A novel compensator for unbalanced three phase distribution feeders

The reactive current detection methods in reactive power compensation device based on instantaneous reactive power theory were discussed in the paper. By analyzing the quality of various kinds of harmonious and reactive current detection methods in power system, and according to different compensation requirement, two reactive current detection methods ip-iq method and Hilbert method were adopted. Then it gives simulations on these two models to analyze their comprehensive performance of both stable state and dynamic state. Finally, gives a verification under a IC hardware platform.The result shows that these two methods can well inspected the three-phase reactive current, and then to complete the system compensation.

show abstract

A novel compensator for unbalanced three phase distribution feeders

Cited by 3 publications

References 7 publications

PV Based Distributed Generation with Compensation Feature Under Unbalanced and Non-linear Load Conditions for a 3-ϕ, 4 Wire System

PV Based Distributed Generation with Compensation Feature Under Unbalanced and Non-linear Load Conditions for a 3-ϕ, 4 Wire System

New concepts of dynamic voltage restoration for three-phase distribution systems

An Applied Research on Reactive Current Detection Methods Based on Instantaneous Reactive Power Theory

Contact Info

Product

Resources

About

A novel compensator for unbalanced three phase distribution feeders

Cited by 3 publications

References 7 publications

PV Based Distributed Generation with Compensation Feature Under Unbalanced and Non-linear Load Conditions for a 3-&#x003D5;, 4 Wire System

PV Based Distributed Generation with Compensation Feature Under Unbalanced and Non-linear Load Conditions for a 3-&#x003D5;, 4 Wire System

New concepts of dynamic voltage restoration for three-phase distribution systems

An Applied Research on Reactive Current Detection Methods Based on Instantaneous Reactive Power Theory

Contact Info

Product

Resources

About

PV Based Distributed Generation with Compensation Feature Under Unbalanced and Non-linear Load Conditions for a 3-ϕ, 4 Wire System

PV Based Distributed Generation with Compensation Feature Under Unbalanced and Non-linear Load Conditions for a 3-ϕ, 4 Wire System