AI-powered interactive platform for planning and optimizing green hydrogen infrastructure with real-time impact analysis.
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Updated
Jul 7, 2026 - TypeScript
AI-powered interactive platform for planning and optimizing green hydrogen infrastructure with real-time impact analysis.
This repository contains the code related to the research article titled "Control óptimo multifase de sistema fotovoltaico-hidrógeno asistido por red".
[우수상 수상작] 2022년 캠퍼스 특허 유니버시아드 특허전략부문 | 특허 빅데이터 분석을 통한 수소 자동차 유망기술 도출 프로젝트
Optimising production and long-term bulk storage of hydrogen from offshore wind in salt caverns in the Irish Sea
多能互补调度系统 - LSTM风光预测, 绿电制氢, 热电联产协同优化 (Python, OPSD)
Simulador de electrólisis y producción de hidrógeno verde implementando arquitectura MVC y validaciones en Java Swing.
Architecture-complete green-hydrogen validation repo: safety-gated bench testing, gas verification, carbon/source accounting, BOMs, assembly walkthroughs, Gankyil-A A/B tests, and evidence receipts.
AI-SCADA platform for green hydrogen production + SWRO desalination — Kraefegg M.O.
This code refers to what has been implemented to the PE converters designed to transfer energy from a RES to an electrolyser, with the backup of an ESS.
Browser-based techno-economic model for green hydrogen: LCOH, solar/wind LCOE, carbon-price value chain, and downstream products (ammonia, methanol, eSAF). 氢能经济性测算交互界面。
Plataforma inteligente de monitoramento, rastreabilidade, indicadores ESG e certificação digital para a produção de hidrogênio verde.
NEMGLO: NEM Green-energy Load Optimisation
Open techno-economic model for green-hydrogen microgrids and heavy-duty FCEV, with LCOE/LCOH/TCO and a supply-chain resilience simulation.
AI-driven Solar Irradiance forecasting for Green Hydrogen plants. Achieved 0.97 R² accuracy and 86% error reduction using Random Forest. Optimized for the Puertollano industrial hub.
Planning sandbox for circular green industrial clusters and terawatt energy scenarios.
Blockchain platform for traceable Hydrogen Guarantees of Origin, built on Hyperledger Fabric.
Techno-economic LCOH model comparing green hydrogen production costs between Saudi Arabia and the US, featuring Monte Carlo uncertainty analysis.
Green hydrogen electrolysis catalyst discovery — 20-doc research synthesis, Bayesian optimisation, CaWO4 phase engineering, SHAP analysis, Streamlit dashboard
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