In this paper, we present a family of regular black hole solutions in the
    presence of charge and angular momentum. We also discuss the related
    thermodynamics and we comment about the black hole life cycle during the
    balding and spin down phases. Interestingly the static solution resembles the
    Ay\’on-Beato–Garc\’ia spacetime, provided the T-duality scale is redefined in
    terms of the electric charge, $l_0\to Q$. The key factor at the basis of our
    derivation is the employment of Padmanabhan’s propagator to calculate static
    potentials. Such a propagator encodes string T-duality effects. This means that
    the regularity of the spacetimes here presented can open a new window on string
    theory phenomenology.

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