Slides van Bob Mantel (Gemeente Amsterdam)

1. AMSTERDAM SMART CITY1
Amsterdam Energy Atlas

2. AMSTERDAM SMART CITY2
=
what
• Bringing data together and visualization
• Bringing new insight
• Start of collective assumptions for collaboration
• Decision support tool for professionals in the energy/planning sector
• Could it be more..?

3. AMSTERDAM SMART CITY3
• New York / Hamburg /
Londen
• TU Delft • Amsterdam
+ =
how

4. whom
AMSTERDAM SMART CITY4
etc

5. Why: get more precise
AMSTERDAM SMART CITY5

6. AMSTERDAM SMART CITY6
• context
1

7. AMSTERDAM SMART CITY7
Amsterdam Energy Atlas
functions

8. AMSTERDAM SMART CITY8
people

9. AMSTERDAM SMART CITY9
ownership (housing)

10. AMSTERDAM SMART CITY10
• Energy demand
2

11. AMSTERDAM SMART CITY11
electricity consumption

12. AMSTERDAM SMART CITY12
gas consumption

13. AMSTERDAM SMART CITY14
sustainable heating

14. AMSTERDAM SMART CITY15
• Potential sources of renewal energy
3

15. AMSTERDAM SMART CITY16
sustainable electricity

16. AMSTERDAM SMART CITY17
solar potential

17. AMSTERDAM SMART CITY18
Heat and cold storage potential

18. AMSTERDAM SMART CITY19
Geothermal potential

19. AMSTERDAM SMART CITY20
Waste heat potential

20. AMSTERDAM SMART CITY21
Supporting stakeholders decision making

21. AMSTERDAM SMART CITY22
Resultaten: Balance city level

22. AMSTERDAM SMART CITY23
Resultaten: verschil in aanpak per gebied
In Zuidoost:
-great opportunities for the area to heat
‘itself’ by using local waste heat
In Nieuw-West:
-great opportunities for housing
to be self supporting in electricity

23. AMSTERDAM SMART CITY24
results
• District planning: focus on heating and consultancy use data to develop
business case and collaboration with datacenter industry as heat producers
• Building sector searches for best changes for retrofit using the atlas
• Support of development of development strategy for a neighborhood: atlas
introduced sustainability and has let to an agreement between fibre optic com,
waste com, water com, solar com, citizens representatives and municipality to
modernize homes
• National funding sceme for innovative car batteries
->Not happened yet: city scale application of atlas…2015

24. AMSTERDAM SMART CITY25
Verbruikskaarten (gas)

25. AMSTERDAM SMART CITY26
Verbruikskaarten (stadsverwarming)

26. AMSTERDAM SMART CITY27
Bestaande duurzame infrastructuur en opwek

27. AMSTERDAM SMART CITY28
Potentiekaarten (zon)

28. AMSTERDAM SMART CITY29
Potentiekaarten (water)

29. AMSTERDAM SMART CITY30
Potentiekaarten (water)

30. AMSTERDAM SMART CITY31
Potentiekaarten (water)
Wko gesloten Wko open geothermie

31. AMSTERDAM SMART CITY32
Resultaat: stakeholders kunnen samen rekenen

32. AMSTERDAM SMART CITY33
Resultaten: energie balans van de stad

33. AMSTERDAM SMART CITY34
Resultaten: verschil in aanpak per gebied
In Zuidoost:
-great opportunities for the area to heat
‘itself’ by using local waste heat
In Nieuw-West:
-great opportunities for housing
to be self supporting in electricity

34. AMSTERDAM SMART CITY35
Resultaten: gebiedsanalyse zuidoost
Goals, theoretisch haalbaar:
-warmte: alternatieven bronnen om doel te bereiken
-elektrisch: optelsom van bronnen zijn nodig om doel te bereiken

35. AMSTERDAM SMART CITY36
Resultaten: quickscan warmte business case

36. AMSTERDAM SMART CITY37
Resultaten: ruimtelijke oriëntatie vehicle to grid

37. AMSTERDAM SMART CITY38
Te combineren met afval, water, mobiliteit data
Domestic waste Industrial waste
Overlast binnen gebouwen Overlast openbare ruimte oplaadpunten

38. AMSTERDAM SMART CITY39
Partijen die de atlas gebruiken
Powered by

39. Data,waste
Domestic waste Industrial waste

40. Data,energy
consumption potential: hot and cold storage
potential: drinking water potential: waste heat
sustainable production potential: wind and solar

41. Data,rainproof

42. Data,e-charging

43. Informed decision making: Quantitative simulation
The six steps in the web-based decision support tool
Analyze the city
context
Analyze the city
context Identify opportunitiesIdentify opportunities
Select and compare city data
parameters
•Buildings, infrastructures, urban
design, mobility
•Socio-economic data, demographics
•Renewable sources of energy
Select and compare city data
parameters
•Buildings, infrastructures, urban
design, mobility
•Socio-economic data, demographics
•Renewable sources of energy
Run simulation and
determine impact
Run simulation and
determine impact Analyze resultsAnalyze resultsDefine measuresDefine measures Allocate measuresAllocate measures
Analyze results of combined measures
on KPIs
•Carbon reduction (versus costs)
•Energy efficiency, renewables
•Social, economic and environmental
factors
Analyze results of combined measures
on KPIs
•Carbon reduction (versus costs)
•Energy efficiency, renewables
•Social, economic and environmental
factors
Insert city and district plans in the
measure editor
•Insert measure from city and
stakeholders in the tool
•Allocate measure to a specific location
(city, district, building)
•Make different combinations of
measures
Insert city and district plans in the
measure editor
•Insert measure from city and
stakeholders in the tool
•Allocate measure to a specific location
(city, district, building)
•Make different combinations of
measures
Measure editorLayered data comparison City Intelligence
The decision support helps in identifying opportunities, defining and allocating measures and determining
potential impacts in order to make informed decisions

44. Informed decision making: Quantitative simulation
The six steps in the web-based decision support tool
1. Analyze the current
situation
1. Analyze the current
situation 2. Identify opportunities2. Identify opportunities
5. Allocate measures5. Allocate measures 6. Determine impact6. Determine impact
3. Set scenarios3. Set scenarios
4. Define measures4. Define measures
The decision support helps in identifying opportunities, defining and allocating measures and determining
potential impacts in order to make informed decisions

45. 1. Analyze the current situation

46. 2. Identify opportunities

47. 3. Set scenarios

48. 4. Define measures

49. 5. Allocate measures

50. 6. Determine impact