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Please use this identifier to cite or link to this item: http://dspace.unimap.edu.my:80/dspace/handle/123456789/2196

Title: Comparison on losses and flux distribution between two of 3 phase distribution transformer core 3000 kVA assembled with different angle of T-Joint
Authors: Ismail, Daut
Dina Maizana, Maiz Ahmad
Shuhaimi, Zakaria
Soib, Taib
Keywords: Transformer core;Flux distribution;Power loss;Transformers;T-joint;Iron loss;Heat -- Transmission;Electric transformers
Issue Date: 15-Nov-2007
Publisher: Malaysia - Japan University Center (MJUC)
Series/Report no.: Malaysia - Japan International Symposium on Advanced Technology 2007 (MJISAT 2007)
Abstract: Thia paper describes the results of an investigation on the effect of the use of different angle of T-Joint in two models of 3 phase distribution transformer with capacity of 3000 kVA. The first model uses 3 phase distribution transformer core assembled with T-joint cutting which has the angle of 60° and 45°. The second model uses 3 phases distribution transformer core which is also assembled with T-joint cutting but has the angle of 45°. This investigation involves variation of power loss, building factor, third harmonic and flux leakage ny using no-load test. In performing this investigation power loss and flux distribution are measured applying power analyzer in the two types of transformer which have the same size and use M5 grade (CGO) material. The result of this investigation shows that the loss of the transformer core in the first model is 8% better than the loss of transfirmer core in the second model at 1.7T, 50 Hz. The factor that differentiates the performance of transformer core is clearly described by the flux penetration into the central limb of the transformer core. It is also obvious that the flux leakages measured at the T-joint and the third harmonic flux in the transformer core of the second model is larger than the flux leakage measured at the T-joint and the third harmonic flux in the transformer core of the first model. From this investigation we can conclude that the first model of the transformer core is more efficient than the second model of transformer core.
Description: Organized by Malaysia - Japan University Center (MJUC), 12th - 15th November 2007 at Kuala Lumpur, Malaysia.
URI: http://hdl.handle.net/123456789/2196
Appears in Collections:Conference Papers
Ismail Daut, Prof. Dr.

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