The power conditioning system to supply the DCpower systems of an ultra-light all-electric aircraft (AEA) through a single battery pack has been examined. Specifi cally, the Triple Active Bridge (TAB) performance evaluation for interfacing the battery pack with the DC buses committed to feeding the electric propulsion and auxiliary power systems has been prototyped and experimentally verified. The start up and voltage control system has been designed and verified by simulation and experimental results considering the stan dard DC bus voltages for avionic applications of 270 and 28 V. The outcomes confirm the feasibility of using TAB as a power conditioning system for interfacing the AEA’s battery pack with the DC power system revealing good energy and dynamic performances.
Bossi, G., Boi, M., Campagna, N., Miceli, R., Damiano, A. (2023). Evaluation of Triple Active Bridge for Power System of an All-Electric Aircraft. In 2023 International Conference on Clean Electrical Power, ICCEP 2023 (pp. 161-166) [10.1109/iccep57914.2023.10247385].
Evaluation of Triple Active Bridge for Power System of an All-Electric Aircraft
Campagna, Nicola;Miceli, Rosario;
2023-01-01
Abstract
The power conditioning system to supply the DCpower systems of an ultra-light all-electric aircraft (AEA) through a single battery pack has been examined. Specifi cally, the Triple Active Bridge (TAB) performance evaluation for interfacing the battery pack with the DC buses committed to feeding the electric propulsion and auxiliary power systems has been prototyped and experimentally verified. The start up and voltage control system has been designed and verified by simulation and experimental results considering the stan dard DC bus voltages for avionic applications of 270 and 28 V. The outcomes confirm the feasibility of using TAB as a power conditioning system for interfacing the AEA’s battery pack with the DC power system revealing good energy and dynamic performances.
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