Solar Intelligence

2026-09-11

AI Summary

本文介绍了一种名为Solar Intelligence的框架，通过整合太阳能数据、地面传感器读数及研究论文等资源，并结合机器学习预测模型，解决了太阳能决策支持中信息分散且缺乏解释的问题。

Abstract

Solar energy decision support is fragmented across dashboards that provide data without explanation, research papers are slow to parse, and general-purpose language models are not solar domain specific and answer without evidence. This paper introduces Solar Intelligence, a hybrid retrieval-augmented framework that unifies structured solar analytics, evidence-grounded scientific question answering, and machine learning forecasting in one system. The platform integrates daily NASA POWER solar and meteorological data, Biosphere 2 ground-sensor readings, and a curated corpus of research papers and institutional reports. Structured queries use DuckDB SQL; scientific questions are answered by a hybrid retriever that fuses BM25 and ChromaDB dense embeddings via Reciprocal Rank Fusion, with responses grounded through a language model (llama3.2:3b). An Extreme Gradient Boosting (XGBoost) model produces daily forecasts of irradiance, temperature, and wind speed. The system is exposed via FastAPI, Streamlit, and an MCP server, so it can be used as an application, an API service, or an agent tool - by students, researchers, and energy analysts.

Problem

• Solar Energy
• Decision Support
• Domain Specific

Innovation

• hybrid retrieval-augmented framework
• evidence-grounded scientific question answering
• XGBoost model