期刊名称:International Journal of Innovative Research in Science, Engineering and Technology
印刷版ISSN:2347-6710
电子版ISSN:2319-8753
出版年度:2017
卷号:6
期号:8
页码:17698
DOI:10.15680/IJIRSET.2017.0608325
出版社:S&S Publications
摘要:The insufficient capacity of the Indian grid has required the use of distributed energy resources for onsitegeneration. The emergent potential of renewable based electricity generation systems, diversity of storage andvarious loads are interconnected through the microgrid structure. Alternate energy sources such as biogas may offer amore economic and environmentally-friendly approach to meeting energy demand when compared to fossil –basedonsite generation such as the use of gasoline or diesel generators. Hybrid energy systems may also be more beneficialeconomically and technically. In this paper, micropower modelling and optimization software was used, to determinethe optimal configuration of a biogas-based power system for a facility of an institute. A feasible, optimal hybridconfiguration for the system was determined, considering biogas, diesel generator and grid under certain constraints.Simulation results presented that the biogas/grid /diesel generator configuration is the most suitable techno-economicconfiguration for our design. An analysis was also carried out for various factors such as tariff rates, capital cost ofsolar-PV and biomass. In this paper, the renewable hybrid power generation which is suitable to an institution situatedin the state of Andhra Pradesh, India has been discussed. All the details regarding the load of the institute have beencollected and the amount of power to be generated by solar PV-bio hybrid system has been calculated accordingly. Afeasible, optimal hybrid configuration for the system was determined, considering biogas generation, diesel generationunder certain constraints. Simulation results showed that the biogas, diesel generator and grid configuration is the mostsuitable techno-economic configuration for our design.