Wyniki wyszukiwania - BazTech

Ograniczanie wyników

Znaleziono wyników: 2

Liczba wyników na stronie

Wyniki wyszukiwania

Wyszukiwano:
w słowach kluczowych: ecotect

Sortuj według:

Ogranicz wyniki do:

A Study of Energy Efficiency Simulation Programs and Energy Saving Optimization Analysis of Building Envelopment Parameters in Turkey

Baneaez Mustafa Obaid Omar, Akkoyunlu Mustafa Tahir

Journal of Ecological Engineering

2023

Vol. 24, nr 9

202--217

This study focused on optimizing energy consumption in buildings by improving the building envelope, which accounts for a significant portion of heating and cooling energy usage. The research took an existing building in the Konya-Meram region as an example and conducted experiments on insulation, window-to-wall ratio, and glass thickness. Simulations were performed considering the climate of the Turkey-Konya region for comparative analysis. Various programs, such as Revit, Ecotect, Hap, and the Izoder TS-825 calculator (the Turkish standard) were utilized to evaluate energy efficiency. The results of the comparative analysis indicated that the Ecotect program provides the closest match to the calculations, hence enabling optimization experiments throughout the study. The optimal insulation thickness was determined to be between 7–11 cm; implementing an insulation thickness of 11 cm results in a substantial 46.71% reduction in heating load and an overall annual energy savings of 3.896%. However, further increases in insulation thickness beyond 11 cm do not yield significant energy savings. Regarding window-to-wall ratios, the optimal ratio in Konya was determined to be 75%, resulting in savings of 5.04%. In conclusion, this study emphasized the importance of the building envelope for energy efficiency and presented optimized solutions for insulation, window-to-wall ratio, and glass thickness in Konya city. The results of this study make a valuable contribution towards achieving notable reductions in energy consumption and highlight the possibility of enhancing energy efficiency in the structures located in the study area.

Rola cyfrowych narzędzi w projektowaniu architektury

Ciepłucha W.

Środowisko Mieszkaniowe

2017

nr 19

63--73

Building Information Modeling usprawnia projektowanie, budowę i zarz ądzanie cyklem życia wszystkich obiektów środowiska budowlanego. Celem jest tworzenie cyfrowego modelu, który przedstawia skoordynowane, wiarygodne informacje o projekcie budowlanym na różnych etapach jego realizacji. Płaska dokumentacja techniczna jest zastąpiona cyfrowym modelem 3D. Model przedstawia zapisane cyfrowo odzwierciedlenie fizycznych i funkcjonalnych właściwości obiektu. BIM umożliwia projektantom podejmowanie trafnych, szybkich i świadomych decyzji, dzięki którym podnoszona jest jakość projektu. Technologia pomaga w różnych środowiskach przewidywać konsekwencje podjętych decyzji. Zgromadzone dane możemy porównywać, analizować, wykrywać kolizje i nanosić zmiany. Zmniejsza się ilość błędów, skraca się czas analiz i na każdym etapie pracy z projektem możemy dopracowywać poszczególne elementy. Model umożliwia współpracę w jednym standardzie we wszystkich branżach, które biorą udział w procesie projektowym.

Building Information Modelling (BIM) streamlines the design, construction, and lifecycle management of all building environments. The goal is to create a digital model that provides coordinated, reliable information on the construction project at various stages of its implementation. The two-dimensional technical documentation is replaced by a digital 3D model. The model shows the digitally rendered physical and functional properties of the object. BIM enables designers to make relevant, quick and informed decisions that enhance the quality of the project. Technology helps to predict the consequences of the decisions in different environments. The collected data can be compared, analyzed, cleared for collision, and modified. The number of errors is reduced, the analysis time is reduced, and specific elements can be fine-tuned at each stage of the project. The model enables one-stop collaboration in all industries involved in the design process.