... SSTs air conditioning building energy thermal comfort Fig. 13 Comparative analysis of the daytime and nighttime urban heat island (UHI) effect in San Juan, Puerto Rico, during summer 2023 and the historical summer 2000–2020. The top panels illustrate the UHI effect for summer 2023...

... and remote areas building clean energy renewable thermal comfort In the Inner Mongolia region, the scattered population distribution causes land transportation to face challenges such as high construction costs and ice coverage in winter [ 1 ]. On the other hand, this region has good clearance...

... Wissenschaftlichen Forschung 10.13039/501100001711 CRSII5_202239 heat self-sufficiency seasonal thermal energy storage power-to-heat potential analysis autonomy potential building cities clean energy environment net-zero energy photovoltaics renewable sustainability thermal comfort...

..., and improving the thermal comfort of nonconditioned buildings [ 6 ]. Dark roof surfaces in metropolitan locations accelerate the heating of the surrounding air, resulting in elevated average temperatures. The occurrence is referred to as the “urban heat island effect” [ 7 ]. Installing a cool roof...

... author upon reasonable request. 19 12 2023 14 03 2024 14 03 2024 05 04 2024 Email: keith.sharp@louisville.edu typical meteorological year extreme meteorological year passive solar passive cooling ambient energy buildings simulation thermal comfort ventilation...

... and air pollution and greenhouse gas emissions generated by motor vehicles and promote physical activity [ 93 ]. Building design strategies (such as using energy-efficient materials, green roofs, and bioclimatic design) could reduce heat absorption and improve thermal comfort for occupants [ 94...

...-conicet.gob.ar Email: abetman@mendoza-conicet.gob.ar Email: cganem@mendoza-conicet.gob.ar 01 07 2023 04 11 2023 05 11 2023 04 12 2023 buildings net zero energy optimization cooling thermal comfort The buildings and the construction sector combined are responsible...

... 10 2023 building energy decarbonization energy infrastructure environment resilient buildings thermal comfort The building sector is a prime contributor of energy consumption and the emission of greenhouse gases (GHG) and is therefore a good starting place to address the path...

... . cooling indoor air quality indoor environment quality simulation thermal comfort ventilation The desire to utilize natural ventilation (NV) in commercial buildings is ever-increasing due to a greater focus on energy efficiency and sustainable building design [ 1 , 2 ]. It is important...

... meteorological year extreme meteorological year passive solar passive cooling ambient energy buildings resilient buildings thermal comfort Whole-building simulation has become standard practice for the prediction of thermal performance. The use of a single year of data concatenated from selected...

... environment indoor air quality indoor environment quality resilient buildings sensors smart buildings smart cities sustainability thermal comfort 07 11 2022 20 12 2022 20 12 2022 24 01 2023 Email: cfountoukis@hbku.edu.qa Email: jgonzalezcruz@ccny.cuny.edu 1...

... reflective paints evaporative cooling shading cool roof energy savings cooling heat transfer smart buildings thermal comfort During hot summer, large heat fluxes can enter a building through the roof because a significant part of the incident solar radiation is absorbed by the rooftop surface...

... reasonable request. References [1] Solano , J. C. , Caamaño-Martín , E. , Olivieri , L. , and Almeida-Galárraga , D. , 2021 , “ HVAC Systems and Thermal Comfort in Buildings Climate Control: An Experimental Case Study ,” Energy Rep. , 7 ( Special Issue ), pp. 269 – 277...

... waste heat noise mitigation cooker hoods building energy heat transfer mass transfer system thermal comfort 12 05 2022 07 07 2022 08 07 2022 17 08 2022 Copyright © 2022 by ASME 2022 American Society of Mechanical Engineers 2642-6641/2022/3(2)/024502/3/ $25.00 ...

... Simple Method for Human Bioclimatic Conditions Applied to Seasonally Hot/Warm Cities of Mexico ,” Atmósfera , 15 , pp. 55 – 56 . [22] Mohan , M. , Gupta , A. , and Bhati , S. , 2014 , “ A Modified Approach to Analyze Thermal Comfort Classification ,” Atmos. Clim. Sci. , 4 ( 1...

.... , and Zhu , Y. , 2013 , “ Influence of Indoor Air Temperature on Human Thermal Comfort, Motivation and Performance ,” Build. Environ. , 68 , pp. 114 – 122 . 10.1016/j.buildenv.2013.06.012 [22] Lamb , S. , and Kwok , K. C. S. , 2016 , “ A Longitudinal Investigation of Work...

...@colorado.edu 10 01 2021 26 06 2021 28 06 2021 14 07 2021 energy efficiency net-zero residential resilience building cities efficiency energy net-zero energy optimization photovoltaics resilient buildings resilient systems simulation storage thermal comfort...

...) . Future work will explore using publicly available matlab -based simulators such as Ref. [ 37 ]. Thermal comfort and flowrate constraints depend on whether the building is in occupied or unoccupied mode [ 24 ]. The maximum occupancy for Pugh Hall auditorium is 229 persons, and its occupied mode (occ...

... Email: jgonzalezcruz@ccny.cuny.edu 30 12 2020 10 04 2021 11 04 2021 26 05 2021 air conditioning efficiency environment interactive buildings smart cities thermal comfort The International Energy Agency (IEA) declared the rapid growth of electricity demand from...

...Issam Sobhy; Brahim Benhamou; Abderrahim Brakez This paper aims at identifying the impact of three retrofit scenarios of a typical single-family house on its energy performance and its indoor thermal comfort in several climates. Two of these scenarios are based on the Moroccan Thermal Regulation...