We present a novel design for a light-harvesting antenna that exhibits super-extensive scaling in its power output. By placement of a dielectric sphere within a molecular ring, we are able to engineer an effective Hamiltonian for the dipoles that generate “guide-sliding” states within the ring system that promote steady-state super-absorption in noisy room temperature environments. We perform direct comparison with previous designs for “guide-sliding" super absorbers and show that the new design outperforms these, as well as being significantly simpler to implement. Furthermore, we demonstrate the super-extensive scaling of the power output generated by a quantum thermal heat engine model and demonstrate that, utilising the setup developed, phonon relaxation does not impede the performance of these systems, but---in fact---enhances it.