Fault Diagnosis and Prognosis Techniques for Transformer Windings

Meruyert Taukenova Project Progress 10% Abstract With the demand of agricultural sustainable development renewable energy systems are often applied to decrease the level of gas emission and to provide autonomous processing. Currently, the greenhouses are being improved through application of different power and heat techniques, and construction materials. The use of combination of different types…

The Wireless Power Transferring

Daniyar Sypatayev Project Progress 10% Abstract The wireless power transferring phenomenon now is divided into the two fields of the interest – stationary and dynamic. Compared to the stationary charging, the dynamic type is much less explored and, at the same time, is of the special interest since it potentially has more benefits. After considering…

Design and implementation of smart meters for semi-intelligent building

Project ProgressDevelopment 100% Project Supervisor: Mehdi Bagheri Ending date: May 2018 Location: Nazarbayev University, Astana, Republic of Kazakhstan Description: The project is targeted at the design and implementation of smart meters and its main objective is a smart meter prototype. Smart meters are the latest generation of digital meters that communicate energy usage information using a telecommunication…

Real-Time Transformer Winding Deformation Diagnosis

Project ProgressDevelopment 100% Project Supervisor: Mehdi Bagheri Ending date: May 2018 Location: Nazarbayev University, Astana, Republic of Kazakhstan Description: Today’s rapid increase of interest to the electricity market also leads to the improvement of charging technologies, mainly related to the charging of electric vehicles. The reason of this was caused by the movement for environmental protection, and…

Real-Time Transformer Winding Deformation Diagnosis

Project ProgressDevelopment 100% Project Supervisor: Mehdi Bagheri Ending date: May 2018 Location: Nazarbayev University, Astana, Republic of Kazakhstan Description: The majority of available commercial transformer diagnosis methods are being performed off-line once the transformer is out of service. Utility management and service operators have to disconnect their transformers from main feeders during the diagnostic test. However, transformer…

Design and Implementation of Vibro-analyser for Real-time Transformer Active Part Assessment

Project ProgressDevelopment 100% Project Supervisor: Mehdi Bagheri Ending date: May 2018 Location: Nazarbayev University, Astana, Republic of Kazakhstan Description: Unexpected faults are always jeopardizing distribution and power transformers as valuable assets in power network. Hence, various diagnosis techniques are utilized in order to prevent or at least detect transformer integrity after fault occurrence. The majority of diagnosis…