Matches in SemOpenAlex for { <https://semopenalex.org/work/W2912345029> ?p ?o ?g. }
- W2912345029 endingPage "224" @default.
- W2912345029 startingPage "202" @default.
- W2912345029 abstract "Responding to rapid growth of the renewable energy applications, it is crucial to develop low cost and high efficient large-scale energy storage systems in order to smooth out the intermittency of the renewable energy resources. As one of the most promising large-scale energy storage systems, vanadium redox flow battery (VRFB) has attracted great attention in recent times. Membrane is one of the key components of VRFB which not only affects the whole cyclability performance but also determines the economic viability of the system. The membrane separates the positive and negative half-cells and prevents the cross-mixing of vanadium ions while providing required ionic conductivity. The ideal membrane should have good ionic exchange capacity; high ionic conductivity, low water uptake, swelling ratio, area electrical resistance and vanadium and other poly-halide ions permeability; and good chemical stability, as well as low cost. Numerous efforts have been spent on the development of different types of membranes, including different functional groups ion exchange membrane and non-ionic porous membrane. This paper reviews the research on membranes in VRFB system, including the properties, development of traditional commercial membranes as well as recently developed membranes. It explores various methods of fabrication of the membrane products which have received relatively little attention. A detailed summary table of the new membranes with their properties, fabrication and costs is provided to serve as a reference guide for researchers and industrialists interested in VRFB system building and dynamic modelling set. Subsequently, the challenges and future directions of membrane research are examined." @default.
- W2912345029 created "2019-02-21" @default.
- W2912345029 creator A5001829396 @default.
- W2912345029 creator A5022586413 @default.
- W2912345029 creator A5052664502 @default.
- W2912345029 creator A5055349852 @default.
- W2912345029 creator A5075828102 @default.
- W2912345029 creator A5086713046 @default.
- W2912345029 creator A5087272481 @default.
- W2912345029 creator A5089572278 @default.
- W2912345029 date "2019-03-01" @default.
- W2912345029 modified "2023-10-02" @default.
- W2912345029 title "Recent development of membrane for vanadium redox flow battery applications: A review" @default.
- W2912345029 cites W10309175 @default.
- W2912345029 cites W1131012298 @default.
- W2912345029 cites W1188565314 @default.
- W2912345029 cites W1218673411 @default.
- W2912345029 cites W1409250009 @default.
- W2912345029 cites W1953112459 @default.
- W2912345029 cites W1965192828 @default.
- W2912345029 cites W1965790268 @default.
- W2912345029 cites W1966558787 @default.
- W2912345029 cites W1968995117 @default.
- W2912345029 cites W1969988931 @default.
- W2912345029 cites W1972585338 @default.
- W2912345029 cites W1976367179 @default.
- W2912345029 cites W1978072355 @default.
- W2912345029 cites W1978433393 @default.
- W2912345029 cites W1980411299 @default.
- W2912345029 cites W1981832329 @default.
- W2912345029 cites W1985495556 @default.
- W2912345029 cites W1987298766 @default.
- W2912345029 cites W1987571458 @default.
- W2912345029 cites W1987868845 @default.
- W2912345029 cites W1992495197 @default.
- W2912345029 cites W1992777422 @default.
- W2912345029 cites W1994694436 @default.
- W2912345029 cites W1995186718 @default.
- W2912345029 cites W1995969322 @default.
- W2912345029 cites W1998556450 @default.
- W2912345029 cites W1998637219 @default.
- W2912345029 cites W1999027423 @default.
- W2912345029 cites W2001122724 @default.
- W2912345029 cites W2002181847 @default.
- W2912345029 cites W2006398273 @default.
- W2912345029 cites W2008360732 @default.
- W2912345029 cites W2008391840 @default.
- W2912345029 cites W2010301652 @default.
- W2912345029 cites W2011096731 @default.
- W2912345029 cites W2011209728 @default.
- W2912345029 cites W2012011383 @default.
- W2912345029 cites W2012839420 @default.
- W2912345029 cites W2015084106 @default.
- W2912345029 cites W2015412638 @default.
- W2912345029 cites W2015751052 @default.
- W2912345029 cites W2015966010 @default.
- W2912345029 cites W2016118577 @default.
- W2912345029 cites W2018026336 @default.
- W2912345029 cites W2020269864 @default.
- W2912345029 cites W2021322037 @default.
- W2912345029 cites W2022453529 @default.
- W2912345029 cites W2023179453 @default.
- W2912345029 cites W2023542214 @default.
- W2912345029 cites W2023559849 @default.
- W2912345029 cites W2028301024 @default.
- W2912345029 cites W2029255875 @default.
- W2912345029 cites W2031162448 @default.
- W2912345029 cites W2031777251 @default.
- W2912345029 cites W2032242093 @default.
- W2912345029 cites W2033475854 @default.
- W2912345029 cites W2033565213 @default.
- W2912345029 cites W2034339989 @default.
- W2912345029 cites W2036930712 @default.
- W2912345029 cites W2038372090 @default.
- W2912345029 cites W2038793950 @default.
- W2912345029 cites W2039272688 @default.
- W2912345029 cites W2045315516 @default.
- W2912345029 cites W2046035832 @default.
- W2912345029 cites W2047049649 @default.
- W2912345029 cites W2047730985 @default.
- W2912345029 cites W2047947555 @default.
- W2912345029 cites W2048266107 @default.
- W2912345029 cites W2048315152 @default.
- W2912345029 cites W2048596336 @default.
- W2912345029 cites W2052108787 @default.
- W2912345029 cites W2052624821 @default.
- W2912345029 cites W2054511331 @default.
- W2912345029 cites W2056921295 @default.
- W2912345029 cites W2057192381 @default.
- W2912345029 cites W2057916285 @default.
- W2912345029 cites W2060318575 @default.
- W2912345029 cites W2061223889 @default.
- W2912345029 cites W2061552347 @default.
- W2912345029 cites W2063795764 @default.
- W2912345029 cites W2065335146 @default.
- W2912345029 cites W2066448735 @default.
- W2912345029 cites W2067621592 @default.
- W2912345029 cites W2068494903 @default.