부산대학교 도서관

Vaccination is such simple, secure, and effective method of protecting oneself from germs while individuals invade. It strengthens the immune system by implementing the immunity of the body. Vaccines interact with the body's natural defence system to produce protection, lowering the threat of contracting a complaint. The vulnerable system reacts to a vaccination. It recognises the overrunning origin, much like the contagion or bacteria that produces antibodies. Antibodies are proteins produced naturally by the vulnerable system to fight disease. However, the vulnerable system can snappily destroy it before the disease infects it badly. The proposed system will provide protection for the vaccines that we need to carry to the rural areas where there is no power availability during transport [1] [2]. Here we have enhanced the system with two different types of renewable power modes. It will generate electricity to preserve the temperature of the vaccines which are kept inside the vaccine box. There are two different types of methods which utilise solar PV and micro wind turbines to generate power because these two are the natural resources which will generate power in any given circumstance. Solar PV will generate electricity through solar energy during the day time [3]. While we are moving from one place to another, we can also generate electricity via a portable wind turbine. This wind turbine is enhanced with portability, which makes the power system able to generate power while we are travelling from one place to another, whatever the mode of transport might be. It is also used to convert air that is wind energy into its equivalent electrical energy.