Data and Code for: Spectral Co-Design of Agrivoltaic Modules for Multifunctional Net Energy Benefit -- A Quantum-Guided Digital Twin

Production data (HDF5 trajectories), source code (Python ≥3.12 digital-twin framework), parameter files, figure-generation scripts, verification suite, and LaTeX manuscript source accompanying the paper: "Spectral Co-Design of Agrivoltaic Modules for Multifunctional Net Energy Benefit: A Quantum-Guided Digital Twin" by Teguia Kouam S.C., Goumai Vedekoi T., Tchapet Njafa J.-P., Nguenang J.-P., Nana Engo S.G. Submitted to Applied Energy (Elsevier), September 2026. The archive is self-contained and does not require access to any external repository. Key results: dual-band filtered forward transfer yield Φ_FT = 0.89 ± 0.03, global canopy yield 0.971 at 1% sentinel fraction,NEB = 72.6 kgCO₂e/m²/yr, payback 4.32 yr (30% subsidy). Simulation parameters: PT-HOPS/SBD, L=8, K=2, Δt=0.2 fs, T=295 K.