Efficient Wind Energy Generation and Energy Storage for SMS Based E-Voting System

Prof. Jitendra M. Bakliwal, Harshal M. Pawar, Mahesh S. Khatavkar, Sopnil U. Shinde

Abstract: Wind energy is the most widely used and low cost energy source amongst all renewable sources. Wind energy is the form of solar energy formed due to uneven distribution of the heat by the Sun in the atmosphere. Due to different air temperatures at different places, wind airflows are created. Wind power can successfully reduce carbon emissions because we are not using coal, nuclear plants and natural gases. The purpose of this work is to reduce the power deficit, turning to the renewable power sources as a primary source and conventional electricity as a secondary source. As well as using this supply, application of mobile EVM (Electronic Voting Machine) will be executed. We are introducing mobile EVM. Voting will be done via Mobile. One has to send UID (Unique Identification Number) and password which is assigned to each individual by election commission. This system is tampered proof. This work ensures belief in democracy and also helps to balance ecosystem.

Keywords: accelerometer sensor, SMS based e-voting system, switching circuit, windmill model