Andere Kunden interessierten sich auch für
![An Optimal Power Loss Reduction by Using Shunt Capacitor]( "An Optimal Power Loss Reduction by Using Shunt Capacitor")
An Optimal Power Loss Reduction by Using Shunt Capacitor40,99 €![Power Quality]( "Power Quality")
Power Quality110,99 €![Power plant design with two concentrated solar thermal power sources]( "Power plant design with two concentrated solar thermal power sources")
Power plant design with two concentrated solar thermal power sources40,99 €![Optimal Active and Reactive Power Dispatch for Power System using AI]( "Optimal Active and Reactive Power Dispatch for Power System using AI")
Optimal Active and Reactive Power Dispatch for Power System using AI29,99 €![Magnetically-Controlled Shunt Reactors]( "Magnetically-Controlled Shunt Reactors")
Magnetically-Controlled Shunt Reactors103,99 €![Hybridisation of Concentrating Solar Power Plants]( "Hybridisation of Concentrating Solar Power Plants")
Hybridisation of Concentrating Solar Power Plants19,99 €![Types of cooling technique of PV panel]( "Types of cooling technique of PV panel")
Types of cooling technique of PV panel26,99 €
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. Technologies Used: MATLAB, Micro Controller, KIEL.