by Power electronics is a branch of electrical engineering that focuses on applying solid-state electronics to the management and transformation of electrical power. In short, it is the basic study of changing electrical energy in different forms. This field also researches the systems’ computation, design, assimilation, and management needs. It is mostly used to generate clean energy sources.
The scope of power engineering is increasing day by day as it focuses on producing environment-friendly energy. The energy is produced or converted from one form to another with the help of power electronic converters. In great depth, one must get a power electronics online course to learn the basics and advanced features of power electronics.
Learn about power electronic converters: –
One can expect the online course to teach about the different power electronic converters and their uses in the industry. The following are a few converters and brief information about them: –
- DC/DC converters: –
These are used in maintaining fixed voltages and for the power factor correction. This can be used in electric vehicles, motor controllers, and wind turbines.
- AC/AC converters: –
To change the voltage levels or frequency, these converters are used. They are used in power adapters and light dimmers. Also, these are used to exchange power in power grids.
- DC/AC converters: –
These converters are also known as inverters. They are used in renewable energy systems or sustained power sources. They are majorly used to convert direct current (DC) into alternating current (AC).
- AC/DC converters: –
AC/DC converters are also known as rectifiers. They are mostly used in televisions and computer devices and for charging energy storage devices.
Hence, one must learn about the different converters in an online course on power electronics.
Key takeaways of the course: –
One must expect to get all the fundamentals of the topic clear. The following are the key takeaways of this course: –
- The fundamentals of magnetic components, including transformers and inductors, must be understood.
- Optimising and designing transformers for switched-mode power converters.
- Analysing and modelling losses in magnetic components.
- Understanding the basic operating principles of different converters.
- Knowing the fundamentals of deriving an average equivalent circuit model and solving for the converter efficiency.
- Understanding the implementation of power semiconductor devices in a switching converter.
These are the major learning outcomes of the course, and one can easily get many courses online that can provide all the necessary knowledge about power electronics and their converters.
Conclusion: –
Hence, one can expect all the above outcomes and learnings from a well-designed online power electronics course. The power electronics field is growing, and one must look forward to gaining knowledge of this field. A proper course and certification in this domain can help get good job opportunities and build a resume.
Additionally, one can also try to get an online computer vision course. Computer vision will help analyse and learn how to make a machine work like a human. Power electronics will help learn the conversion of electrical energy in different forms. Hence, combining these two fields can help create wonderful new-age tools and robots.
