Results 11 to 20 of about 63,137 (302)
Australian non-domestic buildings policy as an international exemplar
Buildings & Cities, 2021 The Australian policy approach, based on the NABERS energy performance benchmarking scheme for commercial offices, is promoted as a ‘success story’ and is of interest to governments internationally. This paper explores the evidence for the impacts of the
Peter Mallaburn +3 more
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Non-domestic building stock: linking dynamics and spatial distributions
Buildings & Cities, 2023 In contrast to domestic buildings, the drivers influencing the stock dynamics (construction subtracted by demolition) of non-domestic buildings (NDB) have not yet been researched on a use-class basis.
Daniel Kretzschmar, Georg Schiller
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Study on the performance temporal variation of rainwater harvesting systems based on the dynamic change of rainfall pattern and domestic water demands [PDF]
Scientific ReportsRainwater harvesting systems (RWHs) in buildings are benefits in alleviating urban water scarcity. However, climate change and changes in building water demand affect the expected performance of RWHs over their life cycle.
Zhonghui Liu, Weilun Chen, Jukui Zhang
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Energy Consumption In Non-Domestic Buildings: A Review of Schools [PDF]
Linköping Electronic Conference Proceedings, 2011 The energy consumption associated with non-domestic buildings represents 11% of the UK’s total energy consumption, 11% of Europe and 18% of the USA’s. A nnual non-domestic building energy consumption is often presented in the form of average benchmarks, such as 450kWh/m2/year for a large airconditioned building and 200kWh/m2/year for a small naturally ...
Richard A.R. Kilpatrick +1 more
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Decarbonising non-domestic buildings at scale − A systematic review
Energy and BuildingsThe imperative for decarbonization demands the swift realization of net-zero buildings by 2050. Significant efforts have been directed at new buildings but, looking ahead, there is a need to shift towards whole-life management given buildings’ extensive lifetimes. With this objective in mind, this paper delves into scalable strategies for decarbonizing
Daniel Fosas +2 more
exaly +3 more sources
Modelling district heating demand: A synthetic dataset for two residential neighbourhoodsZenodo [PDF]
Data in BriefThe extensive artificial datasets developed in this study capture the energy demands of two districts and, with reasonable constraints, emulate monitoring campaigns typically conducted on-site in inhabited houses.
Katia Ritosa +3 more
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Energies, 2021 Non-domestic buildings are frequently characterised as resistant to top-down low-carbon and energy-efficiency policy. Complex relationships amongst building stakeholders are often blamed.
Catherine Willan +2 more
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IEEE Access, 2023 Heating, Ventilation, and Air Conditioning (HVAC) systems account for 59% of energy consumption in domestic buildings and 36% in non-domestic buildings.
Tahira Naseem +7 more
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Iranian Household Electricity Use Compared to Selected Countries
Encyclopedia, 2022 Buildings account for nearly 40% of energy use in global contexts and climatic conditions tend to contribute to consumption. Human activities are also influential in energy consumption and carbon dioxide (CO2) emissions that lead to global warming ...
Dorsa Fatourehchi +2 more
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Journal of Sustainable Design and Applied Research in Innovative Engineering of the Built Environment, 2020 As part of achieving near zero energy of?ce buildings, solar gains can be optimised by built form, internal layout and the position, type and area of windows. Those solar gains can then displace heating and lighting energy in most non- domestic buildings
Brian Norton, Steve Lo
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