An Approach Towards Enhancement of Operational  Reliability of a Low Cost Automation Device Energised by  Human Powered Flywheel Motor by Designing a Linear  Electronic Circuit Based Controller

Mrs. Punam U. Chati; J. P. Modak; S. K. Shriwastava

Volume : III, Issue : III, March - 2013

An Approach Towards Enhancement of Operational Reliability of a Low Cost Automation Device Energised by Human Powered Flywheel Motor by Designing a Linear Electronic Circuit Based Controller

Mrs. Punam U. Chati, J. P. Modak, S. K. Shriwastava

Abstract :

For the benefit of the third world people and to run a post carbon society with all comforts of modern life, pedal powered technology has to be adopted. Based on this theme ,the bicycle can be used to generate power for many rural based low cost manufacturing process machines, which is called as HPFM (Human Powered Flywheel motor).These are basically developed by Modak and his associates. In the present research a Linear Electronic Circuit Based controller has been developed for one of the models of a phenomenon. The same phenomenon can be modeled and controlled in different ways. Depending upon the operational reliability of these models one can design a Linear Electronic Circuit Based Controller which would reduce the loss of production to an entrepreneur operating a small capacity factory.