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The ISO standards on circular economy (the 59000 standards)

Name of service (page headline, shown in promos – maximum of 70 characters incl. spaces): ISO standards on circular economy (the 59000 standards) Lead (include SEO-words and the main benefits for your target groups. Stick to one paragraph, maximum 2-3 sentences):

We help you use the ISO standards that describe the circular economy (published in May 2024). The standards clarify concepts, provide guidance from a business strategic perspective and define how to measure and evaluate circular performance.

Purpose/Benefit:

We are aimed at you who want to market circular solutions and follow international agreements. The international standards offer a good understanding of what the circular economy is, and thus provide a good basis for working with the EU regulations around the circular economy, product passports, CSRD and the taxonomy. The ISO standards, on the other hand, have a different detailed structure, which can make it difficult to interpret how they fit together. We guide and provide in-depth information.

Method (what/which methods are used to perform the service):

We provide guidance on how to best understand the standards and how they relate to each other, from the perspective of your company's current needs. If you have a concrete case, such as a circular business model, a product or value network, we can show how the standards form a strategic basis for further development, communication and regulatory compliance.

Delivery (what does the client get after performed service – e.g. a report, certificate etc.):

We deliver according to your wishes, which is typically a report that you continue to benefit from in your business.

Area: Circular transition Contact person (Enter one name per field. Activated personal contact pages will appear automatically): Tatiana Nevzorova, Senior forskare
RISE
Field measurements: Yes Price type: 1 Division: Do not use - Division Built Environment Preparation: Description of preparation Preparation information:

According to discussion with customer

Standards:

ISO 59004:2024 Circular economy — Vocabulary, principles and guidance for implementation

ISO 59010:2024 Circular economy — Guidance on the transition of business models and value networks

ISO 59020:2024 Circular economy — Measuring and assessing circularity performance

Certification and marking: Not applicable Type of service: Not applicable Instrument: Not applicable General area: Not applicable URL: mailto:raul.carlsson@ri.se Delivery level: Not applicable
raul.carlsson@ri.se,tatiana.nevzorova@ri.se
9. Industry, innovation and infrastructure
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Circular transition Sekundär områdes navigation:
Innovation management
Production and manufacturing
Service innovation
Tjänstetyp tagg: Konsultuppdrag

Simplified climate declaration for components according to FKG's methodology for climate data sheets

Name of service (page headline, shown in promos – maximum of 70 characters incl. spaces): Simplified climate declaration for components Lead (include SEO-words and the main benefits for your target groups. Stick to one paragraph, maximum 2-3 sentences):

You can now provide your company and customers with a competitive edge in a simple and cost-effective manner while contributing to sustainable transport. This method leverages established material and process data to report the climate impact of both current and future production articles.

Purpose/Benefit:

The purpose of the climate data sheet is to strengthen the competitiveness of environmentally conscious subcontractors and their customers by reporting the climate impact of an existing or future item that one intends to offer. The customer can thus make a conscious choice to increase the durability of their product. The reporting of the article's climate impact provides increased customer value, which benefits the suppliers who can attach a Climate Data Sheet to their articles.

Method (what/which methods are used to perform the service):

The method is based on the company's climate impact from a simplified life cycle perspective (cradle to gate). Initial training and support is required for the development of the company and component specific calculation model.

The climate data sheet cannot be equated with a complete LCA or EPD, but the work that forms the basis of the report provides a very good insight and knowledge about the climate impact of the company and the articles from cradle to gate (from the origin of the raw material to delivery at the company's gate).

Process for producing climate data sheets:

  1. Workshop 1 Method introduction

The company gains basic knowledge about sustainability in general, and climate calculations specifically, in parallel with competence-developing exercises. A review takes place of the method and included tools and basis for producing climate data sheets.

  1. Workshop 2 Calculating climate impact

This workshop provides detailed and comprehensive knowledge about the methods for calculating environmental impact. It covers how to obtain data, the importance of identifying and using accurate data, and the steps involved in calculating your climate footprint. Following the workshop, the company will undertake its own efforts to identify and collect the necessary data for the climate data sheet.

  1. Company visit

This step is advantageously combined with Workshop 2. During this phase, RISE expert visits the supplier to examine processes and material flows, gaining a deeper understanding of the business. The visit primarily focuses on the company’s efforts to identify and collect data necessary for completing the inventory template, while also exploring opportunities to improve internal process flows. Following the visit, RISE expert collaborates with the company to finalise a model used in climate data calculations. As a result, the company will have a customised tool and model to calculate and report the climate impact of various products in the form of a climate data sheet.

