Sweden. In the last step, a broad energy consumption that has been performed with the foundation of model for the evaluation of the power used as a part of the Swedish structures. Under the IPCC fifth assessments, the result shows that conventional buildings will expend more energy than other new sustainable buildings in Sweden for about 70% more. However, about 60 kWh of energy will be used for saving, which is approximately 2% for the management, transportations and other sectors/segments with a total of 263 kWh/ as energy consumption.

@article{noauthororeditor, abstract = {The fast growing of energy in the world has become a high concern over some source problems in energy calculations of economy, where the buildings now described as one of the main energy consumers for about 33.35% worldwide. This paper aims to review and investigate on the Swedish conventional buildings for a quantitative research. To analyze the case study, latest energy analysis software (LEAP) used as an environmental simulation and assessment tool for the calculations. The first step is to lead toward studying the EU buildings in general with a case study focusing on Swedish conventional buildings for the design and method of calculation in energy performance and consumption. In the second step, analyzing the data for the energy consumption and comprehensive model for a conventional building (M-building) in Stockholm/Sweden. In the last step, a broad energy consumption that has been performed with the foundation of model for the evaluation of the power used as a part of the Swedish structures. Under the IPCC fifth assessments, the result shows that conventional buildings will expend more energy than other new sustainable buildings in Sweden for about 70% more. However, about 60 kWh of energy will be used for saving, which is approximately 2% for the management, transportations and other sectors/segments with a total of 263 kWh/ as energy consumption. }, added-at = {2018-05-13T22:41:10.000+0200}, author = {Alkhayyat, Ahmed and Pehlivan, Salahi}, biburl = {https://www.bibsonomy.org/bibtex/236f017a4a33189bf87c116d0f9e910df/ijrp}, doi = {100119201714.pdf}, interhash = {13d470ebb285a951b794bb5b7884ef65}, intrahash = {36f017a4a33189bf87c116d0f9e910df}, journal = {International Journal of Research Publication}, keywords = {Building Buildings Consumption Conventional Energ Energy Materials Operating}, language = {English}, month = {September 2017}, number = 100119201714, pages = 11, timestamp = {2018-05-13T22:41:10.000+0200}, title = {Energy Consumption Analysis in Conventional Buildings: Case Study of Sweden}, url = {http://www.ijrp.org/paper_detail/15}, volume = 1, year = 2017 }