Matches in SemOpenAlex for { <https://semopenalex.org/work/W3007866097> ?p ?o ?g. }
- W3007866097 endingPage "114649" @default.
- W3007866097 startingPage "114649" @default.
- W3007866097 abstract "Abstract The potential mismatch between the ever-increasing demand for usable energy and characteristically intermittent supply from the renewable energy sources can be effectively reduced by latent heat thermal energy storage system (LHTES) using phase change material (PCM). The low thermal conductivity of PCM leads to thermal stratification in LHTES. In the present study, a lab-scale shell and tube LHTES with the metal matrix as thermal conductivity enhancer is designed for medium temperature solar applications (~200 °C) and the thermal performance of LHTES is evaluated for different operating conditions. A commercial-grade organic PCM and metal matrix are placed in the annulus, while a commercially available thermic oil used as a heat transfer fluid (HTF), flows through the finned internal tube. A simplified dynamic numerical model comprising of two energy equations is developed considering the absence of local thermal equilibrium between PCM and HTF. A newly developed correlation for interfacial heat transfer coefficient and the effective thermal conductivity of PCM and metal matrix are introduced in the model, which is validated against the experiment. The model is extended to study the effect of porosity of metal matrix on the dynamic performance of LHTES under several cycles of charging and discharging operations. It is found that at a porosity of 0.85, the fluctuation in HTF outlet temperature is less with an improvement in cumulative energy fraction. A significant saving of computational time can be achieved for large scale simulations of LHTES with metal matrix using the simplified dynamic model with reasonable accuracy." @default.
- W3007866097 created "2020-03-06" @default.
- W3007866097 creator A5025765722 @default.
- W3007866097 creator A5042694618 @default.
- W3007866097 date "2020-04-01" @default.
- W3007866097 modified "2023-10-11" @default.
- W3007866097 title "Experimental and numerical study of latent heat thermal energy storage with high porosity metal matrix under intermittent heat loads" @default.
- W3007866097 cites W1514482970 @default.
- W3007866097 cites W1605805133 @default.
- W3007866097 cites W1965816411 @default.
- W3007866097 cites W1972803754 @default.
- W3007866097 cites W1974515205 @default.
- W3007866097 cites W1979332813 @default.
- W3007866097 cites W1983187797 @default.
- W3007866097 cites W1984301776 @default.
- W3007866097 cites W1986823125 @default.
- W3007866097 cites W1987505752 @default.
- W3007866097 cites W1988149977 @default.
- W3007866097 cites W1989558997 @default.
- W3007866097 cites W1992089954 @default.
- W3007866097 cites W2003661636 @default.
- W3007866097 cites W2003786696 @default.
- W3007866097 cites W2004861904 @default.
- W3007866097 cites W2022216622 @default.
- W3007866097 cites W2024193329 @default.
- W3007866097 cites W2028429433 @default.
- W3007866097 cites W2030797739 @default.
- W3007866097 cites W2031470336 @default.
- W3007866097 cites W2033541415 @default.
- W3007866097 cites W2034733344 @default.
- W3007866097 cites W2040634903 @default.
- W3007866097 cites W2041279214 @default.
- W3007866097 cites W2042538126 @default.
- W3007866097 cites W2045665838 @default.
- W3007866097 cites W2050251409 @default.
- W3007866097 cites W2053838223 @default.
- W3007866097 cites W2056754315 @default.
- W3007866097 cites W2064519199 @default.
- W3007866097 cites W2066527308 @default.
- W3007866097 cites W2068601783 @default.
- W3007866097 cites W2076224867 @default.
- W3007866097 cites W2077373030 @default.
- W3007866097 cites W2083191003 @default.
- W3007866097 cites W2089618303 @default.
- W3007866097 cites W2090127623 @default.
- W3007866097 cites W2092826425 @default.
- W3007866097 cites W2099807199 @default.
- W3007866097 cites W2107265701 @default.
- W3007866097 cites W2116973757 @default.
- W3007866097 cites W2121837178 @default.
- W3007866097 cites W2126738674 @default.
- W3007866097 cites W2133989041 @default.
- W3007866097 cites W2142122685 @default.
- W3007866097 cites W2143912722 @default.
- W3007866097 cites W2144013825 @default.
- W3007866097 cites W2151080396 @default.
- W3007866097 cites W2157567688 @default.
- W3007866097 cites W2163755005 @default.
- W3007866097 cites W2164188914 @default.
- W3007866097 cites W2176470802 @default.
- W3007866097 cites W2289430428 @default.
- W3007866097 cites W2343208600 @default.
- W3007866097 cites W2346442906 @default.
- W3007866097 cites W2397229479 @default.
- W3007866097 cites W2472731641 @default.
- W3007866097 cites W2564747715 @default.
- W3007866097 cites W2582294930 @default.
- W3007866097 cites W2622403089 @default.
- W3007866097 cites W2782532714 @default.
- W3007866097 cites W2794073007 @default.
- W3007866097 cites W2884955463 @default.
- W3007866097 cites W2914736369 @default.
- W3007866097 cites W2999086619 @default.
- W3007866097 doi "https://doi.org/10.1016/j.apenergy.2020.114649" @default.
- W3007866097 hasPublicationYear "2020" @default.
- W3007866097 type Work @default.
- W3007866097 sameAs 3007866097 @default.
- W3007866097 citedByCount "16" @default.
- W3007866097 countsByYear W30078660972020 @default.
- W3007866097 countsByYear W30078660972021 @default.
- W3007866097 countsByYear W30078660972022 @default.
- W3007866097 countsByYear W30078660972023 @default.
- W3007866097 crossrefType "journal-article" @default.
- W3007866097 hasAuthorship W3007866097A5025765722 @default.
- W3007866097 hasAuthorship W3007866097A5042694618 @default.
- W3007866097 hasBestOaLocation W30078660971 @default.
- W3007866097 hasConcept C106487976 @default.
- W3007866097 hasConcept C116915560 @default.
- W3007866097 hasConcept C121332964 @default.
- W3007866097 hasConcept C127413603 @default.
- W3007866097 hasConcept C159985019 @default.
- W3007866097 hasConcept C183287310 @default.
- W3007866097 hasConcept C192562407 @default.
- W3007866097 hasConcept C204530211 @default.
- W3007866097 hasConcept C39432304 @default.
- W3007866097 hasConcept C57879066 @default.
- W3007866097 hasConcept C58024561 @default.
- W3007866097 hasConcept C6648577 @default.