Abstract
AbstractHydrogen energy is one of the favorite choice to alternative power generation around the world. Renewable energy is the best scope to produce alternative power. Because resources are available and doesn’t make any green house effect. In this reason to establish a renewable resources (solar, wind) based hybrid system with sea water electrolysis by Proton exchange membrane (PEM) electrolyzer for the production of Hydrogen. In this proposed system PV & Wind power use for sea water electrolysis and storage Hydrogen. To meet the peak load demand Gas Turbine Generator used to produce electricity using storage Hydrogen fuel. For design, optimization & peak load demand we have chosen Diabatic beach, Kolatoli Cox’s Bazar where wind flow, solar radiation and sea water are available.
Highlights
A developing country like Bangladesh is experiencing scarcity of efficient electricity production system
To meet the growing electricity demand Government has taken furnace oil based quick rental power plant for quickly solving power crisis but per units cost of this types of power plant is high
The power sector alone contributes to 40% of total CO2 emissions in Bangladesh (Shrestha, Anandarajah, & Liyanage, 2009)
Summary
A developing country like Bangladesh is experiencing scarcity of efficient electricity production system. To meet the growing electricity demand Government has taken furnace oil based quick rental power plant for quickly solving power crisis but per units cost of this types of power plant is high. To meet the peak load demand Gas Turbine Generator will use to produce electricity by source of hydrogen (H2) fuel. 3. Proposed hybrid green system The propose hybrid green system consists of two renewable sources (solar, wind), hydrogen storage tank, peak load, gas turbine generator, and sea water which is used for producing hydrogen by electrolyzer.
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