Self Publisher
Increasing the use of transformers with a bidirectional DC-DC converter
Key Metrics
- Neha Sharma
- Self Publisher
- Paperback
- 9789358685572
- 9 X 6 X 0.29 inches
- 0.42 pounds
- Technology & Engineering > General
- English
Secure TransactionBook Description
This book by Neha Sharma looks at how an isolated bidirectional full bridge DC-DC converter can be used to improve tracking transformer utilisation. Transformers are an important part of power transfer systems, and getting the most out of them is important for managing energy efficiently. Based on a bidirectional full bridge DC-DC converter, the suggested method makes it possible to control and keep an eye on how the transformer works.
The book goes into detail about the theory side of using transformers and the basic rules for making bidirectional converters. The problems with keeping an eye on and changing transformer settings are talked about, and how the bidirectional full bridge converter can help with these problems is also looked at. This article talks about how the converter and transformer can be combined, and it stresses the advantages of this method in terms of better performance and economy.
In addition, the book is mostly about how the suggested answer can be used in real life. It talks about how the converter can be used in real-world systems and gives case studies to show how well it works to improve generator utilisation. The writer also looks at how the bidirectional converter changes the security and dependability of the system.
Neha Sharma uses a mix of academic explanations, real-life examples, and simulations in her book to help readers get a full picture of the subject. The people who should read this book are researchers, engineers, and people who work in electrical engineering, green energy, and power systems.
Overall, this book is a great resource for anyone who wants to learn more about how to improve the use of transformers by using an isolated bidirectional full bridge DC-DC converter. It gives ideas, suggestions, and study results that will make it easier to use this technology in different situations, which will lead to better power management and energy efficiency.
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