Power Management Strategy for Active Power Sharing in Hydro/PV/Battery Hybrid Energy System | Zendy

Sweeka Meshram | Zendy; Ganga Agnihotri | Zendy; Sushma Gupta | Zendy

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Power Management Strategy for Active Power Sharing in Hydro/PV/Battery Hybrid Energy System

Author(s) -

Sweeka Meshram,

Ganga Agnihotri,

Sushma Gupta

Publication year - 2013

Publication title -

chinese journal of engineering

Language(s) - English

Resource type - Journals

ISSN - 2314-8063

DOI - 10.1155/2013/723860

Subject(s) - stand alone power system , automotive engineering , renewable energy , electric power system , power management , battery (electricity) , photovoltaic system , energy management , power (physics) , rural electrification , engineering , hybrid power , grid connected photovoltaic power system , energy management system , computer science , maximum power point tracking , electrification , electrical engineering , distributed generation , energy (signal processing) , electricity , voltage , physics , statistics , mathematics , quantum mechanics , inverter

Simulation and modeling of standalone DC linked hydro/PV/battery hybrid energy system (HES) and power management strategy (PMS) for identifying the active power sharing have been done. The performance analysis of the proposed HES and its power management strategy has been done using the simulink toolboxes of MATLAB software. The proposed system consists of 10 kW PV system, 7.5 kW hydro system, battery, and power condition unit. In some remote/rural areas, it is very difficult to satisfy the demand of electrical power throughout the year with the power grid. In such areas, the power requirement can be fulfilled by renewable energy system such as hydro or PV system. Either the hydro system or PV system is not capable of supplying power requirement throughout the year as both systems are intermittent. Hence, the judicious combination of hydro and PV system has been modeled for electrification. The power management strategy is modeled to manage the power flow of the energy systems and battery to fulfill the load demand. The presented results clearly show that the proposed HES and its control strategy are suitable for implementation in remote/rural areas

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