Towards Climate Neutrality: Progressing Key Actions for Positive Energy Districts Implementation

Author:

Romano Rosa,Andreucci Maria Beatrice,Giancola Emanuela

Abstract

AbstractPositive Energy Districts (PEDs) represent an emerging urban transition paradigm, an advanced framework to effectively attain decarbonization targets, as well as a holistic approach to foster more resilient and livable cities. However, implementing PEDs is challenging, demanding substantial planning, design, and operations changes. Mainstreaming PEDs calls for innovative legal, institutional, business, and organizational frameworks, as well as an active involvement of the main actors (i.e., cities, municipalities, communities, investors, industry players, and service providers), to co-design and jointly progress ambitious agendas, multiscale plans, flexible instruments, and adaptive structures. Benefitting from the authors’ cooperation within the Horizon 2020 project, Cooperation in Science and Technology COST Action ‘Positive Energy Districts European Network’ (PED-EU-NET in PED-EU-NET | COST ACTION CA19126, 2020), the proposed contribution addresses relevant issues and opportunities characterizing the development of PEDs in Europe, relating attention to effective implementation, context-specificity, replicability, and upscaling. Among the results achieved in the first year of the COST research activities, the authors present an understanding of the PEDs policy landscape in Europe, and a catalogue of the key lessons learned from PEDs in progress. In detail, some comprehensive and interrelated aspects (stakeholder-oriented strategies and technological and system innovation) that have emerged towards enabling conditions for upscaling PEDs structure are analyzed. Through the investigation of existing framework conditions, barriers, and enablers of piloting projects, as well as emerging impacts at international level, the authors provide original insights, and formulate key recommendations for take-up and advancement towards climate neutrality, making a timely and original input to enhanced scholarly understanding of PEDs.

Publisher

Springer International Publishing

Reference20 articles.

1. Ahlers D, Driscoll P, Wibe H, Wyckmans A (2019) Co-creation of positive energy blocks. IOP Conf Ser Earth Environ Sci 352:012060. http://doi.org/10.1088/1755-1315/352/1/012060

2. Ahlers D et al (2020) In: Vandvyvere H (ed) Positive energy districts solution booklet. https://smart-cities-marketplace.ec.europa.eu/insights/solutions/solution-booklet-positive-energy-districts. Accessed 18 Mar 2022

3. Bhowmik AK et al (2020) Powers of 10: seeking ‘sweet spots’ for rapid climate and sustainability actions between individual and global scales. Environ Res Lett 15

4. BMVIT (2022) Towards plus-energy neighborhoods (folder). https://nachhaltigwirtschaften.at/en/sdz/publikations/folder-plus-energy-neighbourhoods.php#contentDescription. Accessed 18 Mar 2022

5. Bossi S, Gollner C, Theierling S (2020) Towards 100 positive energy districts in Europe: preliminary data analysis of 61 European cases. Energies 13(22)

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