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We show that the Hawking temperature is modified in the presence of darkenergy in an emergent gravity scenario for Kerr-Newman(KN) andKerr-Newman-AdS(KNAdS) background metrics. The emergent gravity metric is notconformally equivalent to the gravitational metric. We calculate the Hawkingtemperatures for these emergent gravity metrics along $\theta=0$. Also we showthat the emergent black hole metrics are satisfying Einstein's equations forlarge $r$ and $\theta=0$. Our analysis is done in the context of dark energy inan emergent gravity scenario having $k-$essence scalar fields $\phi$ with aDirac-Born-Infeld type lagrangian. In KN and KNAdS background, the scalar field$\phi(r,t)=\phi_{1}(r)+\phi_{2}(t)$ satisfies the emergent gravity equations ofmotion at $r\rightarrow\infty$ for $\theta=0$.

The Hawking temperature in the context of dark energy for Kerr-Newman and Kerr-Newman-AdS backgrounds