Delivery (what does the client get after performed service – e.g. a report, certificate etc.):

The climate data sheet reports the climate impact in CO2eq (carbon dioxide equivalents). The calculations are based on energy, material, logistics and production data from the previous year. The calculation method can thus be used both for articles that are in production and for future articles where the product's material and manufacturing process are known. The method of producing a Climate Data Sheet follows a standardised process. After training and initial support, your staff can produce a Climate Data Sheet for any of your companys' articles.

If desired, a third-party validation of the method can be performed, which further increases the customer value of the Climate Data Sheet.

Delivery time:

As agreed in quotation

Area: Climate adaptation Contact person (Enter one name per field. Activated personal contact pages will appear automatically):
Uniben Tettey
Diego Peñaloza, Forskare
Metal component
Field measurements: No Price type: 1 Division: Division Materials and Industry Preparation: No preparation required Certification and marking: Not applicable Type of service: Testing / Analysis / Evaluation Instrument: Not applicable General area: Not applicable URL: https://fkg.se/aktuellt/klimatdeklarera-dina-komponenter/ Delivery level: Not applicable
uniben.tettey@ri.se,diego.penaloza@ri.se
/en/node/9710
9. Industry, innovation and infrastructure
Purpose - Header: Climate data sheet for sustainability and competitiveness Metod - Header: Method Delivery - Header: Climate data sheets according to a standardised process More information - Header: For more information regarding the methodology, visit fkg.se
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Sekundär områdes navigation:
Circular transition
Production and manufacturing
Service innovation
Tjänstetyp tagg: Utbildning

AI Partnership – A Path to Innovation and Sustainable Development

Name of service (page headline, shown in promos – maximum of 70 characters incl. spaces): AI Partnership – A Path to Innovation and Sustainable Development Lead (include SEO-words and the main benefits for your target groups. Stick to one paragraph, maximum 2-3 sentences):

Artificial Intelligence (AI) is a key component in the future of society and business. Through the AI Partnership, both the public sector and small and medium-sized enterprises (SMEs) gain the opportunity to explore and apply AI in a safe, ethical, and sustainable way.

Purpose/Benefit:

The partnership provides access to the latest research, hands-on training, and a secure test environment where organizations can experiment and develop AI solutions without being tied to specific technologies or vendors. Together, we create innovation and competitiveness for a better future.

For the Public Sector – AI as a Tool for Societal Development

Sweden’s welfare system faces major challenges, where AI can play a crucial role in streamlining and improving public services. Through our tailored AI Partnership for the public sector, you can explore the potential of AI in areas such as safety, ethics, bias, and inclusion. The partnership supports the early stages of the AI journey, enables knowledge exchange with other actors, and provides access to our GDPR-compliant test environment, RISE GPT.

Through training, seminars, and research projects, the public sector gains a secure platform to understand, test, and implement AI solutions that strengthen welfare and contribute to a more inclusive future.

For SMEs – AI as a Driver of Growth

AI offers tremendous opportunities for SMEs to increase productivity and competitiveness. With the right application, AI can lead to significant cost savings and new business opportunities. The AI Partnership is tailored to your company’s needs, giving access to AI expertise, a secure test environment, and networks where you can exchange experiences and insights with other businesses.

Through training, seminars, and research projects, SMEs receive the tools needed to develop innovative and sustainable AI solutions. The partnership allows companies to explore AI freely, without being locked into a specific technology or platform, enabling a flexible and future-proof development strategy.

Method (what/which methods are used to perform the service):

As Sweden’s research institute, RISE offers independent support throughout your AI journey, allowing your organization to explore and experiment without being tied to a particular technology, platform, or vendor.

The partnership is tailored to your organization’s needs and gives access to:

  • As Sweden’s research institute, RISE offers independent support throughout your AI journey, allowing your organization to explore and experiment without being tied to a particular technology, platform, or vendor.
  • The partnership is tailored to your organization’s needs and gives access to:
  • Transformation Support – advisory, sparring, and peer exchange to help you advance your AI journey.
  • Training – access to both fundamental and more in-depth AI education, and over time also to courses developed within RISE projects.
  • Access to Our Secure Lab Environment – RISE GPT – a lab environment with servers located in Sweden/EU, where your employees can practice using generative AI through test accounts, without data being stored, shared, or used to train language models.
  • Case-Based Seminars – facilitator-led sessions where you exchange experiences with other organizations undergoing similar AI journeys.
  • Networking – matching and connecting with organizations that have implemented AI solutions, providing relevant insights and practical examples.
  • Newsletter – quarterly updates on the latest AI research and insights from RISE.
  • Research Projects – opportunities to participate in AI-related research when relevant calls arise.
Delivery (what does the client get after performed service – e.g. a report, certificate etc.):

By collaborating with us, you gain not only technical knowledge but also a partner who understands your operations and is passionate about driving innovation forward. Contact us today to take the next step in your organization’s AI journey!

