Volume No. 11 Issue No.: 1 Page No.: 188-194 July-September 2016




Bharadwaj S. Sachin*1 and Agrawal P.2

1. Department of Mechanical Engineering, R.V. College of Engineering, Mysore Road, Bangalore, Karnataka (INDIA)
2. Department of Biotechnology, R.V. College of Engineering, Mysore Road, Bangalore, Karnataka (INDIA)


Received on : April 16, 2016




Energy and its consumption is the primary concern of today’s domestic and industrial applications. So the primary concern and discussion of this paper would be about optimization mainly of renewable energy resources. To concentrate on solar and wind energy, the power output due to each source of energy is a variable in different parts of the day as well at different parts of the world. The primary objective of this project would be to tap and store energy from each source during its peak and low periods. The sum due to all energies at different intervals can be optimized to give desired output. Considering different Indian eco conditions for consideration, for example places like Rajasthan with large open spaces and having high solar luminescence and places having high wind power, large amounts of solar and wind energy can be tapped and stored. On the contrary places in extreme North like Kashmir having mostly snowfall and having less solar luminescence also. The storage energy is thus designed to take energy input from different sources of renewable energy making it a hybrid system. The stored energy can be connected to suitable electrical devices. For places like Rajasthan even large electrical devices like elevators and high power motors for agricultural needs can also be connected to draw power. But in places of low power output, devices like led lamps or small domestic appliances can be connected. Hence, suitable extraction and energy auditing considering the total power consumption of that area based on factors like population, industry, would be the overview of this research.


Keywords : Optimization, Luminescence, Solar and wind energy auditing, Hybrid, Renewable energy