In this article, we will consider the benefits of transformer digitalisation, which requires yielding actionable information within a reasonable turn-around time of the digital twin. The simulation turn-around time, that is, the time needed to set-up, run, and post-process the results, is important in both design exploration during development and in forecasting scenarios during operation. A pole-mounted, 100-kVA distribution transformer is used to show how simulations can be used to generate reduced-order FEA based models for predicting transformer loss (core, winding, and stray), dielectric, and temperature hotspots
Dear readers, The expansion of renewable power generation capacity will drive the growth prospects f...
Nowadays power transformers need to optimise their efficiency to ensure that a minimum amount of los...
Recent catastrophic blackouts have exposed major vulnerabilities in the existing generation, transmi...
In this article, we will consider the benefits of transformer digitalisation, which requires yieldin...
This article presents the benefits and development process of transformer digital twin applications ...
Transformer digitalization is a critical aspect of the development of a smart grid. Siemens Energy h...
The era of digitalization brings new challenges and new paradigms since transformer users and manufa...
Digitalization - the subtle yet powerful force with a significant impact on the power transformer in...
A digital transformer is the centrepiece of a smart grid that gives agility to the business model of...
The article describes the experience of practical realisation of digital twin technology for voltage...
Monitoring for distribution transformers is still not widely accepted, the common notion being that ...
The energy transition will significantly impact distribution transformers as they will have to deal ...
In an era characterized by energy transition, sustainability, and digitalization, the world is exper...
Transformer manufacturers have a tough job competing globally, as it is a traditional, highly legacy...
This article discusses transformer temperature monitoring where a strategy of reduction in maintenan...
Dear readers, The expansion of renewable power generation capacity will drive the growth prospects f...
Nowadays power transformers need to optimise their efficiency to ensure that a minimum amount of los...
Recent catastrophic blackouts have exposed major vulnerabilities in the existing generation, transmi...
In this article, we will consider the benefits of transformer digitalisation, which requires yieldin...
This article presents the benefits and development process of transformer digital twin applications ...
Transformer digitalization is a critical aspect of the development of a smart grid. Siemens Energy h...
The era of digitalization brings new challenges and new paradigms since transformer users and manufa...
Digitalization - the subtle yet powerful force with a significant impact on the power transformer in...
A digital transformer is the centrepiece of a smart grid that gives agility to the business model of...
The article describes the experience of practical realisation of digital twin technology for voltage...
Monitoring for distribution transformers is still not widely accepted, the common notion being that ...
The energy transition will significantly impact distribution transformers as they will have to deal ...
In an era characterized by energy transition, sustainability, and digitalization, the world is exper...
Transformer manufacturers have a tough job competing globally, as it is a traditional, highly legacy...
This article discusses transformer temperature monitoring where a strategy of reduction in maintenan...
Dear readers, The expansion of renewable power generation capacity will drive the growth prospects f...
Nowadays power transformers need to optimise their efficiency to ensure that a minimum amount of los...
Recent catastrophic blackouts have exposed major vulnerabilities in the existing generation, transmi...
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