DandeLiion | Simulation Queue

Simulation queue

Job name	Numer of DAEs	t_max (s)	Submitted	Completed	Status
Lithium sulphur battery ▾ This simulation was labeled as private.	30x30 + 20 + 30x30	3795	11:11:54 16/09/22	11:12:02 16/09/22	Finished
Typical Gr/LFP 1C discharge simulation ▾ Graphite Anode (Ecker et al.) + typical LFP Cathode. 1C discharge rate corresponds to 1 A.	50x50 + 30 + 50x50	3680	12:38:25 15/09/22	12:38:35 15/09/22	Finished
Typical Gr/LFP 1C discharge simulation ▾ Graphite Anode (Ecker et al.) + typical LFP Cathode. 1C discharge rate corresponds to 1 A.	50x50 + 30 + 50x50	3680	09:03:40 10/09/22	09:03:49 10/09/22	Finished
LG M50 test - Updated parametrisation ▾ Chang-Hui Chen et al. 2020 J. Electrochem. Soc. 167 080534	30x30 + 20 + 30x30	180000	09:00:59 10/09/22	09:01:35 10/09/22	Finished
Gr/NMC single cell (Ecker et al.) 1C discharge ▾ Ecker, M. et al. Parameterization of a Physico-Chemical Model of a Lithium-Ion Battery: I. Determination of Parameters. J. Electrochem. Soc. 162, A1836–A1848 (2015). Ecker, M., Käbitz, S., Laresgoiti, I. & Sauer, D. U. Parameterization of a Physico-Chemical Model of a Lithium-Ion Battery: II. Model Validation. J. Electrochem. Soc. 162, A1849–A1857 (2015).	30x30 + 20 + 30x30	3795	08:58:31 10/09/22	08:58:39 10/09/22	Finished
Typical Gr/LFP 1C discharge simulation ▾ Graphite Anode (Ecker et al.) + typical LFP Cathode. 1C discharge rate corresponds to 1 A.	50x50 + 30 + 50x50	0	08:54:10 10/09/22	10:02:27 10/09/22	Error
LG M50 test - Updated parametrisation ▾ Chang-Hui Chen et al. 2020 J. Electrochem. Soc. 167 080534	30x30 + 20 + 30x30	180000	08:52:28 10/09/22	08:53:04 10/09/22	Finished
Typical Gr/LFP 1C discharge simulation ▾ Graphite Anode (Ecker et al.) + typical LFP Cathode. 1C discharge rate corresponds to 1 A.	50x50 + 30 + 50x50	3680	08:51:14 10/09/22	08:51:22 10/09/22	Finished
LG M50 test - Updated parametrisation ▾ Chang-Hui Chen et al. 2020 J. Electrochem. Soc. 167 080534	30x30 + 20 + 30x30	180000	08:44:20 10/09/22	08:44:56 10/09/22	Finished
Typical Gr/LFP 1C discharge simulation ▾ Graphite Anode (Ecker et al.) + typical LFP Cathode. 1C discharge rate corresponds to 1 A.	50x50 + 30 + 50x50	3680	08:38:31 10/09/22	08:38:39 10/09/22	Finished
Typical Gr/NCA C/3 discharge ▾ Graphite Anode (Ecker et al.) + typical Nickel Cobalt Aluminium (NCA) Cathode	50x50 + 30 + 50x50	10218	08:37:28 10/09/22	08:37:40 10/09/22	Finished
Typical Gr/LFP 1C discharge simulation ▾ Graphite Anode (Ecker et al.) + typical LFP Cathode. 1C discharge rate corresponds to 1 A.	50x50 + 30 + 50x50	3680	08:14:29 10/09/22	08:14:38 10/09/22	Finished
Typical Gr/NCA C/3 discharge ▾ Graphite Anode (Ecker et al.) + typical Nickel Cobalt Aluminium (NCA) Cathode	50x50 + 30 + 50x50	10218	08:13:03 10/09/22	08:13:13 10/09/22	Finished
Typical Gr/LFP 1C discharge simulation ▾ Graphite Anode (Ecker et al.) + typical LFP Cathode. 1C discharge rate corresponds to 1 A.	50x50 + 30 + 50x50	0	08:05:51 10/09/22	10:02:41 10/09/22	Error
Typical Gr/NCA C/3 discharge ▾ Graphite Anode (Ecker et al.) + typical Nickel Cobalt Aluminium (NCA) Cathode	50x50 + 30 + 50x50	10218	10:59:06 07/09/22	10:59:15 07/09/22	Finished
