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Techno economic feasibility analysis of different combination of hybrid systems 207

Problem is solved on the basis of balance of system and
cost per peak watt which is applied to village in West

capacity reduce area of PV system. The relationship between PV array area and battery Saudi Arabia has rich solar resources so PV can be used for power generation crisis. Methodology is proposed to maximize the contribution of PV and minimize the electricity generation cost along with availability of appropriate st

Highlights Bengal. for laboratory load. COE is $0.281

Indian village Remote islands North West of Iran Le Havre, France Accra in Ghana Odisha in India MMUT Gorakh- pur, India Indonesia Ecuadorian coast

Site Israel Dhahran

Hybrid system combinations W–B W–B PV–D–B PV–D–B Hydro–PV–W–fuel cell PV–B–D and PV–W–D PV–W–hydro PV–W–B PV–W–generator–B PV–D PV–D–B–W

Ofry and Braunstein [28] Shaahid and Elhadidy Kaldellis et al. [30] Mostofi and Shayeghi Srivastava and Giri [35]

References Saha [27] [29] [31] Zhang et al. [32] Acakpovi [33] Pradhan et al. [34] Mehang et al. [36] Barzola et al. [37]