Abstract:
The current energy demands in Bangladesh far supersedes the supply. The thesis provides
an efficient way to account for the energy deficit by using a renewable hybrid model
design. Solar, Wind and Biogas were the focus of this thesis for their abundance in the region
of study. Our thesis explored the possibilities of implementing a hybrid energy system
in a makeshift COVID-19 hospital in Purbachal, Bangladesh. The hybrid model developed
using HOMER software utilized solar, Wind and Biogas in a configuration which achieved
the best COE and NPC values. The model adjusted parameters such as fuel cost, wind
speed, solar radiation, electricity price and component cost for smooth and realistic simulation.
From our simulations, we observed that for the region of study, the wind energy was
not a feasible option and without Biogas, the PV-Wind or only PV system had a COE of
0.492 and 0.516 USD respectively. We find good optimize result for PV-Bio as generator-
Battery system.Where we are getting the COE around 0.176 USD with a considerable
amount of initial capital which is 82806.25 USD . Even though the model was primarily
fashioned for the healthcare sector in Purbachal, Bangladesh. The model can easily be
modified for use in any region of the world and be re-purposed for use in other industries.
Description:
Supervised by
Mr. Muhammad,
Assistant Professor,
Department of Electrical and Electronic Engineering(EEE),
Islamic University of Technology(IUT),
Board Bazar, Gazipur-1704, Bangladesh
