Title : Soliphotic optoelectronic integration in photosensitized photogalvanic systems for solar energy transduction and storage
Abstract:
The transition toward sustainable energy technologies requires innovative solar conversion systems capable of overcoming the inherent limitations of conventional photovoltaic devices. This research proposes a Soliphotic‑Optoelectronic Integrated Heliotech (SOIH) within photosensitized photogalvanic systems for efficient solar energy transduction and electrochemical storage. The proposed approach introduces photon‑based energy routing, nanophotonic light trapping, exciton‑mediated charge transfer, and adaptive optoelectronic modulation within an H‑shape photogalvanic configuration. This integrated architecture enhances photon utilization, reduces recombination losses, improves spectral absorption, and enables low‑loss optical energy transfer. The system incorporates Photosenstizers, photodetectors, nanostructured solar absorbers, optical waveguides, and quantum‑enhanced photon recycling to enable dynamic solar energy harvesting. The proposed design supports scalable manufacturing and low‑cost materials, making it suitable for next‑generation solar technologies. The study establishes Soliphotic‑Optoelectronic Integration(SOI) as a promising pathway for future solar energy conversion and storage.
Keywords: Soliphotic, Optoelectronics, Photogalvanic Cell, Solar Energy, Photon Management, Optical Routing, Exciton Dynamics, Quantum Solar Conversion
