With the fast-paced changing technologies in the power industry, new references
addressing new technologies are coming to the market. Based on this fact, there is an urgent …

Transformer design is a complex task in which engineers have to ensure that compatibility
with the imposed specifications is met, while keeping manufacturing costs low. Moreover …

Transformer design is a challenging engineering task, where the different physical fields
have to be harmonized together to fulfill the implied specifications. Due to the difficulty of this …

The use of a horizontal arrangement of wall shunts is proposed in this paper as a cost-
effective way to reduce the stray losses in power transformers. This paper compares the …

In this paper, shapes of cooling ducts in dry-type transformers are optimized using
computational fluid dynamics (CFD) and the Genetic Algorithm (GA). The GA is used to …

An optimal mutual configuration of coils and cooling ducts for the effective cooling of a dry-
type transformer is presented in this paper based on the method developed by the author. In …

The aim of the transformer design optimization is to define the dimensions of all the parts of
the transformer, based on the given specification, using available materials economically in …

The complexity of transformer design demands reliable and rigorous solution methods. With
the fast-paced changing technologies in the power industry, new references addressing new …

In this paper, an integrated, three-dimensional, finite element package for the analysis and
design of power transformers is developed, requiring no prior user experience in numerical …

Bridge arm reactor is widely used in voltage sourced converter based HVDC transmission
projects, whose temperature distribution is the critical factor determining its operating life …