Delivery time:

Contact us for more information.

Area:
Artificial intelligence
Digitalisation
Public sector
Contact person (Enter one name per field. Activated personal contact pages will appear automatically):
Christoffer Juhlin, Gruppchef
Conny Björnehall, Focus Area Leader Digitalization Public Sector
AI-partnership
Field measurements: No Price type: 1 Division: Division Digital Systems and Societal Transformation Preparation: No preparation required Certification and marking: Not applicable Type of service: Innovation services Instrument: Not applicable General area: Not applicable Delivery level: Not applicable
christoffer.juhlin@ri.se,conny.bjornehall@ri.se
/en/personal-data-processing/candidate-database
More information:

Partnerskapet kan byggas ut med fördjupade insatser beroende på era behov. Det kan till exempel handla om temadagar, utbildning för chefer, mognadsmätning, uppföljningsmätning, trycktest av AI-initiativ, upphandlingsstöd, verksamhetsspecifika piloter eller utveckling av egna AI-lösningar i liten skala.

För offentlig sektor kan fördjupningar exempelvis handla om styrning, informationssäkerhet, AI-förordningen, välfärdsnära användningsfall eller ansvarsfull användning i kommunal och statlig verksamhet. För företag kan de handla om produktivitet, automation, kundservice, kvalitet, innovation, dataanvändning eller nya affärsmöjligheter.

3. Good health and well-being
4. Quality education
5. Gender equality
10. Reduced inequalities
Purpose - Header: A Secure Knowledge Journey Metod - Header: Tailored to Your Organization’s Needs Delivery - Header: Contact Us More information - Header: Mer information
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Artificial intelligence Sekundär områdes navigation:
Lifelong learning
Service innovation
Tjänstetyp tagg: Konsultuppdrag

Micro-merits for lifelong learning

Name of service (page headline, shown in promos – maximum of 70 characters incl. spaces): Micro-merits for lifelong learning Lead (include SEO-words and the main benefits for your target groups. Stick to one paragraph, maximum 2-3 sentences):

Micromerits offer great potential for organisations to work strategically with learning and skills provision.

Purpose/Benefit:

RISE brings together and supports organisations in exploring the practical use of micro-credentials with the aim of strengthening organisations' skills development and learning. The overall goal is to work with participating organisations to highlight and practically apply the potential of micro-credentials for society, organisations and individuals.

Method (what/which methods are used to perform the service):

- Guidance and development support: We offer targeted support to develop the organisation's work with micro-credentials, skills provision and learning. Depending on the organisation's current situation, this may involve, for example, help in developing micro-credentials based on the organisation's needs or help in setting up a process for managing micro-credentials in the long term.


- Dialogue on research opportunities: Participate in discussions on current calls for proposals and research collaborations in skills development.

- Access to the Beta platform My Micro-credentials: Your organisation will have access to our system for creating, issuing and managing micro-credentials.

- Newsletters and insights: Get the latest insights and research news in skills development, including micro-credentials and other relevant perspectives from RISE.

Delivery (what does the client get after performed service – e.g. a report, certificate etc.):

This service is designed for organisations that are driven in their work with skills development, skills conversion and learning, and that want to act on the opportunities opened up by the European recommendation on micro-credentials.

