Objectives:

• To develop a simulation platform for smart grid teaching based on the widely-used power system software HAP, which is a fully integrated AC and DCelectrical power system analysis tool.
• To develop a series of models, including advanced power system components such as large-scale electric vehicle charging stations andbattery energy storage systems and integrate them into the existing library with classical models.
• To integrate advanced planning and operation tools including intelligent power monitoring, energy management, system optimization, advanced automation and even real-time prediction into the platform to support simulation analysis, control and operation of the power system.
• To help the students understand the operating principle of smart grid, encourage their active learning, integrate our latest research into our education and refine our 4-year undergraduate curriculums by adding new knowledge of future power system operation

Remarks:

Outcomes & Deliverables:

• Novel Smart Grid Simulation Platform
• Models of Advanced Power System Components in Smart Grid
• Advanced Planning and Operation Tools Including Intelligent Power Monitoring, Energy Management, System Optimization, Advanced Automation and Real-Time Prediction
• Lai, H. Y., Mai, W. J., & Chung, C. Y. (2014). Educational simulation platform for micro-grid. Paper presented at the 2014 IEEE PES Asia-Pacific Power and Energy Conference (APPEEC), The Hong Kong Polytechnic University, Hong Kong.