User talk:Smasram

Flywheel Based Battery Charger

This project, as name suggest is about fabrication of a battery charger that uses flywheel for the purpose.

In its simple construction the project model uses a flywheel made up of steel, MDF, iron etc. basically the flywheel is made using two and more component for durability and cost saving. This flywheel is made to run by human power, which is transmitted to the same using paddle, sprocket, chain and free wheel mechanism. The mechanical power from this flywheel is then transmitted to the electricity generator using transmission that multiplicities the speed of flywheel and then transmit it to the generator unit. The mechanical power from the flywheel thus gets converted into electric power that is there after stored in a secondary battery using a charging circuit that has various functionalities associated with it like wise overcharging protection, low discharge cut off, high voltage cut off, current back flow proofing etc. The whole assembly is put together in a space frame made up of iron. As far as possible the frame is made portable and easy to carry.

The capacity of the project can be varied from 1.5 volt battery charging to 12 volt battery charging. The size of the project work varies as that of capacity.

This project has very potential to considering commercial point of view. As load shedding is major on going issue in remote, rural as well as urban area. This device can perform well for agricultural as home use. In urban area this device can also perform the work of exercising machine as well as can also be used for back to electricity. Thus the device can play multiple roles in everyday life.

The project work can be made on full scale as well as scale down version, but in both cases the project is fully functional or working in nature.

ADVANTEGES AND DISADVANTEGES OF PROJECT

Advantages 1.	Pollution free energy 2.	Human power is converted in to electrical energy 3.	Excercising Device for human 4.	Green energy. 5.	Can be install any where

Disadvantages 1.	Cost per watt is high 2.	Comparatively lower output APPLICATION OF PROJECT

India is costly with high population and hence there is lot of man people Transmit so if the project is installed anywhere of mass transmit like 1. Gyms 2. Households 3. Private offices 4. Hospitals 5 . School and colleges By using this arrangement the people can generated lot of electrical energy Which can be stored and use to minimize load on main grid. Even if a part of energy demand its satisfy at loot of pollution can avoided. These the project is great use regarding Indian semario FUTURE SCOPE

Considering the output and eco-friendly nature of the flywheel based electricity generator putting the same into schools playground and housholds, hospitals and managing the recesses timing of various individuals will make the same electricity generator work for move long duration producing more and more electrical energy which further may be used locally i.e. by the installation site itself. Thus keeping in mind the practically and the eco-friendliness of the project work constructed it may be widely used in future