Area: Professional education Contact person (Enter one name per field. Activated personal contact pages will appear automatically): Kristina Söderberg, Projektledare
Laptop on a desk
Field measurements: No Price type: 1 Division: Division Digital Systems and Societal Transformation Preparation: No preparation required Certification and marking: Not applicable Type of service: Innovation services Instrument: Not applicable General area: Not applicable Delivery level: Not applicable
linnea.svenman.wiker@ri.se,kristina.soderberg@ri.se
/en/node/9710
Purpose - Header: Purpose Metod - Header: RISE support for micro-merits extends over 12 months at a time and includes the following components and activities: Delivery - Header: For cutting-edge businesses
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Lifelong learning Sekundär områdes navigation:
Data Science
Service innovation
Tjänstetyp tagg: Konsultuppdrag

Algorithm Aids Grid Stability and Smarter Energy Consumption

Electrical grid Gothenburg

Göteborg Energi Nät needed new tools to smooth out the load on the power grid and assist customers in consuming electricity in the right way. The solution? New algorithms that automatically detect if the customer has an electric car, solar panels, or heats their home with electricity, which can be used to better plan the power grids and help customers adjust their consumption patterns—and ultimately avoid overpaying.

By January 1, 2027, all power grid companies must implement a time-differentiated power tariff, which means that the cost will be lower if the customer spreads out or shifts their electricity use to times when the load on the grid is lower, or higher if the customer uses electricity when the load is high. Planning for this change is already in full swing at Göteborg Energi Nät.

“Today, there is very high load on the power grid at certain times of the day and in the winter. At other times, the grid is used much less. By introducing differentiated charges depending on when electricity is used, the goal is to even out consumption and thus use the power grid more efficiently,” says Mihail Chigrichenko, Business Developer at Göteborg Energi Nät.

Requires Behavioral Change

Today there are bottlenecks in the regional and national power grids leading into the city, a situation that can lead to grid capacity constraints in Gothenburg within a few years’ time.  Reinforcements are in progress but will take too long to complete to meet the growing need for power. To level out consumption, electricity users need to change their behaviour. Time-differentiated power tariffs are an important part of this. Communication is another.

“We want to be able to identify and communicate directly with customers with a specific consumption profile. A simple example is targeting information to electric car owners who charge in the middle of the day and informing them that they can save money by charging at night instead. This makes our communication campaigns much more effective.”

By understanding how different customer segments change over time, Göteborg Energi Nät gains insights on where to allocate their resources. If the proportion of electric cars increases in an area, reinforcement might be needed there

Turned to RISE

By helping customers use power at times when the cost is lowest, Göteborg Energi can contribute to making the load on the power grid as optimal as possible. To gather data for this data-driven communication, Göteborg Energi turned to RISE.

“We have developed a data analysis model and algorithms that can analyse data from household electricity meters and identify customer segments based on different consumption patterns. This way, we can find groups that, for example, have electric cars, solar panels, or various types of heating systems,” says Claes Sandels, researcher at RISE.

The project used three years of anonymized data from 50,000 of Göteborg Energi Nät’s single-family homes’ customers. The methods have the potential to be scaled up to all electricity customers in Gothenburg. The results can also be used as a basis for power grid planning.

“By understanding how different customer segments change over time, Göteborg Energi Nät gains insights on where to allocate their resources. If the proportion of electric cars increases in an area, reinforcement might be needed there,” says Claes Sandels.

Continuing Development and Implementation

Mihail Chigrichenko is very satisfied with the collaboration with RISE.

“It has worked very well. In the future, we hope to develop the solutions together with other actors in the energy field. Power grid companies cover all of Sweden but do not compete, so there are good conditions for sharing results and continuing development in new projects,” says Mihail Chigrichenko.

One challenge for Göteborg Energi Nät is to actually use the tools and solutions that have already been developed.

“The big challenge is to integrate data-driven communication into the organization’s processes. It’s one thing to have access to data, another to use it. We need to make it easy to use the information in communication work or as a basis for decisions,” says Mihail Chigrichenko and continues, 

“Another important issue is customer privacy. As a company, we are primarily interested in data at the group level, even though we use the information to create benefits for individual customers. It is important that we are transparent about what data we use and how, so that we process customers' personal data in accordance with the Data Protection Regulation,” says Mihail Chigrichenko.

Other Customer Categories

Claes Sandels sees great potential for scaling up in the future.

“We have now looked at customers in single-family homes. In future research and development projects, we want to continue developing for other customer categories, such as industrial and office buildings. The vision is to be able to model an entire city to optimize its power and energy flows,” says Claes Sandels.

Last published: Sekundär områdes navigation:
Artificial intelligence
Data Science
Service innovation

Transport Efficiency and the People On board

TEMPO

Today, there are few examples of research that examines the consequences of streamlining maritime transport for the seafaring profession. The TEMPO project fills that research gap with a study on just-in-time (JIT) calls, where the time the ship spends near and in the port is minimized, and how it affects the seafarers' working environment.

