Building Performance Simulation Using Modelica: Analysis Of The Current State And Application Areas

Burhenne, Sebastian; Elci, Mehmet; Herkel, Sebastian

doi:10.26868/25222708.2013.1328

Cited by 7 publications

(1 citation statement)

References 2 publications

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“…• HVAC library[75]: This library allows for the development and optimization of large thermo-hydraulic HVAC systems. It provides the user with the possibilities of using components such as air ducts; adiabatic, steam humidifiers, and water extractors; borehole heat exchangers; absorption and vapor compression chillers; evaporative and dry cooling towers; boilers and combined heat and power systems; heat pumps; heat exchangers (liquid and air side), etc.…”

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Modeling Approaches for Residential Energy Consumption: A Literature Review

Nacht,

Pratter,

Ganglbauer

et al. 2023

Climate

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The interest in sustainability and energy efficiency is constantly increasing, and the noticeable effects of climate change and rising energy prices are fueling this development. The residential sector is one of the most energy-intensive sectors and plays an important role in shaping future energy consumption. In this context, modeling has been extensively employed to identify relative key drivers, and to evaluate the impact of different strategies to reduce energy consumption and emissions. This article presents a detailed literature review relative to modeling approaches and techniques in residential energy use, including case studies to assess and predict the energy consumption patterns of the sector. The purpose of this article is not only to review the research to date in this field, but to also identify the possible challenges and opportunities. Mobility, electrical devices, cooling and heating systems, and energy storage and energy production technologies will be the subject of the presented research. Furthermore, the energy upgrades of buildings, their energy classification, as well as the energy labels of the electric appliances will be discussed. Previous research provided valuable insights into the application of modeling techniques to address the complexities of residential energy consumption. This paper offers a thorough resource for researchers, stakeholders, and other parties interested in promoting sustainable energy practices. The information gathered can contribute to the development of effective strategies for reducing energy use, facilitating energy-efficient renovations, and helping to promote a greener and more sustainable future in the residential domain.

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confidence: 99%