To create a state-of-the-art solar photovoltaic system that efficiently harvests renewable energy, the dormant Bose–Einstein (B–E) photon distribution structure has been dismantled and remodeled. According to the B–E photon distribution theory, discrete energy state photons are the stable equilibrium particles that are locally induced in photonic band gap states under low temperature circumstances. Hence, it can optimize that this photon discreet photon can be departed from the rules of Bose–Einstein statistics from its discrete energy states once high relativistic temperatures are being employed on it. Hence, employing the extreme relativistic temperature conditions will inevitably enlarge in the photonic band gap’s volume. Thus, the strong relativistic thermal fluctuations will cause discreet photon energy states to be transformed into the agitated high energy photon (HeP−) state, results in, multiple photons will be generated exponentially from a single photon due to the equilibrium nature of the photons. The calculation reveals that if used as less as 0.00008% of a building’s exterior curtain wall as an active solar cell, it can fulfill the net power needed for that building without connecting any outsource utility company.