This paper presents a health prognosis model for supercapacitors considering the aging conditions. The proposed model uses the particle filter to predict the posterior values of the aging indicators, i.e., capacitance and resistance. Unlike other prognosis methods, the proposed model predicts the RUL considering the aging conditions such as temperature and voltage. In order to validate the proposed method, experiments have been carried out under different aging conditions. Results highlight the effectiveness of the approach in predicting capacitance and resistance, and the RUL for different initial conditions
International audienceProton Exchange Membrane Fuel Cells (PEMFC) are promising energy converters bu...
The prognosis and health management of lithium-ion batteries are extremely important issues for oper...
This paper presents a supercapacitor prediction aging model according to the voltage and to the temp...
This paper presents a remaining useful life (RUL) prognosis model for supercapacitors considering th...
International audienceSupercapacitors have received increasing interest from the vehicular community...
Prognostic models should properly take into account the effects of operating conditions on the degra...
The integration of ultracapacitors in applications like hybrid requires knowledge of their behavior ...
The focus of this work is the analysis of different degradation phenomena based on thermal overstres...
L’intégration des supercondensateurs dans les applications de type véhicule hybride nécessite la con...
Electrolytic capacitors are used in several applications rang-ing from power supplies for safety cri...
International audienceDue to its capacity to store or supply energy with high power, the supercapaci...
International audienceThe prognosis and health management of lithium-ion batteries are extremely imp...
A remaining useful life prediction methodology for electrolytic capacitors is presented. This method...
Communication lors du 24th European Symposium on Reliability of Electron Devices, Failure Physics an...
The paper presents the results of the comparison of the lifetime estimation of two supercapacitors o...
International audienceProton Exchange Membrane Fuel Cells (PEMFC) are promising energy converters bu...
The prognosis and health management of lithium-ion batteries are extremely important issues for oper...
This paper presents a supercapacitor prediction aging model according to the voltage and to the temp...
This paper presents a remaining useful life (RUL) prognosis model for supercapacitors considering th...
International audienceSupercapacitors have received increasing interest from the vehicular community...
Prognostic models should properly take into account the effects of operating conditions on the degra...
The integration of ultracapacitors in applications like hybrid requires knowledge of their behavior ...
The focus of this work is the analysis of different degradation phenomena based on thermal overstres...
L’intégration des supercondensateurs dans les applications de type véhicule hybride nécessite la con...
Electrolytic capacitors are used in several applications rang-ing from power supplies for safety cri...
International audienceDue to its capacity to store or supply energy with high power, the supercapaci...
International audienceThe prognosis and health management of lithium-ion batteries are extremely imp...
A remaining useful life prediction methodology for electrolytic capacitors is presented. This method...
Communication lors du 24th European Symposium on Reliability of Electron Devices, Failure Physics an...
The paper presents the results of the comparison of the lifetime estimation of two supercapacitors o...
International audienceProton Exchange Membrane Fuel Cells (PEMFC) are promising energy converters bu...
The prognosis and health management of lithium-ion batteries are extremely important issues for oper...
This paper presents a supercapacitor prediction aging model according to the voltage and to the temp...