Systému pro správu a monitorování stavu akumulátorů

Abstract

This bachelor thesis focuses on designing and implementing a system for charger monitoring and battery management. Current solutions often lack comprehensive approaches to battery status monitoring and charging process analysis. The implemented system supports Conrad Charge Manager 2010 and Turnigy Accucell-6 chargers. It utilizes a client-server architecture with a Kotlin backend and PostgreSQL database. The web interface enables real-time monitoring of charging processes, visualization of charging and discharging, including voltage, current, and capacity. For multi-cell batteries, it offers monitoring of individual cells. Testing has proven the system's functionality with various charging programs. Thanks to its selected architecture, the system is prepared for future expansion to support additional charger types. The solution represents an useful tool for optimizing battery usage and extending battery lifespan.