Growsmarter, Europe’s attempt to provide real solutions for smart cities
This article is also available here in Spanish.

Growsmarter, Europe’s attempt to provide real solutions for smart cities

My list

Author | Jaime Ramos

Drawing up an efficient road map is one of the most complicated tasks for cities wanting to embrace the principles of smart growth. Is it possible to establish general guidelines and, in turn, specific proposals with the guarantee of other smart city success stories?

That is the aim of the last chapter of the European project GrowSmarter. Its report From Dream to Reality: Recommendations for Policymakers and Practitioners includes a compilation of all its initiatives in a single document. The aim is for it to be used as the keystone of smart growth, at a local and national level.

What is GrowSmarter?

GrowSmarter is an EU funded project that has developed a road map to provide smart sustainability and growth solutions in an urban context. The project started in January 2015 and ended with the change of decade on December 31, 2019.

The initiative was funded by the European Union, receiving €25 million in funds within the framework of the Horizon 2020 research and development program, which in turn had a budget of €80 million.

What cities have formed part of the GrowSmarter project?

Barcelona, Cologne and Stockholm were the three lighthouse cities of the GrowSmarter project. However, their streets were just the starting point. The initiative has extended across the continent, thanks to the project’s determination to export its achievements to other cities.

The project gained 42 partners including public and private agencies and the solutions designed by the three original cities have been replicated in dozens of other cities and regions of Europe.

Thanks to GrowSmarter, average energy efficiency of buildings in cities has increased, reducing carbon dioxide emissions by 30-70%. This has led to annual savings of over 8 GWh, enough to heat 12,000 apartments in Cologne. Citizen engagement has also increased, bringing together more than 15,000 participants.

The 12 key solutions of GrowSmarter

grow smarter 2

The benefits achieved by GrowSmarter have been channeled via 12 smart urban developments:

  1. Energy retrofitting of buildings.
  2. Smart building logistics.
  3. Smart, energy saving tenants.
  4. Local renewable energy production.
  5. Smart lighting, lampposts and traffic posts.
  6. New business models for district heating and cooling.
  7. Smart waste collection, turning it into energy.
  8. Big open data platform.
  9. Sustainable delivery.
  10. Smart traffic management.
  11. Alternative fuel-driven vehicles.
  12. Smart mobility solutions.

What does ‘From dream to reality’ provide?

The most recent publication of the project represents a guide with a profound universal vision that opens the door to transferring the success of the abovementioned solutions to other cities. That is, it provides cities with more reliable ways of tackling challenges such as embracing smart mobility.

The conclusions are structured, using the innovations and achievements reached in the twelve areas or solutions mentioned above.

Stockholm, a success story

The Swedish capital is one of the cities that has benefited the most from GrowSmarter. This was confirmed when Stockholm received the World’s Smartest City award from among 450 candidate cities from 54 countries.

Among the most leading and noteworthy solutions of the "Venice of the North", is the one that introduces the use of waste to produce energy into its energy business model, which is then used to heat apartments and supermarkets. The demonstrated annual energy savings are 16 GWh.

It is clear that one of the main benefits of the project is that its impact is still present in both the initial cities and in those that have taken note and applied some of the measures.

Images | GrowSmarter

Related content

Recommended profiles for you

ET
Esther Tu
Le Quy Don Highschool
文邓
文浩 邓
amanzaon
AF
Abner Feliz Feliz
-
AK
Aleksandra Kostrzewa
Think Lodz
Karolína Čuntalová
VUT
佳陶
佳 陶
同济大学
ON
ouqwf nasv
js
XB
Xiao Bian
Renmin University of China & University of Groningen
MB
max burks
university
AA
Abdulaziz Almogren
SILZ
XW
xia wu
11111
彭彭
彭双双 彭
自由职业
AK
Anna-Francisca Kersuzan Kersuzan
COMECA
文徐
文康 徐
东南大学
BM
Backhaus Max
WVSG
AA
Aamer Azeemi
Petrus Consulting LLC
Managing Consultant
DC
Diego Castañeda
BUAP
AH
Aaron Huang
SHANGHAI LONG-JOIN INTELLIGENT TECHNOLOGY INC.
LONGJOIN® Photocell Manufacturer engineer /photocell /zhaga book 18
MT
Minoz Torres
arquitecto
NN
Neo Natt
aitortilla books