STUDY OF POWER GENERATION IN BANGLADESH

Abstract

Accessibility of electric power has been the most amazing vehicle for encouraging monetary, mechanical and social advancements of any country. Electric power is transmitted by methods for transmission lines which convey mass power from creating stations to stack focuses and buyers. Accordingly, it is basic to check the execution of intensity transmission organize. This exploration endeavors to build up the structure and characterize parameters, which can be utilized to assess the operational (budgetary and specialized) execution of Bangladesh control transmission framework. A lot of execution markers are chosen and used to assess the execution of the Power Grid Company of Bangladesh (PGCB). The chose key execution parameter involves framework accessibility pointers (Transmission line and transformer accessibility, framework normal recurrence of blackouts of transmission line and transformer), transmission framework control quality markers (transmission misfortunes, voltage and recurrence deviation record), supply security pointers (vitality not provided, framework minutes lost), transmission framework resource usage markers (limit factor, transmission transformer use factor), monetary pointers (Current proportion, intrigue and obligation benefit inclusion proportion and so forth.), business markers (money due days, income development rate, awful obligations and so forth.), support cost related pointers and social effect pointers. All these KPI's have explicit standard conditions to quantify their esteem. This proposal likewise assesses the chose key execution pointers (KPIs) amid last three monetary years (2013-2014 to 2015-2016) of Bangladesh Power Transmission Grid. The acquired outcomes are dissected and clarified as far as KPIs. By examining these outcomes an organization can screen the pattern of various KPIs, take vital activities, plan for future extension, set focuses for forthcoming years and correlation can be made with universal benchmarks. Eventually which will enhance the transmission framework execution.