Fuel monitoring and cost optimization in cellular networks (FMCO)
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Date
2013
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Publisher
University of Management and Technology
Abstract
This project is about to design such a system which is based Fuel Monitoring System. As we know that fuel corruption is the main problem for all the telecom operators as much of the time the load shading is occurring and they are force to run their equipment on generator, which is very costly, and mostly they also suffer from fuel corruption b/c fuel is not used completely by the company and the operator they have hired for site use it for personal purpose instead of putting it into the generator due to which company pays a lot of funds for the fuel. This project provides the facility to telecom operators to use the fuel usefully. Another problem to the telecom operators is that they don't have any information whether the generator is loaded/unloaded and which time the WAPDA power has been disconnected and which time the generator power is supplied to the equipment which is the critical case b/c if a person switched on the generator and there is no power outage, then the generator is unloaded which fuel consumption is less than the normal loaded condition, and they show that they have switched on the generator but company have no information about the generator loaded/unloaded condition, so, our project also provide this facility to the telecom operators and other main organizations, Universities, Schools, Colleges etc. who has generator provided on different sites, sub-branched, campuses and the fuel is provided by the main branch or if the main branch want to have the record of all the branched then this project is very useful for the company. Another problem the companies is that mostly their sites down due to power shortage and they have no information of fuel level in order to provide on time fuel delivery, this project also tells the companies the fuel level of the generator tank.
The main components of this project are: microcontroller, GSM, Sensors, LCD Display, Database and GUI, Power supply, Load.
Description
Keywords
FMCO, BSc Thesis