Cooperation and coordination with Tsinghua University, Shanghai Solar Energy Company, LTD and the Microgrid research programme Aalborg University.

2. 2
Research Practical problems
AAU
SSEC
Chinese sideDanish side
2013 Sino Danish Collaboration Project
Objectives:
 Test problems derived by the microgrid operation
 Hardware-in-the-loop initial tests
222
2Micro-Grid Technology Research and Demonstration

3. 3
333
3Micro-Grid Technology Research and Demonstration
http://www.meter.et.aau.dk

4. PV power generation subsystem
PV array installed on the roof of Shanghai ShenZhou New Energy B plant, installed capacity
of 130 kVA, east-west array configuration, adopt the fixed angle best installation.
4
444
4Micro-Grid Technology Research and Demonstration

5. Wind power generation subsystem
Total wind power installed capacity: 20kVA. (2 x 10 kW Wind Turbines)
5
555
5Micro-Grid Technology Research and Demonstration

6. Battery energy storage system, power electronics and control.
6
666
6Micro-Grid Technology Research and Demonstration

7. Data acquisition and control frontend.
7
777
7Micro-Grid Technology Research and Demonstration

8. The RED project was successfully finalized with the
Microgrid demonstration facility
RED project was a good first step towards our long term project…
8
888
8Micro-Grid Technology Research and Demonstration

9.  Aalborg University – Microgrid Research Programme
 Kamstrup A/S – Omnia Suite
Danish Side
Chinese Side
 Shanghai Solar Energy Ltd – Microgrid implementation project
 Tsinghua University – Leading University in China
9
999
9Micro-Grid Technology Research and Demonstration

10. Research
Implementation
Implementation
Demonstration
AAU Kamstrup
SSECTSU
Chinese side
Danish side
10
101010
10Micro-Grid Technology Research and Demonstration

11. Every setup is able to emulate a multi-converter
low-voltage Microgrid, local and energy
management control programmed in dSPACE real-
time control platforms.
11
111111
11Micro-Grid Technology Research and Demonstration

12. 12
121212
12Micro-Grid Technology Research and Demonstration

13. 13
131313
13Micro-Grid Technology Research and Demonstration

14. DSO 1.42 rmb/kWh
1.00 rmb/kWh
PCC
Auto-consumption
14Micro-Grid Technology Research and Demonstration

16.  Kamstrup Omnia scheme in iMGlab

17. www.microgrids.aau.dk
17
171717
17Micro-Grid Technology Research and Demonstration
http://www.meter.et.aau.dk