NONLINEAR STATIC SYNCHRONOUS COMPENSATOR CONTROLLER DESIGN FOR IMPROVING TRANSIENT STABILITY OF POWER SYSTEM

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SAMIMIAN TEHRANI SHERVIN; SALMANPOUR BANDAGHIRI PEYMAN; KAMANDI MOHAMMAD; ABBASI ROCKY FARZAD

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Seminar Paper

Paper Information

Seminar: CONFERENCE ON RECENT RESEARCH IN SCIENCE AND TECHNOLOGY
Year:2016 | Issue:7

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Title

NONLINEAR STATIC SYNCHRONOUS COMPENSATOR CONTROLLER DESIGN FOR IMPROVING TRANSIENT STABILITY OF POWER SYSTEM

Author(s)

SAMIMIAN TEHRANI SHERVIN | SALMANPOUR BANDAGHIRI PEYMAN | KAMANDI MOHAMMAD | ABBASI ROCKY FARZAD

Keywords

STATIC SYNCHRONOUS COMPENSATOR

IMPROVING TRANSIENT STABILITY OF POWER SYSTEM

EULER-LAGRANGE SYSTEM

REACTIVE POWER COMPENSATION

Abstract

MATHEMATICALLY, THE STATIC SYNCHRONOUS COMPENSATOR CAN BE REPRESENTED BY EULER-LAGRANGE (EL) SYSTEM CORRESPONDING TO A SET OF EL PARAMETERS. THEREFORE, A STATIC SYNCHRONOUS COMPENSATOR CONTROLLER BASED ON PASSIVITY CONSIDERATION IS OBTAINED WITH A FEEDBACK CONTROL LAW FROM LINEAR SYSTEM MODELS. SIMULATION RESULTS SHOW THAT THE PROPOSED STATIC SYNCHRONOUS COMPENSATOR CONTROLLER CAN EFFECTIVELY ENHANCE TRANSIENT STABILITY OF THE POWER SYSTEM EVEN IN THE PRESENCE OF LARGE OPERATION POINT VARIATIONS. IT IS USED PSCAD/EMTDC SOFTWARE FOR RESEARCH AND SIMULATION.

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APA: Copy

SAMIMIAN TEHRANI, SHERVIN, SALMANPOUR BANDAGHIRI, PEYMAN, KAMANDI, MOHAMMAD, & ABBASI ROCKY, FARZAD. (2016). NONLINEAR STATIC SYNCHRONOUS COMPENSATOR CONTROLLER DESIGN FOR IMPROVING TRANSIENT STABILITY OF POWER SYSTEM. CONFERENCE ON RECENT RESEARCH IN SCIENCE AND TECHNOLOGY. SID. https://sid.ir/paper/919666/en

Vancouver: Copy

SAMIMIAN TEHRANI SHERVIN, SALMANPOUR BANDAGHIRI PEYMAN, KAMANDI MOHAMMAD, ABBASI ROCKY FARZAD. NONLINEAR STATIC SYNCHRONOUS COMPENSATOR CONTROLLER DESIGN FOR IMPROVING TRANSIENT STABILITY OF POWER SYSTEM. 2016. Available from: https://sid.ir/paper/919666/en

IEEE: Copy

SHERVIN SAMIMIAN TEHRANI, PEYMAN SALMANPOUR BANDAGHIRI, MOHAMMAD KAMANDI, and FARZAD ABBASI ROCKY, “NONLINEAR STATIC SYNCHRONOUS COMPENSATOR CONTROLLER DESIGN FOR IMPROVING TRANSIENT STABILITY OF POWER SYSTEM,” presented at the CONFERENCE ON RECENT RESEARCH IN SCIENCE AND TECHNOLOGY. 2016, [Online]. Available: https://sid.ir/paper/919666/en

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