This Zenodo record archives the code, data and reproducible workflows used to build and analyse a photovoltaic (PV) supply-chain extension of the hybrid-units EXIOBASE database. The repository accompanies the study “Environmental and socio-economic implications of solar PV reshoring under the EU Net Zero Industry Act: a hybrid input–output assessment”, currently under peer review. The work develops an explicit representation of the solar PV supply chain inside a hybrid multi-regional input-output framework, and uses it to estimate carbon footprints, prices, production, value added and employment effects of solar electricity across regions and policy scenarios. This release is genealogically related to the Exiobase HYBRID | Green steel version database. That database provides the starting point for this work, so the present repository can be understood as a PV-focused fork of the same EXIOBASE HYBRID modelling line. It is not, however, a direct new version of the Green Steel release: the database has been further adapted for this specific PV analysis, including a more aggregated regional structure in which the EU27 is represented as a single region. At a high level, the workflow aggregates the base hybrid-units supply-use database, introduces dedicated PV activities and commodities, applies assumptions on capacity factors, module efficiency, upstream electricity inventories and trade/reshoring scenarios, and exports footprint and socio-economic indicators. A parametric sensitivity design is included to assess how results vary across key modelling assumptions. For technical details, installation instructions, code structure and reproducibility notes, please refer to the GitHub repository