Design of a Non-isolated Single Phase Online UPS Topology with Parallel Battery Bank for Low Power Applications (Springer Theses)
In this Springer Thesis, Muhammad Aamir details the design of a non-isolated single-phase online UPS topology featuring a parallel battery bank, specifically for low-power applications. The study emphasizes improved efficiency and reliability in power supply systems, providing a valuable contribution to electrical engineering practices for compact, dependable backup solutions.
About This Book
This thesis explores the design of a non-isolated single-phase online uninterruptible power supply (UPS) topology tailored for low-power applications. The proposed system integrates a parallel battery bank to provide robust power backup capabilities.
The research focuses on optimizing the UPS architecture to ensure seamless operation during power interruptions, making it suitable for various low-power devices and systems.
Key aspects include the topology's efficiency, cost-effectiveness, and reliability, addressing common challenges in traditional UPS designs for small-scale applications.
The work contributes to advancements in power electronics, offering practical insights for implementing efficient UPS solutions in everyday electronics.
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