SYSTEMS & ARCHITECTURE
From equipment to energy management.
A functional overview of the resources and their relationship to the EMS.
Dashed lines indicate monitoring and operational relationships, not power connections. Electrical interconnections and protection arrangements are not represented.
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.
Pedestrian bridge microgrid
Campus bridge PV, battery storage and DC/AC charging loads support the study of integrated energy systems.
- Photovoltaics
- 30 kW
- Storage power / energy
- 100 kW / 200 kWh
- DC fast charging
- 180 kW × 1 station
- AC charging
- 7 kW × 5 chargers
180 kW is the total rating of the DC charging station. Equipment ratings do not indicate simultaneous operating output.
Source：Original source · Public archive
EE building nanogrid
A small-scale PV, storage and charging installation for teaching and energy monitoring.
EE building nanogrid
PV, storage and charging layout, selected from our English exchange presentation.- Photovoltaics
- 3.2 kW
- Storage power / energy
- 5 kW / 10 kWh
- AC charging
- 7 kW × 1 charger
Source：Original source · Public archive
Lab126 battery storage
Located in Electrical Engineering Lab126, this battery system supports management of the building’s demand on the campus supply.
- Storage power / energy
- 30 kW / 100 kWh
- Location
- Electrical Engineering Lab126
- Application
- EE building demand
Source：Our team’s development and operating records