Typical Gr/LFP 1C discharge simulation ▾ Graphite Anode (Ecker et al.) + typical LFP Cathode. 1C discharge rate corresponds to 1 A.	50x50 + 30 + 50x50	3680	10:57:22 07/09/22	10:57:30 07/09/22	Finished
LG M50 test - Updated parametrisation ▾ Chang-Hui Chen et al. 2020 J. Electrochem. Soc. 167 080534	30x30 + 20 + 30x30	180000	10:56:06 07/09/22	10:56:44 07/09/22	Finished
Gr/NMC single cell (Ecker et al.) 1C discharge ▾ Ecker, M. et al. Parameterization of a Physico-Chemical Model of a Lithium-Ion Battery: I. Determination of Parameters. J. Electrochem. Soc. 162, A1836–A1848 (2015). Ecker, M., Käbitz, S., Laresgoiti, I. & Sauer, D. U. Parameterization of a Physico-Chemical Model of a Lithium-Ion Battery: II. Model Validation. J. Electrochem. Soc. 162, A1849–A1857 (2015).	30x30 + 20 + 30x30	0	10:50:37 07/09/22	10:50:45 07/09/22	Finished
Gr/NMC single cell (Ecker et al.) 1C discharge ▾ Ecker, M. et al. Parameterization of a Physico-Chemical Model of a Lithium-Ion Battery: I. Determination of Parameters. J. Electrochem. Soc. 162, A1836–A1848 (2015). Ecker, M., Käbitz, S., Laresgoiti, I. & Sauer, D. U. Parameterization of a Physico-Chemical Model of a Lithium-Ion Battery: II. Model Validation. J. Electrochem. Soc. 162, A1849–A1857 (2015).	30x30 + 20 + 30x30	60	10:43:47 07/09/22	10:43:56 07/09/22	Finished
Gr/NMC single cell (Ecker et al.) 1C discharge ▾ Ecker, M. et al. Parameterization of a Physico-Chemical Model of a Lithium-Ion Battery: I. Determination of Parameters. J. Electrochem. Soc. 162, A1836–A1848 (2015). Ecker, M., Käbitz, S., Laresgoiti, I. & Sauer, D. U. Parameterization of a Physico-Chemical Model of a Lithium-Ion Battery: II. Model Validation. J. Electrochem. Soc. 162, A1849–A1857 (2015).	30x30 + 20 + 30x30	3795	10:41:06 07/09/22	10:41:16 07/09/22	Finished
Gr anode pseudo-half-cell 2 ▾ NOTE all anode parameters are in 'cathode' fields because this is a pseudo half cell, i.e. it's a full cell model with an extremely thin 'anode'. it will work for	30x30 + 20 + 30x30	4000	16:13:03 06/09/22	16:13:12 06/09/22	Finished
Gr anode pseudo-half-cell 2 ▾ NOTE all anode parameters are in 'cathode' fields because this is a pseudo half cell, i.e. it's a full cell model with an extremely thin 'anode'. it will work for	30x30 + 20 + 30x30	0	16:07:51 06/09/22	16:08:00 06/09/22	Error
Gr anode pseudo-half-cell 2 ▾ NOTE all anode parameters are in 'cathode' fields because this is a pseudo half cell, i.e. it's a full cell model with an extremely thin 'anode'. it will work for	30x30 + 20 + 30x30	0	16:07:22 06/09/22	16:07:30 06/09/22	Error
Gr anode pseudo-half-cell 2 ▾ NOTE all anode parameters are in 'cathode' fields because this is a pseudo half cell, i.e. it's a full cell model with an extremely thin 'anode'. it will work for	30x30 + 20 + 30x30	0	15:50:13 06/09/22	15:54:48 06/09/22	Error
Gr anode pseudo-half-cell 2 ▾ NOTE all anode parameters are in 'cathode' fields because this is a pseudo half cell, i.e. it's a full cell model with an extremely thin 'anode'. it will work for	30x30 + 20 + 30x30	4000	15:49:19 06/09/22	15:49:28 06/09/22	Finished

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