  We study entanglement entropy in a non-relativistic Schr\"{o}dinger field
theory at finite temperature and electric charge using the principle of
gauge/gravity duality. The spacetime geometry is obtained from a charged AdS
black hole by a null Melvin twist. By using an appropriate modification of the
holographic Ryu-Takayanagi formula, we calculate the entanglement entropy,
mutual information, and entanglement wedge cross-section for the simplest strip
subsystem. The entanglement measures show non-trivial dependence on the black
hole parameters.
