Department of Electrical, Electronic and Communication Engineering (EECE)

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    Design and Integrate Dual Renewable Energy in A Residential Building of Urban Area: A Step towards the Self–Sustained Smart Energy System for Bangladesh
    (Department of Electrical Electronic and Communication Engineering Military Institute of Science and Technology, 2013-12) . Istiaque, Shah Md; Khanam, Fatima Zohra; Matin, Mohammad Faisal
    This thesis proposes a solar photovoltaic and biogas hybrid smart energy system for generation of electricity. To overcome from global warming effect, economic and statistical impact on prosperity and dependency this hybrid system energy has a higher reliability, can be cost effective. Acute power crisis is an obstacle to that which Bangladesh is facing tremendously. So a small drive has been taken to solve the power crisis problem by opening a new arena by producing electricity through hybrid system of solar and biogas in a dense urban area. The possible biogas and solar power generation is calculated for multistoried building of Dhaka keeping the aim in mind that if this sorts of projects are made popular than it can save a huge amount of electricity by providing to the grid which may enhance our garments potential as a whole industrial potential. Environmental position of Dhaka is poorest in world perspective. So by applying renewable hybrid system we can improve the environmental aspect tremendously as well. Different types of solar modules, effect of temperature and concisely the cooling system in power generation have been analyzed in this thesis paper. Power generation using biogas have been incorporated and the potentiality of various types of wastes have been analyzed. This thesis evolves to use the maximum unused area for utilizing power generation in a multistoried building of an urban area like Dhaka.