Please use this identifier to cite or link to this item: https://scholarbank.nus.edu.sg/handle/10635/118552
Title: OPTIMAL DESIGN AND ANALYSIS OF AN IGCC/IGFC BASED POWER GRID THAT USES BIOMASS AND NATURAL GAS AS FUELS
Authors: NARAHARISETTI PAVAN KUMAR
Keywords: Energy Systems, Microalgae, Microgrids, IGCC, IGFC, Systems Analysis
Issue Date: 24-Jul-2014
Citation: NARAHARISETTI PAVAN KUMAR (2014-07-24). OPTIMAL DESIGN AND ANALYSIS OF AN IGCC/IGFC BASED POWER GRID THAT USES BIOMASS AND NATURAL GAS AS FUELS. ScholarBank@NUS Repository.
Abstract: IN THIS WORK, WE PERFORM OPTIMAL DESIGN AND ANALYSIS OF POWER GRIDS. FIRST, WE CONSIDER MICROALGAE AS A SOURCE OF FUEL. HERE, A SYSTEM THAT INCLUDES THE SUPPORT INFRASTRUCTURE REQUIRED FOR PRODUCING FERTILIZERS ALONG WITH THE FACILITIES REQUIRED FOR THE PRODUCTION OF MICROALGAE IS ANALYZED. WE PERFORM AN ANALYSIS ON THE POSSIBLE USE OF MICROALGAE BIOMASS FOR THE GENERATION OF ELECTRICITY AND FOR THE PRODUCTION OF BIODIESEL. IN THE ANALYSIS OF POWER GENERATION NETWORKS, WE MAKE SOME ASSUMPTIONS ON THE EFFICIENCY OF INDIVIDUAL POWER GENERATION UNITS AND PROPOSE A MODEL FOR SCHEDULING IN MICROGRIDS. WE SOLVE THE SAME WITH AN OBJECTIVE OF PROFIT MAXIMIZATION WHILE CONSIDERING DIVERSITY IN ELECTRICITY GENERATION. NEXT, WE DESIGN IGFCS AT STEADY STATE BY CONSIDERING A NETWORK SUPERSTRUCTURE AND SOLVE THE SAME USING A MULTI-OBJECTIVE OPTIMIZATION ALGORITHM. THE ANALYSIS AND FINDINGS SHOULD FACILITATE APPROPRIATE FUEL SELECTION AND EFFICIENT DESIGN OF POWER GENERATION NETWORKS AND POWER PLANTS
URI: http://scholarbank.nus.edu.sg/handle/10635/118552
Appears in Collections:Ph.D Theses (Open)

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