The principal objective of this program was to determine the design parameters required for transformers of the year 2000. The approach to meeting this objective was to determine the changes which may occur in transmission and distribution systems over the next twenty years, and how these changes might affect design parameters of distribution and power transformers. Emphasis was placed on domestic requirements, although the impact of international practices was factored into the overall requirements for transformers. Possible investigations that could help transformer designers meet the long term technical requirements of future transformers were also identified. The principal conclusions of this study were: 1200 kV transmission could be in...
An overview of the research and developments into new transformer design, undertaken in the Departme...
In the paper design improvements of distribution transformers related to improved energy efficiency ...
The energy efficiency of low voltage, dry type, distribution transformers is influenced primarily by...
Recent catastrophic blackouts have exposed major vulnerabilities in the existing generation, transmi...
This report contains information for US DOE to use in making a determination on proposing energy con...
As break downs of production transformers are costly and often result in long outages it is essentia...
The power transformers market is predictable in terms of the demand. The question which remains is h...
Permissible maximum no-load and load losses of distribution transformers are given in EN50588-1 regu...
It is estimated that electric utilities use about 40 million distribution transformers in supplying ...
To determine maximum demand currently and most widely used method in Australia is to simply follow A...
Electrical power systems utilise several voltage levels using power transformers to transfer voltage...
Conventional power transformers are very simple and reliable components which play a central role in...
Many energy audits in Sri Lanka have identified the installed presence of oversized transformers an...
Due to the wide use of transformers, their specification is very important. Transformer specificatio...
Power transformers are key components in electric power distribution and transmission systems, and i...
An overview of the research and developments into new transformer design, undertaken in the Departme...
In the paper design improvements of distribution transformers related to improved energy efficiency ...
The energy efficiency of low voltage, dry type, distribution transformers is influenced primarily by...
Recent catastrophic blackouts have exposed major vulnerabilities in the existing generation, transmi...
This report contains information for US DOE to use in making a determination on proposing energy con...
As break downs of production transformers are costly and often result in long outages it is essentia...
The power transformers market is predictable in terms of the demand. The question which remains is h...
Permissible maximum no-load and load losses of distribution transformers are given in EN50588-1 regu...
It is estimated that electric utilities use about 40 million distribution transformers in supplying ...
To determine maximum demand currently and most widely used method in Australia is to simply follow A...
Electrical power systems utilise several voltage levels using power transformers to transfer voltage...
Conventional power transformers are very simple and reliable components which play a central role in...
Many energy audits in Sri Lanka have identified the installed presence of oversized transformers an...
Due to the wide use of transformers, their specification is very important. Transformer specificatio...
Power transformers are key components in electric power distribution and transmission systems, and i...
An overview of the research and developments into new transformer design, undertaken in the Departme...
In the paper design improvements of distribution transformers related to improved energy efficiency ...
The energy efficiency of low voltage, dry type, distribution transformers is influenced primarily by...