A. Singh; P. Baredar
Abstract
In this paper sun situated photovoltaic (PV), fuel cell, biomass gasifier generator set, battery reinforcement and force molding unit have mimicked and advanced for an instructive establishment, Energy Center, Maulana Azad National Institute of Technology, Bhopal in the Indian condition of Madhya Pradesh. ...
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In this paper sun situated photovoltaic (PV), fuel cell, biomass gasifier generator set, battery reinforcement and force molding unit have mimicked and advanced for an instructive establishment, Energy Center, Maulana Azad National Institute of Technology, Bhopal in the Indian condition of Madhya Pradesh. The zone of the study range on the aide arranged of 23° 12' N scope and 77°24'E longitude. In this structure, the key wellspring of force is sun based sunlight based photovoltaic framework and biomass gasifier generator set while fuel cell and batteries were used as fortification supply. Hybrid optimization model for electric renewable test system has been used to reproduce off the framework and it checks the particular and money related criteria of this cross breed vitality framework. The execution of each section of this structure is analyzed in conclusion. The sensitivity examination was performed to upgrade the blend system at different conditions. In a perspective of the entertainment result, it is found that the expense of vitality of a biomass gasifier generator set, sunlight based on PV and power device hybrid vitality framework was observed to be 15.064 Rs/kWh.
K. H. Bhujangrao
Abstract
Today’s India is in need of generating power at higher rate to maintain adequate supply of electricity to users for development and growth of Nation. Non renewable energy sources like coal and petroleum products are the major sources utilized for power production. To reduce the gap between demand ...
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Today’s India is in need of generating power at higher rate to maintain adequate supply of electricity to users for development and growth of Nation. Non renewable energy sources like coal and petroleum products are the major sources utilized for power production. To reduce the gap between demand and supply of energy and maintain sustainable development, renewable energy sources need to be considered as an alternative source of energy. The solar energy has been identified as one of the promising energy source which can be used directly or indirectly for generation of electricity, hot water and power. A prototype of cylindrical parabolic collector (CPC) is designed and developed to utilize solar energy for hot water generation. Prototype of CPC is tested from 10AM to 4PM in the month of May and thermal performance is evaluated based on solar standards available through literature. Hot water at 600C is produced throughout a day by varying mass flow rate of water. The instantaneous efficiency is calculated after every half an hour and found to be 69% and overall efficiency of system is 71%. This prototype CPC system can deliver hot water at required temperature to meet industrial, domestic demands and saves electricity.
