The objective of this study is to derive a design methodology for zero-energy building considering the energy production and consumption building. In order establish methodology, various factors affecting are derived, effect heat transmission rate, surface volume ratio (S/V ratio), location orientation analyzed by simulation method. As result, S/V rate most important in central region Korea whe...

This paper presents a modelling-led approach applied to low carbon innovative housing retrofit practice in Wales, UK. The research has investigated the implementation of combinations of existing and emerging low carbon technologies through a systems based approach to optimise the use of energy at the point of generation at both building and community scales. A performance prediction model has b...

The climate is changing very fast today, and this not natural. We are experiencing the impact of change in many aspects. It also expected to performance buildings badly due course time. In recent years, countries started investing evaluate energy performances opting for best suited energy-saving measures. However, concept may be new context Bhutan. author expects that revolutionize building con...

This article discusses energy saving problems of the buildings and structures in order to improve efficiency system for providing comfort conditions. Armenia has not officially established national requirements zero- (ZEB), but some steps have been taken reduce heating cooling consumption. These measures mainly aimed at design smart cities green architecture promotion. There are many ways consu...

The Aldo Leopold Legacy Center is designed to be a net-zero energy building. This paper explains how simulation modelling was integrated into the design process to achieve the design goals. Simulation was used to evaluate the building shell, including natural ventilation potential as well as evaluate individual HVAC components. The simulation model was also used to size HVAC equipment and evalu...

Zero energy buildings apply efficiency measures and renewable systems to maintain a zero consumption balance over specific time. Renewable installed in produce cover their demand, the surplus can be transmitted grid. Conversely, building receive power from grid when is greater than production. However, fluctuation of received transfer process results lower stability. Therefore, for buildings, i...

Global energy consumption has led to concerns about potential supply problems, and growing environmental impacts. This paper comprehensively provides a detailed assessment of current studies on the subject building integrated photovoltaic (BIPV) technology in net-zero buildings (NZEBs). The review is validated through various case studies, which highlight significance factors such as surface ar...