Comparison of Genetic Multiobjective Designs of 3D-Wound Core vs Core Type Transformers

عنوان به زبان ديگر

پديدآورندگان

Moradnouri Ahmad نويسنده Sharif University of Technology - Center of Excellence in Power System Management and Control - Electrical Engineering Department , Vakilian Mehdi نويسنده Sharif University of Technology - Center of Excellence in Power System Management and Control - Electrical Engineering Department , Nasiri-Gheidari Zahra نويسنده Sharif University of Technology - Center of Excellence in Power System Management and Control - Electrical Engineering Department

تعداد صفحه

6

كليدواژه

Core Type Transformer , Transformer Short Circuit Electromagnetic Forces , genetic algorithm , Transformer Total Owning Cost , 3D-Wound Core Transforme , Multiobjective design

سال انتشار

1395

عنوان كنفرانس

اولين كنفرانس بين المللي دستاوردهاي نوين پژوهشي در مهندسي برق و كامپيوتر

زبان مدرك

فارسی

چكيده لاتين

In this paper different analytical methods for short circuit force calculation in transformers are presented. Multiobjective design of 3D-wound core and core type transformers using genetic algorithm carried out to reduce transformer mechanical failure rate and transformer total owning cost simultaneously. Resulted pareto-fronts of multiobjective design reveal that with equal total owning cost, 3D-wound cores have significantly lower short circuit forces and stresses. On the other hand, under equal short circuit forces and stresses, a 3D-wound core transformer of the same rating preserves a lower total owning cost.

شماره مدرك كنفرانس

4240260

سال انتشار

1395

از صفحه

1

تا صفحه

6

سال انتشار

1395