DandeLiion | Simulation Queue

Simulation queue

Job name	Numer of DAEs	t_max (s)	Submitted	Completed	Status
Nedu Gr/LFP 1C discharge simulation ▾ Graphite Anode (Ecker et al.) + typical LFP Cathode. 1C discharge rate corresponds to 1 A.	100x50 + 50 + 100x50	560	05:35:41 02/11/24	05:35:49 02/11/24	Finished
Nedu Gr/LFP 1C discharge simulation ▾ Graphite Anode (Ecker et al.) + typical LFP Cathode. 1C discharge rate corresponds to 1 A.	100x50 + 50 + 100x50	17616	05:28:08 02/11/24	05:28:20 02/11/24	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	1230	17:06:13 01/11/24	17:06:27 01/11/24	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	17:04:33 01/11/24	17:04:42 01/11/24	Error
LG M50 test - Updated parametrisation ▾ Chang-Hui Chen et al. 2020 J. Electrochem. Soc. 167 080534	30x30 + 20 + 30x30	180000	14:43:27 31/10/24	14:44:04 31/10/24	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	13:46:52 31/10/24	13:46:58 31/10/24	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	09:26:16 31/10/24	09:26:22 31/10/24	Finished
Nedu Gr/LFP 1C discharge simulation ▾ Graphite Anode (Ecker et al.) + typical LFP Cathode. 1C discharge rate corresponds to 1 A.	100x50 + 50 + 100x50	676	05:38:57 31/10/24	05:39:05 31/10/24	Finished
Nedu Gr/LFP 1C discharge simulation ▾ Graphite Anode (Ecker et al.) + typical LFP Cathode. 1C discharge rate corresponds to 1 A.	100x50 + 50 + 100x50	13	05:37:53 31/10/24	05:38:01 31/10/24	Finished
Nedu Gr/LFP 0.75C discharge simulation ▾ Graphite Anode (Ecker et al.) + typical LFP Cathode. 0.75C discharge rate corresponds to 0.75 A.	100x50 + 50 + 100x50	27	05:29:34 31/10/24	05:29:42 31/10/24	Finished
Nedu Gr/LFP 0.75C discharge simulation ▾ Graphite Anode (Ecker et al.) + typical LFP Cathode. 0.75C discharge rate corresponds to 0.75 A.	100x50 + 50 + 100x50	0	05:22:37 31/10/24	05:22:43 31/10/24	Error
Nedu Gr/LFP 0.5C discharge simulation ▾ Graphite Anode (Ecker et al.) + typical LFP Cathode. 0.5C discharge rate corresponds to 0.5 A.	100x50 + 50 + 100x50	1377	05:11:41 31/10/24	05:11:50 31/10/24	Finished
Nedu Gr/LFP 0.2C discharge simulation ▾ Graphite Anode (Ecker et al.) + typical LFP Cathode. 0.2C discharge rate corresponds to 0.2 A.	100x50 + 50 + 100x50	3480	05:03:52 31/10/24	05:04:01 31/10/24	Finished
Nedu Gr/LFP 2C discharge simulation ▾ Graphite Anode (Ecker et al.) + typical LFP Cathode. 2C discharge rate corresponds to 2 A.	1000x500 + 500 + 1000x500	144	04:55:02 31/10/24	04:58:00 31/10/24	Finished
Nedu Gr/LFP 2C discharge simulation ▾ Graphite Anode (Ecker et al.) + typical LFP Cathode. 2C discharge rate corresponds to 2 A.	100x50 + 50 + 100x50	903	13:50:01 30/10/24	13:50:08 30/10/24	Finished
Nedu Gr/LFP 1C discharge simulation ▾ Graphite Anode (Ecker et al.) + typical LFP Cathode. 1C discharge rate corresponds to 1 A.	100x50 + 50 + 100x50	903	13:45:42 30/10/24	13:45:50 30/10/24	Finished
Nedu Gr/LFP 1C discharge simulation ▾ Graphite Anode (Ecker et al.) + typical LFP Cathode. 1C discharge rate corresponds to 1 A.	100x50 + 50 + 100x50	3680	13:40:31 30/10/24	13:40:39 30/10/24	Finished
LG M50 test - Updated parametrisation ▾ Chang-Hui Chen et al. 2020 J. Electrochem. Soc. 167 080534	30x30 + 20 + 30x30	180000	02:45:21 29/10/24	02:45:57 29/10/24	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	00:53:42 29/10/24	00:53:48 29/10/24	Finished
LG M50 test - Updated parametrisation ▾ Chang-Hui Chen et al. 2020 J. Electrochem. Soc. 167 080534	30x30 + 20 + 30x30	180000	18:53:12 28/10/24	18:53:49 28/10/24	Finished
A	30x30 + 20 + 30x30	0	14:50:43 28/10/24	14:50:48 28/10/24	Error
LG M50 test - Updated parametrisation ▾ Chang-Hui Chen et al. 2020 J. Electrochem. Soc. 167 080534	30x30 + 20 + 30x30	180000	13:11:37 28/10/24	13:12:12 28/10/24	Finished
LG M50 test - Updated parametrisation ▾ Chang-Hui Chen et al. 2020 J. Electrochem. Soc. 167 080534	30x30 + 20 + 30x30	180000	13:08:57 28/10/24	13:09:34 28/10/24	Finished
PF_Jiseon ▾ 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	06:43:44 28/10/24	06:43:51 28/10/24	Finished
PF_Jiseon ▾ 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	401	06:42:32 28/10/24	06:42:38 28/10/24	Finished

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