Use of fuzzy technique to optimally route control cables in the presence of interfering fields in transmission substations.

Subject Areas : Electronics Engineering

Hadith  Zare ¹ (Islamic Azad University, M.Sc. Student, Department of Telecommunication Electrical Engineering, Bushehr)
Faramarz  Faqihi ² (University of Research Sciences, Faculty Member, Department of Electrical Engineering, Tehran)
Fatemeh  Abbasian ³ (Islamic Azad University, M.Sc. Student, Department of Telecommunication Electrical Engineering)

Received: 2021-01-02 Accepted : 2021-01-02 Published : 2020-04-20

Keywords:

Abstract :

Electromagnetic compatibility and interference is the premise of any electrical and electronic device; Therefore, the modern design of electronic and telecommunication systems requires that these systems be compatible with the electromagnetic environment around them; And the design must be done in such a way that these disturbances inflict the least impact on the performance of the system. In transmission substations, equipment that passes high currents leads to the production of interfering and disturbing fields. Because control cables are sensitive equipment of transmission substations, they are affected by these interference fields. Satisfying the path of control cables in the event of unconventional fields is one of the points to consider in the posts. The strategy and type of analysis are such that the parameters of electromagnetic compatibility, price and voltage drop are reviewed as decision criteria for optimal routing.

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