1. EnTranCe: Centre of Expertise Energy “If we want things to stay as they are, things will have to change.”
Dr. Ir. Jan-jaap Aue
Hanze University of Applied Sciences

2. Hanze University of Applied Sciences, Groningen
Background
Hanze University of Applied Sciences has been ranked in the top 25 educational institutions in the world, for its applied research according to U-Multirank 2016.
Established in 1798
Professionally oriented higher education
Applied Research Programmes
70+ Bachelor programmes, 18 Master programmes;
3 focal areas: Energy, Healthy Ageing, Entrepeneurship
Partner in the Energy Academy Europe
26,500 students choose our university; 10% international, 72 nationalities

3. Economic view of the region

4. Open model in education / research / innovation
Public-Private Partnership of Businesspartners, Hanze University of Applied Sciences, University of Groningen
Top Research
Applied research/ innovation
Education (focus on interdisciplinary)
Urgent energy challenges (global warming, energy security, economic growth) for public and private sector.
Open model in education / research / innovation
Focus on transition to sustainable, reliable and affordable energy!
Fieldlab of Energy Academy Europe at Hanze UAS: EnTranCe (The Energy Transition Center)

5. Society Research& Education Companies
October 2015 Opening by King Willem Alexander
Society
Research&
Education
Companies

6. Show options and their impact Stakeholders Dialogue
Our Mission :Speed up innovations for the Energy Transition
Inter-disciplinary
Multi-Level
Co-ownership
Young People
‘Just do it’
Show options and their impact
Stakeholders Dialogue

7. Goals 2022
(at Least) 5 sustainable (Emission Neutral) communities in our region.
1500 EAE certified Energy Students
15 Energy Startups per year
At least 25 million Euros of induced investments / new jobs

9. Change Agency Ameland in Transition
short video on EnTranCe and the island of Ameland 9

10. Example: Clean Energy Design Model

11. Example: Clean Energy Design Model

12. Roles There are five roles in the game Production People Planet Profit
Balance (DSO)

13. Lets play

14. Lets play
Playing cards

15. Example playing card Meaning scores Energy production Local acceptance
Each card represents the area needed for that technology (except efficiency, storage, CHP).
Meaning scores
Energy production
Local acceptance
Sustainability
Profitability
Balancing

16. Energy production (chairman)
Lets play
Energy production (chairman)

17. Must be met by role People
Lets play
Must be met by role People

18. Must be met by role Planet
Lets play
Must be met by role Planet

19. Must be met by role Profit
Lets play
Must be met by role Profit

20. Must be met by role Balance
Lets play
Must be met by role Balance

21. Round: 10 minutes Division of roles (1 chairman and 2 per role)
Rules of engagement
Round: 10 minutes
Division of roles (1 chairman and 2 per role)
Every role must place a minimum of one card on the board they prefer (2 min)
Discuss and try out the possibilities for achieving the main and sub goals (8 min)

22. Will be asked per table: The cards used The goals reached
Discussion
Will be asked per table:
The cards used
The goals reached
Consensus gained
Conflict of interest

23. Name: Jan-jaap Aué Position: Dean Centre of Expertise Energy E-mailaddress: j.aue@pl.hanze.nl