This course author and presenter – Mario Salano – is experienced in technical design of electrical machines and power electronics, as well as in project management in the same areas. As the majority of other courses at the Transformers Academy, this one too is going to be conducted via three levels: basic, intermediate and master’s.
Its target audience are mostly professionals in the areas of transformer distribution, electrical utilities, students of secondary technical schools, university students looking for specialisations, electrical machines graduates, inspector and supervisors in testing.
To see the entire syllabus, check the course brochure. Then you can choose the level which suits your needs best.
Basic level
In this e-lesson you will learn the fundamental concepts related to the induction phenomenon with a simple analytical approximation of the inductance of two close cylindrical wires
Basic level
This is the second e-lesson on the basic level of the Design of Distribution Transformers course
Basic level
This is the third lesson in the Design of Distribution Transformers course and the first one on the Intermediate level.
Basic level
This is the fourth lesson in the Design of Distribution Transformers course and the second one on the Intermediate level.
Intermediate level
This lesson covers the fundamental principles of transformer design, focusing on the electromagnetic aspects. The presenter, Mario Solano, explains that transformer design involves balancing various requirements and constraints, including power, voltage, losses, temperature, insulation, and short-circuit performance. The key principle is Faraday's law of electromagnetic induction, which states that the induced voltage is proportional to […]
Intermediate level
Electromagnetic design of line frequency oil-filled distribution transformers with primary medium voltage
Intermediate level
This lesson is the thematic sequel of the lesson #5 held also on the Intermediate level.
Intermediate level
This is the seventh lesson in the Design of distribution transformers course, conducted on the Intermediate level.
Intermediate level
Special emphasis will be placed on the possible consequences of the green approach.
Intermediate level
The lesson #9 is also the seventh lesson conducted on the Intermediate level. This time the author, Mr. Mario Salano, will discuss short circuit design.
Intermediate level
The lesson #10 is also the eighth lesson conducted on the Intermediate level. This time the author, Mr. Mario Salano, will discuss transient and risk analysis.
Intermediate level
This lesson covers the fundamental principles of transformer design, focusing on the electromagnetic aspects. The presenter, Mario Solano, explains that transformer design involves balancing various requirements and constraints, including power, voltage, losses, temperature, insulation, and short-circuit performance. The key principle is Faraday's law of electromagnetic induction, which states that the induced voltage is proportional to […]
Intermediate level
This lesson covers the fundamental principles of transformer design, focusing on the electromagnetic aspects. The presenter, Mario Solano, explains that transformer design involves balancing various requirements and constraints, including power, voltage, losses, temperature, insulation, and short-circuit performance. The key principle is Faraday's law of electromagnetic induction, which states that the induced voltage is proportional to […]
Master’s level
This lesson covers the fundamental principles of transformer design, focusing on the electromagnetic aspects. The presenter, Mario Solano, explains that transformer design involves balancing various requirements and constraints, including power, voltage, losses, temperature, insulation, and short-circuit performance. The key principle is Faraday's law of electromagnetic induction, which states that the induced voltage is proportional to […]
Master’s level
This lesson covers the fundamental principles of transformer design, focusing on the electromagnetic aspects. The presenter, Mario Solano, explains that transformer design involves balancing various requirements and constraints, including power, voltage, losses, temperature, insulation, and short-circuit performance. The key principle is Faraday's law of electromagnetic induction, which states that the induced voltage is proportional to […]
Master’s level
This lesson covers the fundamental principles of transformer design, focusing on the electromagnetic aspects. The presenter, Mario Solano, explains that transformer design involves balancing various requirements and constraints, including power, voltage, losses, temperature, insulation, and short-circuit performance. The key principle is Faraday's law of electromagnetic induction, which states that the induced voltage is proportional to […]
Master’s level
This lesson covers the fundamental principles of transformer design, focusing on the electromagnetic aspects. The presenter, Mario Solano, explains that transformer design involves balancing various requirements and constraints, including power, voltage, losses, temperature, insulation, and short-circuit performance. The key principle is Faraday's law of electromagnetic induction, which states that the induced voltage is proportional to […]
Master’s level
This lesson covers the fundamental principles of transformer design, focusing on the electromagnetic aspects. The presenter, Mario Solano, explains that transformer design involves balancing various requirements and constraints, including power, voltage, losses, temperature, insulation, and short-circuit performance. The key principle is Faraday's law of electromagnetic induction, which states that the induced voltage is proportional to […]
Master’s level
This is lesson number #18 in the Design of distribution transformers course, authored and hosted live by Mario Salano, on Master's level.
Master’s level
Lesson #19 in the Design of distribution transformers course, authored and hosted live by Mario Salano, is presented on Master's level.
Master’s level
Lesson #20 in the Design of distribution transformers course, authored and hosted by Mario Salano, on Master's level helps to deal with demanding requirements.
This is the 21th lesson in the Design of distribution transformers course. The course is authored and presented live by Mario Salano, and the lesson is hosted on the Master's level. Here you can save your seat.
Master’s level
In the final lesson of the Design of distribution transformers, course author Mario Salon talks about the future of transformers and transformer design.
