Investigation of water flow window with/without energy storage tank during winter season

Thermal evaluation of multi-glazed windows under Aw Köppen climate classification: An analysis by mean of global energy balances

“…Figure 5b shows the thermal conductances 𝐶 g 1 , 𝐶 g 2 and 𝐶 g 3 , which are used to represent the time dependency effect; These include the density (𝜌 𝑔 ), the specific heat (𝐶𝑝 𝑔 ), the thickness of each glazing (𝐻𝑥 𝑔 ), and the temperature variation over time; the conductances are determined by Eq. (7).…”

Analysis of melting of phase change material inserted a block via impinging turbulent slot jet

“…The very important effects of hybrid nanofluxes and PCMs on energy storage and energy efficiency have begun to be revealed by studies. Li et al (1996), Ali Rabienataj Darzi et al (2013), Kousksou et al (2014), Hosseini and Rahimi (2019), Xu and Wang (2019), Doshi et al (2022), Kolsi (2022), Ibrahim and Koca (2023a, 2023b) and Manjunath et al (2021) made a detailed study on the convection HT, and flow structure property of the jet was investigated by vertically striking a hemispherical plate. Bounded slit jet impinging on the isothermal hot flat surface of the minichannel with nanofluid was numerically investigated by M.S and Venkatasubbaiah (2020) for nanofluids consisting of various nanoparticles, including Al 2 O 3 , SiO 2 , Cu, Fe, diamond and Ag, dispersed in water were used as the working fluids.…”

Experimental assessment of the energy performance of microfluidic glazing components: The first results of a monitoring campaign carried out in an outdoor test facility

“…WFG can also be used to harvest heat through solar-thermal harvesting and hydronic heat exchange, thereby enabling: i) direct preheating of the water when the water system is connected to the domestic hot water or heating system, or ii) heat storage in building components, including water tanks or Phase Change Materials (PCM) [11], for later use in designated periods (as daily heat collection and night re-irradiation). Yamaç and Koca demonstrated how the use of such a technology could positively impact energy consumptions by reducing the daytime and nighttime electrical energy use by 27% and 45%, respectively [12].…”