Project manager, executer
Completed
Work environment Maritime Risk and safety
1,5 år
Division: Division Safety and Transport

When the time margins decrease and the transport system is tuned for greater efficiency, new opportunities arise, but also new risks that need to be investigated and managed.

As part of the attempts to reduce the climate footprint of waterborne transport and the handling of goods in port, more and more attempts are being made around JIT calls. Tanker and bulk carriers often experience unplanned waiting time – when the vessel is at anchor outside the port, when maneuvering to and from the berth and while moored for loading and unloading (Poulsen & Sampson, 2020). There are several reasons why such delays occur, such as waiting for pilots, port opening hours, waiting for goods, traffic jams and weather conditions (Johnson & Styhre, 2015). The purpose of JIT is twofold. Firstly, the ships must be able to adjust their speed on the way to the destination and reduce fuel consumption. On the one hand, it should make the logistics chain faster and minimize the waiting time before the ship can load or unload, something that could also reduce emissions and environmental risks in coastal environments. Although many barriers to JIT have been identified (Dewan et al., 2018; Poulsen & Sampson, 2019), the concept has been adopted by the International Maritime Organization (IMO, 2018, 2020) and examples of implementations can be found both in the ports of Gävle and Finnish Rauma ( de Andres Gonzalez et al., 2021). The majority of existing research on JIT treats delays as "unproductive time in port" (Johnson & Styhre, 2015) where everyone has something to gain by minimizing waiting time. But is the time caused by delays at the port really unproductive for everyone?

The project highlights a major change in the industry and monitors the consequences of JIT for those working on board, an area where research to date is very limited. By engaging shipping companies with mixed experience of JIT, the project contributes to the exchange of experience as well as increased knowledge in the industry. The results from the project are shared in a way that is easily accessible and practically useful for shipping companies and their crews in the development of the ships' work environment work.

The project examines the consequences of streamlined logistics chains in shipping, especially just-in-time calls, on the crew's well-being and working conditions. The aim is to nuance the debate about just-in-time and to feed the conversation between shipowners, crews and their representatives. The goal is for the results from the project to be concrete enough to communicate to the industry in an information publication.

Staffan Bram

Doktorand
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Funders without URL: Stiftelsen Sveriges Sjömanshus Project end date: Maritime Sekundär områdes navigation:
Logistics
Service innovation

Don't miss the mark – here's what it takes to make your circular business fly

Circular business

Circular products and services that are received with little interest are not doing much for the green transition. New research shows what it takes to create circular offers that customers actually want.

There are several examples of companies that have managed to combine circularity with economic success. Easy-to-navigate second-hand sites are one example, reliable car-sharing services another. The common denominator? Companies have created attractive circular offers with the end user in mind.

"Instead of making money by using finite resources and selling them cheaply, these companies are making money by closing loops so that resources can continue to flow. Many circular business models are about retaining ownership of the products in order to better control the flows. In practice, this can mean that the users are not the real owners of the product," says Anneli Selvefors, senior researcher in business design at RISE.

But what about companies with a long history based on a linear business model? According to a report from Luleå University of Technology published in 2024, there are no examples of large companies that have successfully scaled up a circular business model and replaced the old one. "There are many aspects that make it easier to stay in the linear world," says Sara Renström, senior researcher in technologies for interaction at RISE.

"It is difficult to convert an entire company, and the fact is that it is still financially viable to work with the linear business model. But in a future where resources are even more scarce than they are today, it will be harder to sustain that way of working."

Do you really understand your users?

Sara Renström and Anneli Selvefors have researched the enablers and barriers to creating attractive circular offers. Circular offers are a prerequisite for the transition to a circular business model. After interviewing 13 companies at different stages of their transition and reviewing the literature on the subject, the researchers identified a number of different areas that are important for companies' ability to develop circular offers that customers actually want.

Much depends on understanding your users and their needs. It may sound simple, but research shows that simply asking your customers what they need and want is not enough. Often users don't know what they need until the solution is available.

"For creative design work, which we believe is critical to creating really good circular value propositions, you need to start looking at what people do and use. That's one level deeper than just talking to customers. The next level is to find out what they feel and dream about," says Sara Renström.

We have found that an organisation working together on this issue can more easily develop attractive circular offers.

More collaboration along the value chain

Getting to know your customers actively, for example through user surveys, is therefore a prerequisite for creating attractive circular offers. It is also important that the team conducting these surveys is in close contact with the company's production and marketing departments. Then the insights don't get stuck at the first stop.

