2003Unpublished venueRequires access

Considerations in applying power bus protection schemes to industrial and IPP systems

R.M. Rifitat

Open publisher page 4 citations

Abstract

Increases in fault current levels and in-plant generation installations have necessitated further discussions on bus protection. This paper involves such discussions and deliberates the need for bus protection in medium voltage systems. It discusses considerations for the applications of relay schemes and current transformers to present day busbar protection. The importance of examining current transformer saturation is presented. Current transformers transient cases are introduced where computer simulation of the protection system is encouraged. The overall bus protection concept is presented from the perspectives of industrial and independent power producers (IPP) system engineers. Actual cases for bus faults and bus protection schemes are given.

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What this paper is about

Increases in fault current levels and in-plant generation installations have necessitated further discussions on bus protection. This paper involves such discussions and deliberates the need for bus protection in medium voltage systems. It discusses considerations for the applications of relay schemes and current transformers to present day busbar protection. The importance of examining current transformer saturation is presented. Current transformers transient cases are introduced where computer simulation of the protection system is encouraged. The overall bus protection concept is presented from the perspectives of industrial and independent power producers (IPP) system engineers. Actual cases for bus faults and bus protection schemes are given.

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Available abstract

Increases in fault current levels and in-plant generation installations have necessitated further discussions on bus protection. This paper involves such discussions and deliberates the need for bus protection in medium voltage systems. It discusses considerations for the applications of relay schemes and current transformers to present day busbar protection. The importance of examining current transformer saturation is presented. Current transformers transient cases are introduced where computer simulation of the protection system is encouraged. The overall bus protection concept is presented from the perspectives of industrial and independent power producers (IPP) system engineers. Actual cases for bus faults and bus protection schemes are given.

Key concepts: Busbar, Current transformer, Relay, Transformer, Electric power system, Power-system protection, Protective relay, Reliability engineering

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