Automatic Power Factor Corrector Using Capacitive Load Bank Project Report

This Automatic Power Factor Corrector Using Capacitive Load Bank Project Report represents a constant load power factor correction without manual capacitive bank. A PFC controller provides power factor correction and peak-current limit for any converter topology switching power supplies (buck, boost or buck-boost), without directly sense the coil current.

Automated Power Factor Corrector with a capacitive load banks is helpful in providing power factor correction without manual capacitive load bank. Previously, the power factor correction was done manually by adjusting the capacitive bank. Now this automated project helps us to reduce the staff and thus helping to take the time to the power factor to increase the efficiency of the right help.

The report discussed about some of the important issues in different chapters like:

Chapter 2:  This chapter discussed about the Embedded Systems.

Chapter 3:  In this 3rd chapter functions have been discussed in detail about Micro controllers .

Chapter 4:   This chapter discussed about Programming the Flash.

Chapter 5:  This chapter discussed about Automatic Power factor Controller.

Chapter 6:   This chapter discussed about the Component Specifications.

Chapter 7:  This chapter discussed about the Load Banks.

Chapter 8: Conclusion and future scope utilities have been mentioned in this final chapter        proceeded with required references.

Automatic Power Factor Corrector Using Capacitive Load Bank Project Report Conclusion:

By observing all aspects of the power factor it is clear that power factor is the most significant part for the utility Company as well as for the consumer. Utility company rid of from the power losses while the consumer free from low power factor penalty charges. The automotive power factor correction using capacitive load banks is very efficient as it reduces the cost by decreasing the power drawn from the supply and as it operates automatically men are not required to operate this ,so this Automated Power factor Correction using capacitive load banks must be used for the industries purpose in the future.

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