"If the user perspective is allowed to permeate all departments of the company, it becomes something to collaborate on. Of course, it is possible to run a successful business anyway, but we have found that an organisation working together on this issue can more easily develop attractive circular offers," says Sara Renström.

It's not just a question of getting good cooperation within your own organisation, but also cooperation with other actors along the value chain. For example, a company that wants to move from selling products to renting them can enlist the help of an IT provider to create a digital platform from which the rental can take place.

"There are opportunities for all businesses"

It is a challenge to move away from the linear approach that has served companies well for decades and to create entirely new, circular offerings. This is where RISE comes in. RISE has extensive expertise in circular value propositions and business models.

"We can help identify user needs in relation to the client's specific niche. We can also help at a strategic level, thinking together about how they can work with users during the development process. It can also be about identifying possible partners in the value network and initiating the collaborations needed to move forward," says Sara Renström.

"There are opportunities for all companies to strengthen their own capabilities and conditions for developing circular offerings and business models that are more attractive than their linear predecessors," says Anneli Selvefors.

What is a circular business model?

At its core, a circular business model is about harnessing the potential of circular resource flows to create, deliver and capture value over time. Business models are often based on circular offerings of services and products that are designed to work over time by being repairable and upgradeable. By making it easier for products to be shared by multiple users and used over time, business models can reduce the need for new resources. Circular business models can also include opportunities to return materials and components to the production cycle rather than to waste.

6 enablers for attractive circular offers

  1. User involvement that creates a deep understanding of user needs.
  2. A development process that benefits from user insights.
  3. A vision and direction that addresses user-related challenges from a sustainability perspective.
  4. A market strategy that enables the adaptation and communication of circular offers to different market segments and trends to increase impact.
  5. A business ecosystem that connects key stakeholders to address user-related sustainability challenges and create long-term impact.
  6. An organisation that leverages internal capabilities and external drivers to address user-related sustainability challenges.

Read the RISE report: https://www.sciencedirect.com/science/article/pii/S0921344924002222

Anneli Selvefors

Senior forskare
+46 73 356 09 84 Read more about Anneli
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Sara Renström

Senior Forskare
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Circular transition Sekundär områdes navigation:
Innovation management
Design
Service innovation

Flexibility of Homes

Flexibility of Homes
Flexibility Of Homes

The project investigated the flexibility potential of heat pumps in nine villas and in interview studies the owners' experience and attitude towards helping the energy system was investigated. The study provides good information about how much the indoor temperature varies and that flexibility probably does not need to stretch this further.

Project leading and research
Completed
Construction Circular transition Digitalisation Energy Built environment
Not applicable
Three years (extended one year due to Covid)
3630300
Division: Do not use - Division Built Environment

The project carried out and evaluated demand response control of heat pumps in nine villas in southern Sweden, where the owners were informed, but not when the control was done. The tests were carried out in connection with and after Russia's full-scale invasion of Ukraine and the resulting energy crisis, which greatly affected household finances. We see that the households in the project decreased the indoor temperature in February 2023, compared to February 2022, which shows the seriousness.

Large variations were seen in the indoor temperatures of the different households, so large that in some households it was sometimes difficult to discern what impact the project's control had.

We easily managed to switch off the heat pumps from manufacturer B, when we sent a strong enough negative control signal. We could not regulate manufacturer A's heat pumps the first winter, due to missing hardware, and the second winter, the results were variable. We managed to increase the heat output from the heat pumps from manufacturer B.

We showed that we could shift power consumption in four heat pumps by turning them all off at the same time and for two hours. After the switch-off, the heat pumps' power consumption increased a lot, which will be important to deal with in the future.

The initial tests carried out on one of the test exhaust air heat pumps, a more modern variable speed controlled heat pump, showed that the potential to control this type of heat pump was low.

The project has attempted to quantify the flexibility potential per heat pump, in a local electricity grid and at national level. At an individual level, the flexibility potential is sharp, with the highest potential in milder winter conditions, but it depends on the type of heat pump and dimensioning of the heat pump. At even lower temperatures, the potential drops rapidly to zero. If control of the auxiliary heater is allowed, the potential rises at even lower temperatures, in the border country the potential is considered low, but of course it depends on the economic benefit during the hours the compressor and the auxiliary heater are stopped.

