☀️ Solaria - Study Case

Overview

Solaria is a blockchain-based platform that democratizes renewable energy investment. It allows fractional ownership of renewable energy installations through ERC-1155 tokens. Investors can track real-time energy production and receive proportional energy credits powered by AI predictions.

Problem

• High barriers to entry for renewable energy investments
• Lack of transparency in energy production verification
• Complex management and tracking of returns
• Limited access for small investors

Solution

Solaria tokenizes energy installations as ERC-1155 tokens. Users can purchase shares, track production, and claim energy credits automatically. AI models forecast energy yield and detect anomalies, while smart contracts ensure transparency and security.

Features

• Blockchain Foundation: Multi-energy support, fractional ownership, automated credit distribution, secure wallets, smart contracts, secondary market options.
• AI-Powered Predictions: Energy yield forecasting, ensemble ML models, quality control, MLOps pipeline.
• Mobile Experience: Cross-platform app, real-time dashboards, secure authentication, project discovery, one-tap credit claims.
• Enterprise Backend: NestJS REST API, MongoDB integration, role-based access control, email notifications, Swagger documentation, security-first design.

Architecture

Solaria integrates Flutter-based mobile applications, a NestJS backend, blockchain contracts on Hardhat, AI services in Python (FastAPI), and MongoDB for data storage. Smart contracts interact with real-time production oracles and AI predictions to distribute energy credits proportionally.