Matches in SemOpenAlex for { <https://semopenalex.org/work/W2808270187> ?p ?o ?g. }
- W2808270187 endingPage "673" @default.
- W2808270187 startingPage "652" @default.
- W2808270187 abstract "Solar and wind energy are considered as promising electrical generating sources. These renewable energies are omnipresent, with free access, and a friendly environmental impact. Their integration remains technically and economically advantageous for electrical generation in isolated areas (IS). In several cases, the separate use of solar and wind energy sources may result in considerable over-sizing, which makes the single renewable energy sources in implementation very costly. It is found that the use of one of the optimization sizing techniques could help to guarantee the maximum power reliability and the minimum system cost for the future hybrid implementation. Moreover, a remarkable interest is manifesting for the use of solar and wind renewable energy sources (RES), which provide a realistic form of electrical generation in isolated areas. This paper provides an updated literature review, of the most applied method and techniques used in sizing and optimization of PV-Wind based hybrid system (PWHS) for an isolated area aiming to reach the best compromise between power reliability and hybrid system costs. Furthermore, this work discusses a comparison of the most common topologies used for the implementation of PWHS, then, presents a mathematical model of the hybrid system components with an emphasis on the importance of power reliability and system cost, Finally, provides an extensive analysis of software tools and algorithm approach used in sizing optimization." @default.
- W2808270187 created "2018-06-21" @default.
- W2808270187 creator A5030360541 @default.
- W2808270187 creator A5031675851 @default.
- W2808270187 creator A5074215127 @default.
- W2808270187 creator A5077560256 @default.
- W2808270187 date "2018-10-01" @default.
- W2808270187 modified "2023-10-14" @default.
- W2808270187 title "Sizing methods and optimization techniques for PV-wind based hybrid renewable energy system: A review" @default.
- W2808270187 cites W1529965533 @default.
- W2808270187 cites W1544424223 @default.
- W2808270187 cites W1964826516 @default.
- W2808270187 cites W1964919311 @default.
- W2808270187 cites W1966927283 @default.
- W2808270187 cites W1969192618 @default.
- W2808270187 cites W1971755897 @default.
- W2808270187 cites W1973053627 @default.
- W2808270187 cites W1975774546 @default.
- W2808270187 cites W1976744965 @default.
- W2808270187 cites W1978023642 @default.
- W2808270187 cites W1980581915 @default.
- W2808270187 cites W1984245615 @default.
- W2808270187 cites W1986319081 @default.
- W2808270187 cites W1986507443 @default.
- W2808270187 cites W1987944091 @default.
- W2808270187 cites W1988258764 @default.
- W2808270187 cites W1988659752 @default.
- W2808270187 cites W1991925250 @default.
- W2808270187 cites W1992880908 @default.
- W2808270187 cites W1994132502 @default.
- W2808270187 cites W1995004991 @default.
- W2808270187 cites W1999033820 @default.
- W2808270187 cites W1999485343 @default.
- W2808270187 cites W2000187437 @default.
- W2808270187 cites W2000700979 @default.
- W2808270187 cites W2001123905 @default.
- W2808270187 cites W2003125404 @default.
- W2808270187 cites W2005793978 @default.
- W2808270187 cites W2009352656 @default.
- W2808270187 cites W2009732994 @default.
- W2808270187 cites W2012189165 @default.
- W2808270187 cites W2014770705 @default.
- W2808270187 cites W2019288197 @default.
- W2808270187 cites W2022306346 @default.
- W2808270187 cites W2023140078 @default.
- W2808270187 cites W2024245579 @default.
- W2808270187 cites W2025069281 @default.
- W2808270187 cites W2027043405 @default.
- W2808270187 cites W2030104324 @default.
- W2808270187 cites W2033364946 @default.
- W2808270187 cites W2034624948 @default.
- W2808270187 cites W2040309971 @default.
- W2808270187 cites W2045320154 @default.
- W2808270187 cites W2045788608 @default.
- W2808270187 cites W2052981507 @default.
- W2808270187 cites W2055224422 @default.
- W2808270187 cites W2056180942 @default.
- W2808270187 cites W2063492963 @default.
- W2808270187 cites W2067679372 @default.
- W2808270187 cites W2073422078 @default.
- W2808270187 cites W2074104973 @default.
- W2808270187 cites W2076832175 @default.
- W2808270187 cites W2076854161 @default.
- W2808270187 cites W2079657580 @default.
- W2808270187 cites W2081281923 @default.
- W2808270187 cites W2083560436 @default.
- W2808270187 cites W2084397041 @default.
- W2808270187 cites W2084860378 @default.
- W2808270187 cites W2095009083 @default.
- W2808270187 cites W2097796406 @default.
- W2808270187 cites W2101879861 @default.
- W2808270187 cites W2104044232 @default.
- W2808270187 cites W2110225690 @default.
- W2808270187 cites W2112921638 @default.
- W2808270187 cites W2116405029 @default.
- W2808270187 cites W2121879133 @default.
- W2808270187 cites W2122122715 @default.
- W2808270187 cites W2124533067 @default.
- W2808270187 cites W2129121437 @default.
- W2808270187 cites W2130266672 @default.
- W2808270187 cites W2133120065 @default.
- W2808270187 cites W2134816084 @default.
- W2808270187 cites W2135178214 @default.
- W2808270187 cites W2141688751 @default.
- W2808270187 cites W2143560894 @default.
- W2808270187 cites W2151198189 @default.
- W2808270187 cites W2154929945 @default.
- W2808270187 cites W2156111990 @default.
- W2808270187 cites W2162197136 @default.
- W2808270187 cites W2238663137 @default.
- W2808270187 cites W2289502701 @default.
- W2808270187 cites W2344071072 @default.
- W2808270187 cites W2389088680 @default.
- W2808270187 cites W2490161525 @default.
- W2808270187 cites W2510493731 @default.
- W2808270187 cites W2543580944 @default.
- W2808270187 cites W2587416395 @default.
- W2808270187 cites W2738595591 @default.