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100			_aDawach, Saeed Ahmed _aSupervisor Dr Noor Muhammad Memon
245			_aLoad Management To Over Come Energy Crisis In H.E.S.CO (ME Thesis)
260			_aNawabshsh: _bQUEST, _c2012.
300			_a66
500			_aABSTRACT Now days our country is facing the Worst energy crisis in power sector due to insufficient power generation and sharp increase in demand. This condition is badly affecting the economy Of the country. In the wake Of energy crisis in the country, all viable options (which can reduce the severity) must be given a chance. In the form of demand side management (DSM) programs, utilities have a solution which tough can do no miracle but at least we can soften the impact of crisis in shortest span of time, giving our energy experts latitude to come up and implement long term plans. In fact the alarming scenario of the power crisis can be testified from the increasing gap in demand and supply, which is continuously reaching a new stratum each year. In this thesis we present the efficient techniques for reducing technical losses for saving the energy at grid station and load management techniques at distribution feeders. For this purpose we have chosen 132 kV Grid station Society, Nawabshah for improving the power factor by installing capacitor banks and load management at consumer side Of one feeder and street lights Of Nawabshah city. For the load management at consumer side first we survey the consumers of different categories of Society feeder, Nawabshah. Then we suggest the efficient device for the replacement old devices of high rated power and extra tips were also suggested By applying these techniques at consumer side more than 3000 MW of power may be saved in Pakistan. Secondly for load management at consumer side we also select the Street light of Nawabshah city. For this purpose we suggest the replacement of high rated power street lights of city Nawabshah by efficient LED shades and energy savers for saving the energy. Due this energy conservation technique at street lights of Pakistan more than 100 MW of power can saved. This development is the need of today's rising technology. If appropriately executed, these techniques could profit both consumers and the utility because it will help HESCO as well other distribution companies to predict the daily variation, seasonal variation and peak hours variation in the load flow and also promote their load management system in such a way that maximum efficiency is achieved at little running cost.
700			_aDepartment of Electrical Engineering
700			_aSupervisor Prof Dr Noor Muhammad Memon
856			_uhttp://tinyurl.com/46pn9ync
942			_cTHESIS