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TITLE : LOW EMISSION POWER GENERATION IN INDIA BY 2030  
AUTHORS : Umeshkannan .P                 
DOI : http://dx.doi.org/10.18000/ijisac.50068  
ABSTRACT :

With increasing industrial and agricultural activities in the country, the demand for energy is rising. Development of this Energy Model will help in the proper allocation of these renewable in meeting the future demand of energy in India. Present work deals with effective utilization of all energy sources in India for power generation as well as renewable importance can cater remote places.

The linear programming model is solved using TORA Package. The objective function of model is to minimize the emission during power generation. Formulation of this Optimization Model for energy resources subjected to various constraints like potential, demand, efficiency, running cost and H/C ratio, isolated load and minimum capacity existing. Several scenarios are developed by controlling the individual constraints.

This model shows that 12% of total requirement can be met by renewable itself excluding Hydro power plant. Necessary capacity addition in each technology is required in steady manner. This can be made possible before two decades.

Keywords: Power Supply, Demand -Supply, Indian Power Scenario, Optimization.


 
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