Determining SOC of the Li-Ion batteries by employing the Conventional Coloumb count method and sophisticated Kalman filter algorithms in a wireless communication network(BLE). The proposed Architecture measures synchronized current and voltage for SOC calculation by ensuring safety and adaptivity. By employing the Most Robust and Elegant Wireless Communication Network(BLE) in BMS, the architecture mitigates the problem of bulky and wired setups.
Stima SOC in Active BMS basata su Wireless Communication Network. Determinazione del SOC delle batterie agli ioni di litio utilizzando il Coloumb convenzionale metodo di conteggio e sofisticati algoritmi di filtro di Kalman in una comunicazione wireless rete (BLE). L'Architettura proposta misura corrente e tensione sincronizzate per il calcolo del SOC garantendo sicurezza e adattabilità. Utilizzando il più robusto ed Elegant Wireless Communication Network (BLE) in BMS, l'architettura mitiga il problema delle configurazioni ingombranti e cablate.
SOC estimation in Active BMS based on Wireless Communication Network
SHIVARAMAPPA, HARISH KUMAR
2021/2022
Abstract
Determining SOC of the Li-Ion batteries by employing the Conventional Coloumb count method and sophisticated Kalman filter algorithms in a wireless communication network(BLE). The proposed Architecture measures synchronized current and voltage for SOC calculation by ensuring safety and adaptivity. By employing the Most Robust and Elegant Wireless Communication Network(BLE) in BMS, the architecture mitigates the problem of bulky and wired setups.È consentito all'utente scaricare e condividere i documenti disponibili a testo pieno in UNITESI UNIPV nel rispetto della licenza Creative Commons del tipo CC BY NC ND.
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https://hdl.handle.net/20.500.14239/15241