Data and simulation outputs for: "From potential to adoption: A calibrated spatial agent-based model of sectorally asymmetric rooftop solar PV diffusion"

This repository contains the processed model input files and the full simulation outputs of the province–sector agent-based model (ABM) of rooftop solar PV diffusion in Türkiye described in the associated paper, "From potential to adoption: A calibrated spatial agent-based model of sectorally asymmetric rooftop solar PV diffusion" (submitted to Applied Energy). The model resolves 81 provinces and three consumer segments (residential, commercial, industrial) at annual resolution over 2020–2040, is calibrated on province-level installation records for 2021–2024 and tested against an independent 2025 holdout year. Input files are provided exactly as read by the locked AnyLogic model (file names and column headers unchanged), so that the deposited data are directly runnable; a full English data dictionary for every file and column is given in README.md. Inputs cover province-level rooftop technical potential and PVGIS yield, sectoral economic series (tariffs, CAPEX/OPEX, payback; real 2024 TRY, 2018–2025), quarterly policy/grid-access signals (2018–2026), TEIAS (Turkish Electricity Transmission Company) connection-capacity data (2024–2025), the province adjacency network, the financial-access (J) index series (2020–2024) and year-specific grid emission factors. The outputs file (abm_results_master.csv) reports the full long-format simulation results — installed capacity, annual additions, utility-component signals, payback, spatial-equity (Gini) and avoided-CO₂ indicators — for all seven policy scenarios by scenario, year, province and sector. The calibration/validation target series derived from project-level administrative records (TEDC obtained through an official information request) are not deposited due to third-party data-sharing restrictions and are available from the corresponding author upon reasonable request, as is the AnyLogic model file.