Then, we use AutoBADDIE to study the effects of different static polarizations of TFSI on resulting structural and kinetic properties of the simulated solid polymer electrolyte sys-tem. For this, we predict class 2 IP parameters for the polymer and use literature TFSI parameters with different static point charges derived from quantum mechanical calculations. Finally, we compare differences in lithium coordination environments, diffusion, and transference numbers between simulations driven by these distinct interatomic potentials.