FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2224021613> ?p ?o ?g. }

• W2224021613 endingPage "40" @default.
• W2224021613 startingPage "1" @default.
• W2224021613 abstract "Thermal energy storage (TES) transfers heat to storage media during the charging period, and releases it at a later stage during the discharging step. It can be usefully applied in solar plants, or in industrial processes, such as metallurgical transformations. Sensible, latent and thermo-chemical media store heat in materials which change temperature, phase or chemical composition, respectively. Sensible heat storage is well-documented. Latent heat storage, using phase change materials (PCMs), mainly using liquid–solid transition to store latent heat, allows a more compact, efficient and therefore economical system to operate. Thermo-chemical heat storage (TCS) is still at an early stage of laboratory and pilot research despite its attractive application for long term energy storage. The present review will assess previous research, while also adding novel treatments of the subject. TES systems are of growing importance within the energy awareness: TES can reduce the LCOE (levelized cost of electricity) of renewable energy processes, with the temperature of the storage medium being the most important parameter. Sensible heat storage is well-documented in literature and applied at large scale, hence limited in the content of the present review paper. Latent heat storage using PCMs is dealt with, specifically towards high temperature applications, where inorganic substances offer a high potential. Finally, the use of energy storage through reversible chemical reactions (thermo-chemical storage, TCS) is assessed. Since PCM and TCS storage media need to be contained in a capsule (sphere, tube, sandwich plates) of appropriate materials, potential containment materials are examined. A heat transfer fluid (HTF) is required to convey the heat from capture, to storage and ultimate re-use. Particle suspensions offer a valid alternative to common HTF, and a preliminary assessment confirms the advantages of the upflow bubbling fluidized bed and demonstrates that particulate suspensions enable major savings in investment and operating costs. Novel treatments of the TES subject in the review involve the required encapsulation of the latent and chemical storage media, the novel development of powder circulation loops as heat transfer media, the conductivity enhancement of PCMs, the use of lithium salts, among others." @default.
• W2224021613 created "2016-06-24" @default.
• W2224021613 creator A5000265561 @default.
• W2224021613 creator A5020766795 @default.
• W2224021613 creator A5024841389 @default.
• W2224021613 creator A5029791756 @default.
• W2224021613 creator A5074920059 @default.
• W2224021613 date "2016-03-01" @default.
• W2224021613 modified "2023-10-14" @default.
• W2224021613 title "Thermal energy storage: Recent developments and practical aspects" @default.
• W2224021613 cites W1174752335 @default.
• W2224021613 cites W1663695371 @default.
• W2224021613 cites W1900462955 @default.
• W2224021613 cites W1919968414 @default.
• W2224021613 cites W1949445783 @default.
• W2224021613 cites W1966884963 @default.
• W2224021613 cites W1968102287 @default.
• W2224021613 cites W1968570142 @default.
• W2224021613 cites W1970522099 @default.
• W2224021613 cites W1971073918 @default.
• W2224021613 cites W1971665326 @default.
• W2224021613 cites W1972803754 @default.
• W2224021613 cites W1973445781 @default.
• W2224021613 cites W1973573387 @default.
• W2224021613 cites W1974213419 @default.
• W2224021613 cites W1975142959 @default.
• W2224021613 cites W1975227800 @default.
• W2224021613 cites W1975296575 @default.
• W2224021613 cites W1975443228 @default.
• W2224021613 cites W1979194232 @default.
• W2224021613 cites W1979655070 @default.
• W2224021613 cites W1979704171 @default.
• W2224021613 cites W1981045011 @default.
• W2224021613 cites W1985087748 @default.
• W2224021613 cites W1986823125 @default.
• W2224021613 cites W1987233942 @default.
• W2224021613 cites W1987259907 @default.
• W2224021613 cites W1988149977 @default.
• W2224021613 cites W1988562312 @default.
• W2224021613 cites W1988572975 @default.
• W2224021613 cites W1988706571 @default.
• W2224021613 cites W1988973682 @default.
• W2224021613 cites W1989636367 @default.
• W2224021613 cites W1992105822 @default.
• W2224021613 cites W1992521970 @default.
• W2224021613 cites W1993778776 @default.
• W2224021613 cites W1994800881 @default.
• W2224021613 cites W1995278666 @default.
• W2224021613 cites W1996072799 @default.
• W2224021613 cites W1996694382 @default.
• W2224021613 cites W1996902556 @default.
• W2224021613 cites W1997749661 @default.
• W2224021613 cites W1998440087 @default.
• W2224021613 cites W1999566560 @default.
• W2224021613 cites W1999827477 @default.
• W2224021613 cites W2000966660 @default.
• W2224021613 cites W2002507422 @default.
• W2224021613 cites W2004292804 @default.
• W2224021613 cites W2005949282 @default.
• W2224021613 cites W2006882585 @default.
• W2224021613 cites W2009458787 @default.
• W2224021613 cites W2009683179 @default.
• W2224021613 cites W2010905934 @default.
• W2224021613 cites W2011889740 @default.
• W2224021613 cites W2013185272 @default.
• W2224021613 cites W2014797288 @default.
• W2224021613 cites W2014977173 @default.
• W2224021613 cites W2015862940 @default.
• W2224021613 cites W2016086164 @default.
• W2224021613 cites W2016091792 @default.
• W2224021613 cites W2017579366 @default.
• W2224021613 cites W2018045041 @default.
• W2224021613 cites W2018226888 @default.
• W2224021613 cites W2018433680 @default.
• W2224021613 cites W2018622470 @default.
• W2224021613 cites W2019046358 @default.
• W2224021613 cites W2019858338 @default.
• W2224021613 cites W2020021808 @default.
• W2224021613 cites W2021115853 @default.
• W2224021613 cites W2021868837 @default.
• W2224021613 cites W2022216622 @default.
• W2224021613 cites W2022431938 @default.
• W2224021613 cites W2024193329 @default.
• W2224021613 cites W2025443232 @default.
• W2224021613 cites W2025516135 @default.
• W2224021613 cites W2027515922 @default.
• W2224021613 cites W2030348812 @default.
• W2224021613 cites W2031470336 @default.
• W2224021613 cites W2031775120 @default.
• W2224021613 cites W2032213393 @default.
• W2224021613 cites W2034590027 @default.
• W2224021613 cites W2038048514 @default.
• W2224021613 cites W2038310959 @default.
• W2224021613 cites W2038331303 @default.
• W2224021613 cites W2038418974 @default.
• W2224021613 cites W2038901679 @default.
• W2224021613 cites W2039670364 @default.
• W2224021613 cites W2039863338 @default.

• next