Climate adaptation of design scheme for energy
Therewith, the study identifies and compares the major sensitive design parameters on the energy performance of high-rise buildings in different climate contexts. Furthermore, the most applicable passive strategies to attaining stipulated building sustainability criteria are established.
High-rise residential buildings (HRBs) in cold regions significantly contribute to energy consumption, necessitating optimization strategies to enhance energy efficiency and sustainability. This study successfully developed a multi-objective optimization framework using improved grey wolf optimization and support vector regression, achieving an average energy consumption of 20.5 kW h/m² while ...
Attaining sustainable high
Abstract Attaining sustainability in high-rise office buildings necessitates determining the major elements and their associating impacts on the energy performance of this building typology. This study investigates the impact of architectural and engineering features on the energy performance of high-rise office buildings within a warm-summer- cold -winter climate . A rectangular building plan ...
As we can see from the illustration, High Rise Building Cold Climate Strategies has many fascinating aspects to explore.
This study investigates the impact of architectural and engineering features on the energy performance of high-rise office buildings within a warm-summer- cold -winter climate .
PDF Performance optimization of high
This study provides practical design methods and strategy references for high-rise residential buildings in the design phase by analyzing data, mining patterns, and summarizing design strategies .
High-rise buildings in cold regions have a requirement of ecological improvement due to the continuous response to climate change throughout the year. This study evaluates wind environment, light environment, thermal environment, and energy consumption environment using Phoenics, Ecotect, and DesignBuilder tools, utilizing a high-rise residential building in an intensely cold place as an ...
Weather Geography, temperature, wind, heating degree days, and humidity are all weather factors that, in addition to the extreme cold found in arctic and subarctic climates , significantly impact the ability for engineers to construct long-lasting buildings . See Chapters 1, 5, and 9 in the Cold-Climate Buildings Design Guide for detailed descriptions of weather concerns.
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Welcome to the Cold Climate Housing Research Center (CCHRC) Committed to community-driven change, CCHRC advances building solutions for healthy, resilient homes in cold climates . For 25 years, CCHRC has improved building standards through technological research and advanced building science.
Industry pressures abound to decarbonize existing buildings , and some geographies and asset classes make it more challenging than others. This is particularly the case for tall buildings in cold climates keen on decarbonizing their heating system as part of a larger retrofit plan. What technologies…
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