Thermal Comfort Comparison of Different Dwelling Typologies

Abstract

Thermal comfort in spaces can be defined as the creation of conditions that will provide the users’ living standards. Therefore, it is important to investigate the thermal comfort conditions in different types of dwellings and the design parameters that affect these conditions. In this study, thermal comfort conditions in different dwellings were investigated. In this context, thermal comfort conditions were measured between December 2020 and January 2022 in four selected dwellings in Bingöl, located in a cold climate. Measurements were made in the daylight living areas, night living areas and service areas of these dwellings. Temperature and humidity, air velocity, and radiation temperatures in the spaces were measured by TESTO 480 multi-purpose air conditioner, Hot Wire Anemometer DT8880, and infrared non-contact thermometer, respectively. Tables and graphics created using the data obtained from these measurements were evaluated according to the ASHRAE 55 standard. In the analyses made, the thermal comfort conditions of the dwellings with different typologies were compared. As a result of the study, the design parameters that are effective in the differences between the dwellings were evaluated and it was aimed to reveal a methodology that could guide the new designs to be made.

Experimental investigation of photovoltaic panel surface temperatures and electricity production in summer

“…The hottest months in the Bingöl region are July and August. In these months, the average high temperature is 33°C, the low temperature is 19°C, and maximum temperatures can reach 40°C [26]. Bingöl's annual sunshine duration is 2719 hours, and as seen from Bingöl's solar map (Figure 1b Turkey Solar Energy Atlas [27] data were taken as the basis for solar radiation values.…”