Abstract:
Various chaptevs W11-ch are enough to explain ,and anaLyse the heading of the, dissertation,
CHAPTER gives the idea about why reactive power
measurerrent is necessary for rtoninusoidal supply system.
CHAPTER (2) includes the lUterature review upto date, which is santiàit Ly needed in the whole work of dissertation.
CHAPTER (3) presents the various sources of nonsinu-soidal supply and hax'mcnic analysis and their suppression in nonsinusoidal supply.
CHAPTER (4) includes differont techniques define
reactive power and measurement of reactive power for non4w, sinusoidal supply system. Also how power factor tan be Improved in each technique is described in this chapter* This chapter gives the complete reactive power analysis for nonsinusoidal supply system.
CHAPTER () has the Illustration of both techniques by taking two numerical oxempleso Which technique Is preferred mostly in relation with compensation of reactive power components and power factor improvements also
discussed,:
CHAPTER (6) gives the conclusion that one technique (i.e. current Subdivision Technique) Is useful than other
technique in with complexity of the equations.,
instrumentation, accuracy of the different-instrument t in
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meter, and readiness of compensation of reactive power
components by the Operator,
