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AI Literature Radar for Power Systems

JavaScript Node.js License Stars Status Power Systems


An AI-powered daily literature mining system for power systems and energy forecasting research. Automatically fetches, scores, and summarizes the latest papers from arXiv and other sources — delivering a daily research brief to your inbox or dashboard.

Why This Exists

Keeping up with the energy systems literature is a full-time job. This tool automates it: every day, it scans for new papers in electricity forecasting, microgrids, and energy optimization — then uses AI to extract the key findings.

Features

  • Daily arXiv Crawling — automated fetch of latest preprints in power systems
  • AI-Powered Summarization — LLM-generated summaries of key contributions
  • Relevance Scoring — papers ranked by relevance to your research focus
  • Web Dashboard — browse daily papers with an interactive UI
  • WeChat / Email Push — daily digest delivered automatically
  • SOTA Tracking — track state-of-the-art results over time

Architecture

Architecture

Quick Start

# Clone and install
git clone https://github.com/disdorqin/power-papers-daily.git
cd power-papers-daily
npm install

# Configure your research interests
cp .env.example .env
# Edit .env with your API keys and preferences

# Run the daily fetch
npm start

# Or set up auto-run with GitHub Actions (already configured)

Example Output

See the live dashboard for today's papers.

Papers are scored on:

  • Time relevance (how recent)
  • Journal impact (where published)
  • Citation velocity (how fast it's being cited)
  • Topic alignment (match with your research)

Roadmap

  • Daily arXiv ingestion
  • AI summary generation
  • Web dashboard
  • Integration with DARIS for automated literature review
  • Multi-source aggregation (IEEE Xplore, ScienceDirect)
  • Personalized recommendation engine

Tech Stack

JavaScript · Node.js · Python · OpenAlex API · LLM APIs · HTML/CSS

Star History

Star History Chart

Contributing

See CONTRIBUTING.md.

License

MIT — see LICENSE.

About

电力系统预测方向每日arXiv论文AI智能总结 - 自动获取机器学习、微电网、能源系统优化等领域的最新文献

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