An alternative interpretation of cosmological redshifts derived from the Planck energy-wavelength equation is presented, that in contrast to the velocity-distance interpretation in the ‘Standard’ Lambda-Cold Dark matter (Λ-CDM) model, permits credible explanations of ‘anomalous’ observations without recourse to indeterminate physics such as Dark Energy or Dark Matter.Beyond ‘local’ groups of galaxies which have what are described as ‘peculiar’ motions attributed to genuine Doppler shifts that includes blue as well redshifts, sources with increasing age and distance are found to comprise only of redshifted spectra.Should such cosmological redshifts be considered a consequence of a vanishingly small loss of energy that becomes evident only after millions of years in transit, less exotic and more credible alternative explanations emerge for the Hubble tension, the increasing rate of expansion, and anomalous rotation curves of galaxies.Challenging the claim that the Cosmic Microwave Background is relic radiation of a single primordial event 13.8 billion years ago are the conclusions of a 2005 study by Ibison [4], that found the thermalization of starlight would be inevitable in a Steady-State-Cosmology.From the alternative energy-redshift approach in a steady-state, homogenous, isotropic and stochastic Universe of indeterminate age, the ratio of the emitted energy of Ly-a UV photons to the energy of sources observed at redshifts at z =11.0 according to E(z) = E(rest)/(1+z) = 8.3%. That this ratio corresponds with the change in the Hubble constant H0 early to late universe ~ 8.3%, is contended to be a significant model distinguishing factor that favours a Steady State Cosmological model.