At the turn of the year 2023/24, RISE estimated that there were 340,000 heat pumps in hydronic heating systems in Sweden that could be connected over internet. The theoretical flexibility potential of these heat pumps is well under 1 GW, but many older ones are more difficult to connect, so most of them are likely not connected, which is why the above figure is probably too high. If we compare it with the electricity price control that was used in one of the heat pumps in the test, we see that the potential is not used very much, manufacturer B does not regulate this hard at all. Therefore, the project does not set a flexibility figure for Sweden's heat pumps, this needs its own project. It is clear, however, that it increases each year and since we naturally accept and use connected appliances now, many of the newly installed heat pumps will likely be connected.

From the households' descriptions in the interview study, the experience of the experiment with remote-controlled heat pumps was mostly positive. Most of the participants did not notice the effects of the control in terms of changed indoor comfort to any great extent. Once they noticed a difference in indoor comfort, they had a hard time knowing whether it was due to the experiment or some other factor such as weather changes, activities in the home, or the characteristics of the house. This result indicates that there is a certain tolerance for variation in indoor temperature in this type of household, as they were considered normal regardless of the remote control.

When we asked households to reflect on a future service for remote control, it turned out that our participants had low expectations of financial compensation for offering their flexibility through the heat pump. The participants' possible motivation to offer such flexibility was instead about contributing to the energy system and equalizing electricity use, and at the same time reducing price spikes on a collective level. On the other hand, the participants had other reservations and question marks about a future service, especially regarding the service's reliability, security and to what extent the family can influence the system or management so that it fits their needs and everyday life.

Hanna Björner Brauer

Forskare
+46 10 516 58 41 Read more about Hanna
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7. Affordable and clean energy
11. Sustainable cities and communities
13. Climate action
Embriq AB Kyl & Värmepumpföretagen Mitsubishi Electric i Sverige NIBE AB Tekniska verken i Linköping AB Trä- & Möbelföretagen
Flexibility of Homes
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Construction
Data Science
Service innovation
Digital infrastructure

Mänskliga aspekter av cybersäkerhet: från medvetenhet till handling

Cybersäkerhet med människan i centrum
människa-datorinteraktion (HCI)

Cybersäkerhet omfattar både tekniska och mänskliga dimensioner. Projektet syftar till att förbättra cybersäkerheten genom en omfattande förståelse av de mänskliga aspekterna och genom att förespråka ett människocentrerat tillvägagångssätt vid utveckling, utformning och genomförande av strategier och lösningar för cybersäkerhet.

projektledare
Completed
Cybersäkerhet
Ej tillämpbart
1 år
500 000 SEK
Division: Division Digitala system och samhällsomställning

Projektbeskrivning

Projektet fokuserar på att utforska och stärka cybersäkerhet bortom de rent tekniska aspekterna. Genom ett tvärvetenskapligt tillvägagångssätt inom RISE och EU-nätverk, arbetar vi för att etablera ett nytt fokusområde: människocentrerad cybersäkerhet. Genom att bygga vidare på tidigare insatser och resultat, breddar vi vår räckvidd och förbättrar våra projekt.

  • Främja människocentrerad cybersäkerhet inom RISE och genom externa samarbeten.
  • Utveckla ett nationellt nätverk och en arbetsgrupp inom Cybercampus.
  • Delta i arbetsgruppen EU-COST för att stärka vårt nätverk.
  • Vidareutveckla våra initiativ för ökat engagemang.

Projektets syfte

Vi vill förändra synen på cybersäkerhet genom att sätta människan i centrum:

  • Stärka cybersäkerhetsforskningen bortom tekniska förbättringar.
  • Etablera ett fokusområde inom RISE och EU.
  • Samarbeta med att skapa förslag och utforma relevanta forskningsprojekt och ansökningar tillsammans med nationella och internationella partners. 
  • Publicera projektresultat i ett högkvalitativt, lättbegripligt format för olika intressenter och allmänheten. 

Leverans

Projektet har som mål att leverera: 

  • Etablering av ett fokusområde inom RISE och Cybercampus.
  • Utveckling av ett nätverk av experter.
  • Regelbunden publicering av rapporter och riktlinjer.
  • Aktivt deltagande i arbetsgrupper och konferenser.
  • Nya strategiska partnerskap och projektförslag som främjar  och stärker RISE position inom cybersäkerhetsforskning.

Genom proaktivt arbete bidrar vi till ett säkrare samhälle.

