Blockchain-dispatch platform for multi-microgrids with high green power penetration based on artificial-intelligent real-time control schemes
This project aims to develop a multiple-microgrid smart energy dispatch platform with a high penetration of green energy. The microgrid includes power prosumers with their own distributed energy resources on the demand side. By using blockchain smart-contract and hyper-ledger technologies, the green-power transactions between users and their certifications can be achieved. Besides, the microgrid can provide demand response and ancillary services in response to grid demand, so as to maximize the operational benefits of microgrid users, enhance grid reliability, and relieve the impact of high-penetration green energy.
Taiwan Geothermal Power Generation Promotion Strategy and Approaches & Current Status of Geothermal Power Generation Projects in Taiwan
The Intelligent Cloud Platform for the Machinery Industry and on-premise Taiwan Machinery Standard Runtime networking technologies.
Agricultural Waste Energization (Reuse) and Intelligent Poultry Farming- Intelligent Automatic Environment Control Poultry House and Monitoring Control Management System
Application of a multiple-Doppler-radar three-dimensional wind synthesis technique (WISSDOM) in severe weather monitoring and research
Technology maturity：Trial production
Exhibiting purpose：Display of scientific results
Trading preferences：Technical license/cooperation、Negotiate by self
Coming soon!