Powering the energy transition at the district level_Cities4PEDs_AWB_final

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14 In conclusion, there is more to Positive Energy Districts than technical challenges alone. PEDs deal just as much with activating different stakeholders, communicating about goals, building local capacity, ensuring continuity, financing ‘unprofitable’ aspects of district development and much more. The six experiments in this chapter show different approaches to this co-creative process. The Portraits allow us to learn from the diversity of insights and tools.
PORTRAIT 1 15 Northern Quarter, Brussels Northern Quarter covers 150 ha 16,000 inhabitants Pentagon covers 461 ha 51,566 inhabitants
Page 1 and 2: POWERING THE ENERGY TRANSITION AT T
Page 3: Table of contents INTRODUCTION The
Page 6 and 7: 2
Page 8 and 9: con ceiving and implementing strate
Page 10 and 11: This in turn affects the mobility s
Page 12: Portraits, Keys and Considerations
Page 16 and 17: First, each of the cases maximizes
Page 20 and 21: A district in continuous transforma
Page 22 and 23: 3. The legacy of urban renewal cont
Page 24 and 25: 5. An energy analysis by 3E shows t
Page 26 and 27: Involving local communities in a sh
Page 28 and 29: 10. The joint creation of the windm
Page 30 and 31: Experimenting with an open organiza
Page 32 and 33: 14. Three promising directions for
Page 34 and 35: 30
Page 36 and 37: A peri-urban satellite city in resp
Page 38 and 39: 3. In aspern Seestadt, many of the
Page 40 and 41: 5. The recently developed aspern Kl
Page 42 and 43: Public-private cooperation for dist
Page 44 and 45: Community-building in a developing
Page 46 and 47: 42
Page 48 and 49: Brownfield redevelopment offers opp
Page 50 and 51: 3. Today, the first phase of the St
Page 52 and 53: 6. The high sustainability targets
Page 54 and 55: 8. FH Technikum Wien simulated pote
Page 56 and 57: The monitoring and web-based report
Page 58 and 59: 13. Plant beds, open spaces and str
Page 60 and 61: 56
Page 62 and 63: A solidary neighbourhood rising out
Page 64 and 65: Energy as a lever to respond to loc
Page 66 and 67: Combining energy technical potentia
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7. In a next step, these two parall
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Sociocultural programme to build lo
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12. In 2020-2021, the IABR’s two-
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70
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Formerly an industrial area, today
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Combining centralized and decentral
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5. However, half of the area is sti
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7. Energy and climate adaptation ar
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10. The Maison de la Confluence is
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A new architectural language for a
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84
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Reinhabiting a historic city centre
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A long-standing history of energy s
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6. In line with the National Climat
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8. The first PEB experiment showed
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11. One of the priorities in Limeri
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96
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and how do you assess whether you
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102
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104 As a private energy provider, w
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Different levels of analysis We hav
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up the social fabric of BoTu were i
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Institutional actors Facilitator Ci
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112 mapping to research the city’
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114 Three months ago, at a neighbou
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oth existing and newly built distri
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6. Co-ownership of the process: Loc
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102 single-family homes, 2 apartmen
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2.F Local exhibition Models, photog
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2.I Co-design challenge Making a ph
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126
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128 Inspired by the European Climat
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From an absolute to a relative posi
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150 Cities4PEDs districts Energy Ba
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3.A Benchmarking It is worth lookin
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PV cells, and 100% electrification
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138
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140 I moved my architecture practic
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In this Key, we first describe the
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Three diverging neighbourhood strat
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But this system only works if every
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houses surrounded by nature (green)
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150 so that it could be connected t
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152 A year ago, we were organizing
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Three different models The experime
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BOTU 2028 be different and sometime
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5.F Citizen budget and jury Citizen
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160 pitch and the installation of a
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162 A few years ago, the city intro
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ealization of a heat network might
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Measures that control energy consum
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6.C New cooperative energy infrastr
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250 W 200 W 150 W 100 W 50 W 0 W 25
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172
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174 Ours is a typical residential n
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transition towards renewable energi
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harder to reach, unburdening and em
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There are different conditions for
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7.F Selling carbon credits The tota
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184 the existing tax incentives and
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186 A few years ago, the entire loc
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and training budgets. The Netherlan
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8.C Capacity-building within the go
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192 new skills, for which we receiv
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194 The former port area has been a
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In addition, (local) public authori
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authorities can also tender for the
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9.E Building standards and building
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202 we will provide high-quality pu
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204 Over the past four years, we’
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Qualitative data (like ‘quality o
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monitored by the DSO or district he
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Alternative ways to harvest and sha
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consumption, figures close to those
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214
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216 My team and I have worked hard
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Puzzle pieces for a supralocal fram
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put on the agenda and solved. In Oc
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strategy planning process, and over
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224
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That is why this chapter provides y
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Foto 2
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inclined to undertake a second and
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Foto 4
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favouring new entrepreneurship and
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Foto 6
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Building inclusive energy districts
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Foto 8
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support packages that enable people
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Foto 10
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as in Amsterdam (NL). Are governmen
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Foto 12
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The aim is to bring about change ac
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Foto 14
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The alternative strategy is to chan
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Foto 16
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the costs for the landlord. Or (a b
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Foto 18
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change can take place at the level
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This resource takes stock of the cu
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organizations, coalitions, companie
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274 Embodied energy / Grey energy /
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Stakeholders The individuals, group
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Dutch Climate Agreement (p. 218) Pa
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Oud-Heverlee (p. 168) Belgian munic
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282
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— Enerzjy Koöperaasje Garyp (n.d
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— The Rockefeller Foundation and
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City Mine(d) Design practice that o
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290
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Powering the energy transition at the district level_Cities4PEDs_AWB_final

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