CHARGING EQUIL NOTE UPDATE

You can simply update the price with your own estimate for charging at other locations.įor accurate insights of your savings and costs, set charging costs for the two charging locations: Home and Other. By default, Other is calculated using the average estimated cost of electricity for your region. Other refers to the cost of all charging that occurs at locations except your Home or Tesla Superchargers. Supercharging costs are displayed using your Tesla vehicle’s billing data over the time period. Home charging costs are calculated using your utility rate plan you set in the app for all charging that happens at your Home location. The type of charging location currently consists of: You can also view the percentage of your vehicle’s total charge based on type of charging location. To view the total energy charged and spending for a specific day, tap and hold on the day in the graph.

CHARGING EQUIL NOTE SOFTWARE

Note: To access this feature, the primary vehicle owner must have Tesla app version 4.5.1 or higher and the vehicle must have software version 2021.44.25 or higher.įrom the Tesla app, select ‘Charge Stats.’ View your vehicle’s charging history which includes the energy charged (in kWh) and estimated spending of your vehicle’s charging cost from the previous 31 days. In the Anderson impurity model, we find the nonequilibrium steady state for small or large Coulomb repulsion U, and we find that the steady-state current to leading order in U agrees with a Keldysh perturbation theory calculation.Charge Stats in the Tesla app helps you understand your vehicle’s charging behavior and how it relates to your total spending and savings from charging a Tesla vehicle. In the interacting resonant level model, we find the exact time-evolving wavefunction and calculate the steady-state impurity occupancy to leading order in the interaction. Andrei, ) to two models with charge fluctuations: The interacting resonant level model and the Anderson impurity model. In the Anderson impurity model, we find the nonequilibrium steady state for small or large Coulomb repulsion U, and we find that the steady-state current to leading order in U agrees with a Keldysh perturbation theory calculation.ĪB - We extend the general formalism discussed in the previous paper (A. N2 - We extend the general formalism discussed in the previous paper (A. This material is based upon work supported by the National Science Foundation under Grant No.

acknowledges support from the Samuel Marateck Fellowship in Quantum Field Theory Physics and the Excellence Fellowship (both from Rutgers University). We have benefited from working on related problems with Huijie Guan, Paata Kakashvili, Christopher Munson, and Roshan Tourani. We are grateful to Chung-Hou Chung, Piers Coleman, Garry Goldstein, Yashar Komijani, Yigal Meir, Andrew Mitchell, Achim Rosch, and Hubert Saleur for helpful discussions. T1 - Many-body wavefunctions for quantum impurities out of equilibrium.

Charging equil note