Özet:

Due to the increase in population, energy consumption is rapidly increasing. Sustainable and energy-efficient design approaches to environmental issues that rapid energy consumption creates are spreading. Energy efficiency improvement in buildings and energy efficient design issues are an important factor in solving energy problems and ensuring sustainability. However, along with developing computer modeling and simulation software, energy-efficient design planning in architectural design makes it easier every day. In the framework of the work, the project’s design phase is aimed at ensuring energy savings by adding energy-efficient design parameters to the project. For this purpose, the benefits of adding these programs to the design are first described by the BIM-based programmes. Later, the parameters of the chicken farming designed in the Batman or climate conditions for energy-efficient design were determined. The specific parameters are created through the southern front of the farming. The first alternative was the bimsblok on the southern front. The second alternative is the trombus wall application on the southern front with a ventilation gap of 5 cm. Third, fourth, and fifth alternatives are created with the ventilation gap of 10, 15 and 20 cm of the trumpet wall, respectively. 5 alternatives were created with the addition of XPS (extrude polystyrene powder) insulation material in an internal isolation. The designed chicken farming was modeled in the Autodesk Revit 2021 program and the building energy model was created. Building energy models created for each of the ten alternatives are recorded as a gbXML file. The energy analysis of the recorded files was subsequently carried out with Autodesk Green Building Studio. The result section of the study assessed the quantities of heating, cooling and total energy consumption determined for each alternative. In comparison for the Batman or climate conditions, alternatives that provide optimal conditions have been determined.

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