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Welcome to the nomad-perovskite-solar-cells-database documentation

NOMAD

NOMAD Perovskite Solar Cells Database

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Introduction

Welcome to the NOMAD plugin for the Perovskite Solar Cell Database. This project aims to provide a FAIR and open-access interface for the perovskite solar cells database in NOMAD and related data sources. Additionally, it has data models and schemas for defining ions and halide hybrid-perovskite compositions. The data can be accessed via the NOMAD API and explored in the NOMAD Solar Cell Search App.

Information about the original database is available at perovskitedatabase.com.

Search applications

Search applications provide an efficient way to explore the databases. They are powered by metadata definitions that define the structure of the data and allow for filtering and visualization.

🔍 Search Application 📝 Description 💻 Code 📄 Metadata Definitions
The Perovskite Database Project Explore the data from the perovskite database. App's code Metadata
Halide Perovskite Ions Database Search ions used in halide perovskites compounds App's code Metadata
Solar Cells An application to explore solar cells App's code Metadata

Example Notebooks

Explore our collection of interactive Jupyter notebooks that demonstrate how to query, analyze, and work with perovskite solar cell data:

Getting Started: - Query the Perovskite Database - Retrieve data from NOMAD - Query the Ion Database - Access perovskite ions - Build Perovskite Structures - Construct crystal structures

Data Analysis: - Architecture Evolution - Device architecture trends over time - Bandgap Evolution - Bandgap distribution analysis - Performance Evolution - Track efficiency improvements

Machine Learning: - CrabNet Bandgap Prediction - ML-based property prediction - ML Distribution Shift Case Study - Understanding data distribution challenges

View all notebooks →

Acknowledgments

Special thanks to Jinzhao Li and all contributors who have made this project possible. This project is supported by the FAIRmat NFDI initiative and also by by the European Union as part of the SolMates project (Project Nr. 101122288).

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