The main objective of this project is to make the total input current drawn from the three phase ac main as sinusoidal, by compensating reactive power and low order harmonics generated by the three phase non-linear loads. The synchronous d-q-o reference frame algorithm is also been implemented to recognize and extract harmonic distortions. The outcome will be Total Harmonic Distortion free supply mains. such that the input current will be compensated.The filter is used to counter the effects of harmonics on three-phase power distribution systems and thus improve the system power quality....
The main objective of this project is to make the total input current drawn from the three phase ac main as sinusoidal, by compensating reactive power...
A novel isolated zero-voltage-transition boost converter with coupled inductors is proposed in this project to satisfy the high power, high step-up and isolated requirements. In the proposed converter, the input-parallel configuration is adopted to share the large input current and to reduce the conduction losses, while the output-series structure is employed to double the output voltage gain. Consequently, a transformer with a low turns ratio can be applied, which makes the transformer design and optimize easily. Moreover, the active clamp circuits are employed to reduce the switch voltage...
A novel isolated zero-voltage-transition boost converter with coupled inductors is proposed in this project to satisfy the high power, high step-up an...
This project proposes operating performance of a switched capacitor based resonant converter (SCRC) using a phase-shift control method. The proposed phase shift control realizes zero voltage switching operation, and thus achieves a high conversion efficiency. A theoretical analysis shows that the SCRC can reduce its inductor volume compared with a conventional buck converter when the output voltage range is within 19%-81% of its input voltage. Experimental results verify the operating characteristics of the proposed method and show the improved conversion efficiency of more than 99%.
This project proposes operating performance of a switched capacitor based resonant converter (SCRC) using a phase-shift control method. The proposed p...
The wind power is a popular form of energy generation, the construction of wind farms and small wind electric generators are not universally welcomed because of the power quality issues due to which the converted energy could not be used more effectively. The frequency mismatch is one of the major crisis under the power quality issues when the renewable energy system is connected to the grid. Therefore the main objective of this project is to equalize the number of cycles per second in the grid as well as number of cycles per second in the inverter under different load conditions at various...
The wind power is a popular form of energy generation, the construction of wind farms and small wind electric generators are not universally welcomed ...
Four modified versions of particle swarm optimizer (PSO) have been applied to the economic power dispatch with valve-point effects. In order to obtain the optimal solution, traditional PSO search a new position around the current position. The proposed strategies which explore the vicinity of particle's best position found so as far leads to a better result. In addition, to deal with the equality constraint of the economic dispatch problems, a simple mechanism is also devised that the difference of the demanded load and total generating power is evenly shared among units except the one...
Four modified versions of particle swarm optimizer (PSO) have been applied to the economic power dispatch with valve-point effects. In order to obtain...
This project deals with real time DC motor speed control, using the new generation TMS320LF2407A digital signal processor. A PID controller is designed using MATLAB for the desired controller characteristics. The controller coefficients are then discretized and included in an assembly language or C program that implements the PID controller. Code composer studio is used to load and run the PID controller program to achieve real time control. Input to the DSP processor is given from potentiometer through ADC. Duty cycle is given as input to the controller which is used to calculate control...
This project deals with real time DC motor speed control, using the new generation TMS320LF2407A digital signal processor. A PID controller is designe...