The table below illustrates, for a few sub-sectors, the scale of the planned programs. The district is being developed in phases, each with its own characteristics, sustainability requirements, and a finely calibrated mix of housing, employment, and public space programs. The scheme, strengthened since 2016, directly funds new metro lines, some of which are to serve 78,000 housing units under construction. The project, estimated at about 11 billion SEK, falls under the “Negotiation for Sweden” scheme, which ties state funding to municipal housing construction commitments.
Smart City Sweden promotes innovative technologies for more connected, efficient, and sustainable cities on a national scale. The national adaptation strategy plans to strengthen the action framework every five years, with Boverket as the lead for the “built environment” dimension and counties as liaisons to municipalities. For Sweden, this project aims to decarbonize construction by leveraging its forestry sector and to generalize industrialized techniques (modules, prefabrication) to compensate for labor shortages. Experimentation with low-carbon materials and circular economy solutions for construction. Located on a former industrial and port site, the project aims for about 12,000 homes and 35,000 jobs by the mid-2030s, in what is presented as one of the largest urban construction sites in Northern Europe. In Sweden, climate and adaptation policies rely on a combination of national sectoral strategies (climate, adaptation, green infrastructure, energy transition, urban innovation).
- Simultaneously, SMHI, the Swedish Meteorological and Hydrological Institute, leads the overall coordination of adaptation at the national level.
- Private individuals can also write to the council with requests to have cases heard.
- The ambitions set by the upcoming urban development projects in Sweden cannot be achieved without powerful cooperation tools between the public and private sectors.
- The project, integrated into the European Baltic Urban Lab program, plans for about 3,000 homes, jobs, a marina, canals, and facilities.
- The project, estimated at about 11 billion SEK, falls under the “Negotiation for Sweden” scheme, which ties state funding to municipal housing construction commitments.
Another program, “City as a Platform”, brings together 18 municipalities (from Gothenburg to Umeå, including Stockholm, Malmö, Västerås, Lund…) to develop open and interoperable IoT platforms for managing lighting, traffic, energy, or urban data collection. Swedish thinking is no longer limited to the classic state/municipality–business model. In Hammarby Sjöstad, the city selected over 30 developers and architectural teams, imposing strict standards on energy, green spaces, and water management. Stockholm, for example, owns about 70% of urban land; Malmö and other major cities also have significant landholdings. The ambitions set by https://ativanx.com/2022/01/25/amh-philippines-and-synspective-sign-mou-for-strategic-alliance-to-use-sar-data-for-geohazard-mitigation-projects-in-the-philippines/ the upcoming urban development projects in Sweden cannot be achieved without powerful cooperation tools between the public and private sectors.
- The project, aiming for about 11,000 homes and 200,000 m² of offices and shops, was designed in the 1990s with the ambition to halve the environmental impact compared to the best Swedish standards of the time.
- Specific funding of about 3.2 million euros from a national decontamination fund was mobilized, in addition to municipal investment and private developers.
- Consenting to these technologies will allow us to process data such as browsing behavior or unique IDs on this site.
- An urban development area describes overall goals and starting points for long-term sustainable city development.
- These Nature-based Solutions (NbS) are set to become widespread in future urban development projects in Sweden, especially to cope with increasing risks of extreme rainfall and flooding.
Gothenburg and the Post-Carbon Port City
In Hyllie (Malmö), a partnership with E.ON aims for a goal of 100% renewable or recovered energy by 2030 for a district comprising 9,000 homes and 9,000 jobs. More broadly, Gothenburg participates in https://link-building-service.info/what-is-real-estate-construction-modeling-used-for.html European projects on “Positive Energy Districts” and low-carbon cities, using its eco-districts as testing grounds. The next major operation in Malmö, Nyhamnen (93 hectares of former industrial docks facing the city center), aims for about 8,000 homes and up to 16,000 jobs.
Number of new housing units needed per year over the next decade to keep up with demographics, while construction starts are far lower. On the other, a large part of the existing building stock, particularly that built between 1931 and 1980 (nearly 60% of the stock), is reaching the age of major renovations. The upcoming urban development projects in Sweden are a response to a double imbalance. Simultaneously, SMHI, the Swedish Meteorological and Hydrological Institute, leads the overall coordination of adaptation at the national level. The proposal from the Swedish Transport Administration (Trafikverket) alone for this period represents nearly 959 billion SEK for operations, maintenance, and new investments.
The future urban development projects in Sweden serve as a large-scale laboratory for experimenting with and designing the city of tomorrow. Under pressure from strong demographic growth in major metropolitan areas, highly ambitious climate goals, and an aging building stock, the country has embarked on a new phase of intensive urbanization, structured by particularly detailed national and local planning. The office is responsible for the City’s work on major infrastructure projects and the municipal group’s investments, and plays a coordinating role in negotiations with external parties. The Council for the Protection of Stockholm’s Beauty (Council for the Protection of Ecological and Aesthetic Matters) advises the municipality’s departments on issues relating to the urban environment.
On a European scale, few countries concentrate as many urban construction projects simultaneously in housing, transport, energy, and digital infrastructure as Sweden does. The council usually acts as a referral body in the detailed development planning and building permit process, but the council may also voluntarily submit proposals and petitions to the various municipal bodies. In addition to overall planning for housing, workplaces, environment and infrastructure, the department works on the production of planning and area programmes, detailed development plans and building permits. This section of the toolbox details these major phases of the development process, and further breaks down the process in relation to the role a municipality will play in initiating an affordable development.
For purposes of this toolbox, this guide assumes that publicly-owned land (by the municipality) is going to be used for affordable housing. As with any large and complex undertaking, bringing a housing development to life requires both a big-picture vision and attention to detail. A clear starting point for all state and local governments to begin, or continue, an active effort to remove unnecessary burdens to home construction
Specific funding of about 3.2 million euros from a national decontamination fund was mobilized, in addition to municipal investment and private developers. The project, integrated into the European Baltic Urban Lab program, plans for about 3,000 homes, jobs, a marina, canals, and facilities. The city aims for a reduction of at least 30% in its CO₂ emissions by 2020 compared to 1990 and a level of about 2 tonnes per capita by 2050. The first phase, Smörkajen, served as a testing ground for integrating the Sustainable Development Goals (SDGs) into local planning, particularly focusing on the links between city and marine environment (SDG 14), responsible consumption and production (SDG 12), and urban form (SDG 11). These Nature-based Solutions (NbS) are set to become widespread in future urban development projects in Sweden, especially to cope with increasing risks of extreme rainfall and flooding. In the older Augustenborg district, the city implemented an exemplary project combining green networks, 9,000 m² of green roofs, and an open-air stormwater management system.
However, planning frameworks still often prioritize heavy engineering works, and many municipalities struggle to decide in favor of softer solutions that require more space and public consultation. The use of Nature-based Solutions, already trialed in Malmö (Augustenborg, green roofs and open stormwater management) or in wetland and watercourse restoration projects (ReBorN LIFE), should intensify as the country becomes aware of the limits of “grey infrastructure” alone. Municipalities must conduct in-depth risk and vulnerability analyses, targeting sensitive buildings and critical infrastructure.
English 
简体中文