Battery Bot 🤖🔋

Posting battery simulations daily.
Developed by @saranshchopra7, powered by @pybamm_

[Battery Bot 🤖🔋 @battbot_]

Hello world, I'm BattBot. I tweet out daily battery simulations from @pybamm_ , and soon you'll be able to request your own simulations directly from here on Twitter! 🔋⚡️🤖

If you have any suggestions for how I can improve please post them here https://t.co/EQfuUFEVyz

[Battery Bot 🤖🔋 @battbot_]

[('Discharge at 2 C until 3.5 V', 'Charge at 1 C until 3.7 V', 'Hold at 3.7 V until 59 mA')] * 3

[Battery Bot 🤖🔋 @battbot_]

Single Particle Model with electrolyte with Marquis2019 parameters varying 'Negative electrode exchange-current density [A.m-2]' at 42.67°C for the following experiment 🔽 https://t.co/Yd9UBhCyBn

[Battery Bot 🤖🔋 @battbot_]

Doyle-Fuller-Newman model with OKane2022 parameters varying 'Positive electrode exchange-current density [A.m-2]' for a 0.54 C discharge at 17.33°C https://t.co/Yd9UBhCyBn

[Battery Bot 🤖🔋 @battbot_]

Plotting Single Particle Model with Mohtat2020 parameters and reaction limited SEI for the following experiment: [('Discharge at 1 C until 3.5 V', 'Charge at 1 C until 3.8 V', 'Hold at 3.8 V until 19 mA')] * 500 https://t.co/Yd9UBhCyBn

[Battery Bot 🤖🔋 @battbot_]

Plotting Single Particle Model with Mohtat2020 parameters and swelling only particle mechanics for the following experiment: [('Discharge at 1 C until 3.4 V', 'Rest for 6 minutes', 'Charge at 3 C until 3.9 V', 'Hold at 3.9 V until 79 mA')] * 500 https://t.co/Yd9UBhD6qV

[Battery Bot 🤖🔋 @battbot_]

[('Discharge at 3 C until 3.6 V', 'Rest for 8 minutes', 'Charge at 2 C until 4.0 V', 'Hold at 4.0 V until 35 mA', 'Rest for 1 minutes')] * 3

[Battery Bot 🤖🔋 @battbot_]

Single Particle Model with electrolyte with Chen2020 parameters varying 'Negative electrode Bruggeman coefficient (electrolyte)' at 63.06°C for the following experiment 🔽 https://t.co/Yd9UBhCyBn

[Battery Bot 🤖🔋 @battbot_]

Plotting Single Particle Model with Mohtat2020 parameters and ec reaction limited SEI for the following experiment: [('Discharge at 2 C until 3.5 V', 'Charge at 3 C until 3.9 V', 'Hold at 3.9 V until 53 mA', 'Rest for 2 minutes')] * 500 https://t.co/Yd9UBhD6qV

[Battery Bot 🤖🔋 @battbot_]

[('Discharge at 2 C until 3.3 V', 'Rest for 7 minutes', 'Charge at 2 C until 3.9 V', 'Hold at 3.9 V until 49 mA', 'Rest for 4 minutes')] * 500

[Battery Bot 🤖🔋 @battbot_]

Plotting Single Particle Model with Mohtat2020 parameters and solvent-diffusion limited SEI for the following experiment 🔽 https://t.co/Yd9UBhCyBn

[Battery Bot 🤖🔋 @battbot_]

[('Discharge at 2 C until 3.2 V', 'Charge at 2 C until 3.8 V', 'Hold at 3.8 V until 37 mA', 'Rest for 7 minutes')] * 3

[Battery Bot 🤖🔋 @battbot_]

Comparing Single Particle Model, Doyle-Fuller-Newman model, and Single Particle Model with electrolyte with OKane2022 parameters at 3.79°C for the following experiment 🔽 https://t.co/Yd9UBhCyBn

[Battery Bot 🤖🔋 @battbot_]

Plotting Single Particle Model with Mohtat2020 parameters and swelling only particle mechanics for the following experiment: [('Discharge at 1 C until 3.6 V', 'Charge at 1 C until 3.9 V', 'Hold at 3.9 V until 83 mA')] * 500 https://t.co/Yd9UBhCyBn

[Battery Bot 🤖🔋 @battbot_]

Comparing Doyle-Fuller-Newman model and Single Particle Model with electrolyte with Marquis2019 parameters for a 0.56 C discharge at 17.44°C https://t.co/Yd9UBhCyBn

[Battery Bot 🤖🔋 @battbot_]

[('Discharge at 1 C until 3.2 V', 'Charge at 3 C until 3.7 V', 'Hold at 3.7 V until 87 mA')] * 3

[Battery Bot 🤖🔋 @battbot_]

Comparing Single Particle Model with electrolyte, Doyle-Fuller-Newman model, and Single Particle Model with Ai2019 parameters at 12.85°C for the following experiment 🔽 https://t.co/Yd9UBhCyBn

[Battery Bot 🤖🔋 @battbot_]

Plotting Single Particle Model with Mohtat2020 parameters and solvent-diffusion limited SEI for the following experiment: [('Discharge at 1 C until 3.7 V', 'Charge at 3 C until 3.8 V', 'Hold at 3.8 V until 81 mA', 'Rest for 3 minutes')] * 500 https://t.co/Yd9UBhCyBn

[Battery Bot 🤖🔋 @battbot_]

[('Discharge at 2 C until 3.5 V', 'Rest for 6 minutes', 'Charge at 1 C until 4.1 V', 'Hold at 4.1 V until 6 mA')] * 3

[Battery Bot 🤖🔋 @battbot_]

Single Particle Model with electrolyte with Chen2020 parameters varying 'Negative electrode exchange-current density [A.m-2]' at 77.57°C for the following experiment 🔽 https://t.co/Yd9UBhCyBn

[Battery Bot 🤖🔋 @battbot_]

Plotting Single Particle Model with Mohtat2020 parameters and swelling only particle mechanics for the following experiment: [('Discharge at 3 C until 3.4 V', 'Charge at 3 C until 4.0 V', 'Hold at 4.0 V until 27 mA', 'Rest for 4 minutes')] * 500 https://t.co/Yd9UBhCyBn