AbstractExergy analysis has been contemplated to evaluate the direct energy impact of a building on the environment. The authors’ approach is to consider the building as a “black box” that needs exergy. The surrounding and the Environment are closed systems, in thermodynamic equilibrium between them. The building is transient open system. The paper is composed of two main sections: a description of the model and the application to a building. The aim is to analyze thermodynamic interaction building – surrounding in order to estimate the input exergy, loss and especially destruction exergy
Exergy is naturally related to the concept of quality of energy. Therefore, exergy analysis has been...
Current analysis and optimization methods of energy use in buildings are based on the assessment of ...
In many countries, our lives are lived under a roof. The indoor space is constantly growing and its ...
AbstractExergy analysis has been contemplated to evaluate the direct energy impact of a building on ...
This doctoral research studied the added value of exergy for the assessment and development of energ...
The energy performance of energy systems in buildings is commonly studied by applying the First Law...
The performance of space heating and cooling systems in buildings is usually measured by applying th...
AbstractThe exergy analysis is a way to assess the impact of an energy system on the natural resourc...
Exergy analysis combines the first and the second law of thermodynamics through a reference state, q...
Though mandatory to be pursued, improved energy efficiency is not the only target to reach. The qual...
Exergy analysis offers the potential of minimizing energy resource depletion, and is useful for assi...
This study presents a novel approach to apply advanced exergy analysis to a dynamic system. The main...
The quality of a certain amount of energy is defined as the relative exergy content of this energy. ...
Chapter I describes the characteristics of a thermodynamic concept, exergy, in association with buil...
210 p.One of the current main objectives of the European Union is focused on primary energy conserva...
Exergy is naturally related to the concept of quality of energy. Therefore, exergy analysis has been...
Current analysis and optimization methods of energy use in buildings are based on the assessment of ...
In many countries, our lives are lived under a roof. The indoor space is constantly growing and its ...
AbstractExergy analysis has been contemplated to evaluate the direct energy impact of a building on ...
This doctoral research studied the added value of exergy for the assessment and development of energ...
The energy performance of energy systems in buildings is commonly studied by applying the First Law...
The performance of space heating and cooling systems in buildings is usually measured by applying th...
AbstractThe exergy analysis is a way to assess the impact of an energy system on the natural resourc...
Exergy analysis combines the first and the second law of thermodynamics through a reference state, q...
Though mandatory to be pursued, improved energy efficiency is not the only target to reach. The qual...
Exergy analysis offers the potential of minimizing energy resource depletion, and is useful for assi...
This study presents a novel approach to apply advanced exergy analysis to a dynamic system. The main...
The quality of a certain amount of energy is defined as the relative exergy content of this energy. ...
Chapter I describes the characteristics of a thermodynamic concept, exergy, in association with buil...
210 p.One of the current main objectives of the European Union is focused on primary energy conserva...
Exergy is naturally related to the concept of quality of energy. Therefore, exergy analysis has been...
Current analysis and optimization methods of energy use in buildings are based on the assessment of ...
In many countries, our lives are lived under a roof. The indoor space is constantly growing and its ...