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    E-lesson

    Solid state transformers course – e-lesson #2: Traditional 50/60 Hz transformers and distribution systems overcome

    Course: Basic level

    Hosted by: Mario Salano / Basic level

    Lesson #2 titled Traditional 50/60 Hz transformers and distribution systems overcome covers the following topics:

    • A solid-state transformer (SST) is an AC-to-AC converter, that replaces a conventional transformer used in AC electric power distribution. It is based on power electronics with an effective control and communication system.
    • Electric power quality (EPQ) is analysed in both traditional and distribution generations. EPQ is a set of electrical boundaries that allows all the equipment present in the power system to function in its intended manner without significant loss of performance or life expectancy.
    • Help of solid-state transformer to solve many system challenges even if the starting point is the competition with an already proven and developed technology which is the traditional transformer.

     


    Course Overview

    This course delves into the evolution of distribution transformers and how Solid-State Transformers (SST) are transforming electrical grids. It focuses on integrating distributed energy sources, improving grid efficiency, and managing bidirectional power flow. The course covers the technicalities of SST, their role in smart grids, and their ability to enhance power quality.

    What Makes This Course Unique

    The course provides a comprehensive look at how SSTs are replacing traditional transformers in modern grids. It explores their impact on power flow, grid management, and energy storage solutions, making it an essential resource for professionals in power electronics and renewable energy.

    Course Details

    The course is structured across three levels: Basic, Intermediate, and Master’s Level, with lessons that cover everything from the role of distributed energy to the practical challenges of implementing SST in smart grids.

    Key topics include:

    • Distributed energy sources and their integration with classic grids
    • The function and benefits of SST in managing power flow and mitigating disturbances
    • The evolution of power distribution and smart grids
    • Advanced features of SST in reducing system size and improving efficiency

    Who Should Take This Course

    This course is ideal for:

    • Students and technicians interested in renewable energy and smart grid technologies
    • Power electronics specialists looking to understand the potential of SST
    • Transformer manufacturers and industry professionals
    • Join us to explore how SST is at the heart of the next generation of electrical distribution.

    Subscribe to this course!

    If you are already a subscriber of the Transformers Academy or Transformers Magazine, please, Login with your credentials.

    The main topic of this session is the considerations of products that meet technical specifications overcoming business and social problems: concept applied to line frequency transformers.

    As the course author – Mr. Salano – likes to  put it: Technical specification is the mother of every design as it communicates the needs and requirements of the users in manageable technical data.

    Attend and learn more.

    Keywords: specification, requirements, design, data sheet, standards

    About the author

    Mario Salano

    The author, Mario Salano, is a former entrepreneur and designer of electrical transformers and electronic converters.

    His expertise in the field of power transformers comes from well-established engineering skills acquired in “Salano transformers”, a renowned Italian company that manufactured line-frequency power transformers for Italian power utilities.

    He is a freelancer in the field of Project Management for Information Technology, Transformers and Electronics, and has been Outreach Director in NIC-PMI. In his career he held roles in Transformer design, power electronics, smart grids, sustainable mobility, circular economy and waste for large cities.

    He has authored three books and has been collaborating with various publishing companies for the past four years. His current interests include high-efficiency distribution transformers, the impact of nonlinear loads on power transformers, novel materials for transformer cores and high-frequency power transformers for the use in conjunction with power electronics topologies (solid-state transformers).

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