Renewable Hybrid Micro-grid is a good option for
rural electrification where electrification from... more Renewable Hybrid Micro-grid is a good option for rural electrification where electrification from main grid is difficult and uneconomical. Hybrid system can be a combination of several renewable sources such as Solar Photovoltaic, Wind, Micro-Hydro etc. For cost effective energy production, optimal sizing of the Energy components is needed. This paper discusses the Optimal sizing of Energy components of a Hybrid Micro-grid for a remotely located area. NREL developed HOMER Micropower Optimization Model is used for the optimal sizing. HOMER displays the possible combinations in the order of Life cycle cost, out of which the most optimal combination includes Wind-Hydro-DG-Battery system.
Renewable Hybrid Micro-grid is a good option for
rural electrification where electrification from... more Renewable Hybrid Micro-grid is a good option for rural electrification where electrification from main grid is difficult and uneconomical. Hybrid system can be a combination of several renewable sources such as Solar Photovoltaic, Wind, Micro-Hydro etc. For cost effective energy production, optimal sizing of the Energy components is needed. This paper discusses the Optimal sizing of Energy components of a Hybrid Micro-grid for a remotely located area. NREL developed HOMER Micropower Optimization Model is used for the optimal sizing. HOMER displays the possible combinations in the order of Life cycle cost, out of which the most optimal combination includes Wind-Hydro-DG-Battery system.
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Papers by Sindhu T K
rural electrification where electrification from main grid is
difficult and uneconomical. Hybrid system can be a combination
of several renewable sources such as Solar Photovoltaic, Wind,
Micro-Hydro etc. For cost effective energy production, optimal
sizing of the Energy components is needed. This paper discusses
the Optimal sizing of Energy components of a Hybrid Micro-grid
for a remotely located area. NREL developed HOMER Micropower
Optimization Model is used for the optimal sizing.
HOMER displays the possible combinations in the order of Life
cycle cost, out of which the most optimal combination includes
Wind-Hydro-DG-Battery system.
rural electrification where electrification from main grid is
difficult and uneconomical. Hybrid system can be a combination
of several renewable sources such as Solar Photovoltaic, Wind,
Micro-Hydro etc. For cost effective energy production, optimal
sizing of the Energy components is needed. This paper discusses
the Optimal sizing of Energy components of a Hybrid Micro-grid
for a remotely located area. NREL developed HOMER Micropower
Optimization Model is used for the optimal sizing.
HOMER displays the possible combinations in the order of Life
cycle cost, out of which the most optimal combination includes
Wind-Hydro-DG-Battery system.