Asreen Rostami

Senior Researcher
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Project end date: Cybersäkerhet Sekundär områdes navigation:
Innovationsledning
Tjänsteinnovation

Social Symbiosis for Industrial Change

Name of service (page headline, shown in promos – maximum of 70 characters incl. spaces): Social Symbiosis for Industrial Change Lead (include SEO-words and the main benefits for your target groups. Stick to one paragraph, maximum 2-3 sentences):

RISE offers the service Social symbios för industriell omställning, which is aimed at municipalities, regions, industrial players, real estate companies, etc. The service is based on the ongoing green industrial transition, which has major effects on local welfare with an increased need for investments in community services.

Purpose/Benefit:

The climate goals cannot be realized by focusing on processes where only environmental issues are at the center. Instead, the climate goals should be seen to a greater extent as effects, which are achieved through an increased focus on welfare challenges and societal goals. Sustainable transition requires both a deep and broad understanding of society's central welfare and societal challenges such as social stability, community services, housing provision, mobility, competence provision, technology development, etc. which will need to be managed in an integrated manner with climate work. A cross-border gathering of forces is required to meet the challenges with the goal of achieving a sustainable society.

The municipal challenges and needs for small and medium-sized municipalities can be listed in the following points:

  • Lack of personnel, organizational and strategic capacity
  • Small resources to coordinate an organization at inter-municipal and regional level
  • The needs are complex – no single actor has control over the whole
  • Demand for collaborative and exploratory services
  • Need for innovation capacity and leadership for readjustment
  • Need for cooperation with financial actors who trade with social investment funds for investments in transition solutions for increased social sustainability
  • Create capacity to supply working life with expertise in connection with large industrial establishments
Method (what/which methods are used to perform the service):

Social symbiosis is based on the capacity of municipalities and regions to be strong partners with the business world by developing the ability to initiate and run innovative governance and collaboration processes linked to the development and management of the built environment. This presupposes the capacity to specify new ways of driving social development and the ability to finance various welfare solutions.

Social symbios handlar även om att stärka civilsamhällets aktiva medverkan i samhällsutvecklingen genom att initiera och driva samverkansprocesser Social symbiosis is also about strengthening civil society's active participation in the development of society by initiating and running collaborative processes that bring together a diversity of citizens and actors. The role of business is also important here – in terms of Utility society2.0 – and to develop this role in new forms of mutual cooperation.

Delivery (what does the client get after performed service – e.g. a report, certificate etc.):

RISE can contribute with the following support:

  • Build networks with competences that respond to the needs of municipalities, with the support of relationship-building collaborative forms and action-oriented efforts.
  • Strengthen innovation and development capacity as well as learning within and between municipalities, regions and industry.
  • Create value chains based on bringing actors together to achieve more efficient resource utilization, which contributes to social benefit and socio-economic gains with bearing on the following areas: new industrialization, housing supply, commercial and public services, mobility and accessibility, skills supply and social and cultural infrastructure.

Innovations Partner Agreement

RISE offers the opportunity to create a common platform by signing innovation partner agreements that promote innovation-driven solutions. The innovation partner agreement is aimed at municipalities, regions and industry with a focus on societal and environmental benefit and as an effect socio-economic gains.

The innovation partnership is based on long-term cooperation. The aim is to jointly create an organizational culture that is based on interaction, as opposed to a purely customer mission. A fundamental goal is that an organization – with the support of various forms of learning processes – should strengthen the capacity to lead innovation, change and adjustment processes on its own over time.

Area:
Circular transition
Design
Infrastructure
Mobility
Public sector
Built environment
System innovation
Contact person (Enter one name per field. Activated personal contact pages will appear automatically):
Björn Hellström, Forskare
Anders Kyrkander, Projektledare
Logo Social Symbiosis
Field measurements: No Price type: 1 Division: Do not use - Division Built Environment Preparation: No preparation required Certification and marking: Not applicable Type of service: Innovation services Instrument: Not applicable General area: Not applicable Delivery level: Not applicable
bjorn.hellstrom@ri.se
/en/node/9710
3. Good health and well-being
5. Gender equality
9. Industry, innovation and infrastructure
10. Reduced inequalities
11. Sustainable cities and communities
16. Peace, justice and strong institutions
Purpose - Header: Purpose Metod - Header: Method Delivery - Header: Delivery More information - Header: Mer information
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Production and manufacturing Sekundär områdes navigation:
Circular transition
Social sustainability in urban development
Service innovation
Resource-efficient cities
Tjänstetyp tagg: Konsultuppdrag