SITE FACT SHEET

Technical fact sheet

Department of Electrical Engineering, Ming Chi University of Technology

I lead our research team in planning, development and system integration, working with our partners to connect three campus energy resources with research, teaching and industry exchange.

Pedestrian bridge microgrid

Photovoltaics: 30 kW
Storage power / energy: 100 kW / 200 kWh
DC fast charging: 180 kW × 1 station
AC charging: 7 kW × 5 chargers

EE building nanogrid

Photovoltaics: 3.2 kW
Storage power / energy: 5 kW / 10 kWh
AC charging: 7 kW × 1 charger

Lab126 battery storage

Storage power / energy: 30 kW / 100 kWh
Location: Electrical Engineering Lab126
Application: EE building demand

Monitoring and control scope

We monitor all three campus energy resources through one EMS. Operation is currently manual, with load and PV generation forecasting deployed. This development and operating experience supports our ongoing work on energy management and control strategies.

180 kW is the total rating of the DC charging station. Equipment ratings do not indicate simultaneous operating output. Equipment ratings follow our development records and public university information. Contact us to discuss detailed test conditions.

Original source · Public archive · Our team’s development and operating records

Discuss a collaboration

Ching-Chuan Luo, Ph.D. · Principal investigator · Microgrid site projects
Assistant Professor · Department of Electrical Engineering, MCUT
Luo@mail.mcut.edu.tw · +886 2 2908 9899 ext. 5245
https://luochingchuan.com/mcut-microgrid/