Previous Research Projects

The project aims to increase knowledge of electricity consumers' view on their role in future sustainable energy systems, and in doing so focuses on their drivers and barriers to contributing in the maintaining of balance between power supply and demand in local electricity grids, as well as whether these vary with socio-economic factors. The study’s empirical point of departure is the mobility house Dansmästaren, which is expected to be part of the solution in solving the capacity shortage in Uppsala. The technical flexibility potential of the building includes a PV plant, a battery and one hundred electric car charging stations with V2G technology. Using an interdisciplinary approach combining qualitative and quantitative methods, the goal of the project is to assess the socio-economic potential of electric car owners acting as flexibility resources in local electricity grids and to develop a pricing model and a mobile application promoting demand response in electric car charging.

Project period: January 2021 – September 2022

Project manager: Cajsa Bartusch

Main funder: the Swedish Energy Agency as part of the program SamspEL

Project participants: Department of Civil and Industrial Engineering at Uppsala University, STUNS Energi and RISE

Partners: Uppsala Parkerings AB

The project’s overall aim is to promote demand response among households by developing and testing two different design concepts to that end: real-time feedback that meets the needs of customers with power-based price models and prosumers with photovoltaics.

The study is empirical and conducted as part of a collaboration project in Älvsjö, which includes academia, industry and the public sector. Using methods for user-centred design, all target groups of the project are involved in the development of the design concepts, which are thus rooted in their everyday lives. As part of this process, the goal is to increase knowledge on how climate-related, goal-based, normative as well as appliance- and activity specific feedback can be designed to increase awareness and promote behavioural change.

Project period: January 2021 – December 2022

Project manager: Cajsa Bartusch

Main funder: the Swedish Energy Agency as part of the program “Design för energieffektiv vardag”

Project participants: Department of Civil and Industrial Engineering at Uppsala University, the School of Architecture and Built Environment at KTH Royal Institute of Technology and Bright

Partners: Ellevio

Sweden’s energy system needs to be adapted to a new energy landscape including renewable production, decentralized distribution and demand response. One of the major challenges is to implement appropriate systems and incentives for the purpose of enabling ordinary customers to contribute with flexible electricity use. The project entails that academia and industry work together with the inhabitants of Sala to identify existing barriers and develop strategies to bridge them.

The project will study the acceptance and effect of automated demand response programs from both a customer and system perspective, develop guidelines for grid operators implementing power tariffs, empirically demonstrate that capacity utilization can be increased by at least 15% without physical investments in the electricity grid as well as monitor how choice of optimisation strategy affects the outcome for electricity consumers and the electricity grid. The project will hence provide increased knowledge on the technical, economic and social potential of automated demand response.

Project period: January 2021 – June 2023

Project manager: Björn Berg, Ngenic

Main funder: the Swedish Energy Agency as part of the program SamspEL

Project participants: Ngenic, STUNS Energi, Sweco Energuide, Sala-Heby Energi Elnät, HESAB and the Department of Civil and Industrial Engineering at Uppsala University

Partners: Ngenic, STUNS Energi, Sweco Energuide, Sala-Heby Energi Elnät, HESAB and the Department of Civil and Industrial Engineering at Uppsala University

Capacity shortage in electricity grids threatens to slow down societal development. An increase in demand side flexibility is considered to be part of the solution. The technological potential is known, but knowledge about electricity users’ awareness and acceptance in this context is scarce. Against this background the project aims to increase knowledge on the psychological and socioeconomic potential for, as well as private, industrial and public electricity consumers’ drivers and barriers for contributing with, demand response as well as what role information campaigns, municipal energy audits, individual feedback and power tariffs may play in this respect. The theoretical approaches stem from the disciplines psychology and social marketing, whereas the empirical starting point consists of a collaborative project between a local distribution system operator and a municipality.

Project period: January 2021 – June 2023

Project manager: Cajsa Bartusch

Main funder: the Swedish Energy Agency as part of the program SamspEL

Project participants: Department of Civil and Industrial Engineering and Department of Psychology

Partners: Ellevio and Bright

The project focuses on the role of electricity consumers and prosumers in the smart grid. The transition to a sustainable energy system both affects and makes demands on electricity users. Thus, conditions need to be created for them to contribute, directly or indirectly, to a more efficient and flexible electricity consumption and self-produced electricity. Against this background, the overall aim of the project is to assess the potential and impact of different incentives in these respects, to increase knowledge on electricity consumers’ and prosumers’ drivers and barriers in this context as well as to study their need for feedback and technical solutions in terms of products and services to these ends. The project is conducted as part of a number of different collaboration- and demonstration projects on smart grids with partners from the academy as well as the public and the private sector.

Project period: April 2019 – March 2024

Project manager: Cajsa Bartusch

Main funder: the Kamprad Family foundation as part of the program Resistance and power – on smart grids for the many people https://smartgridsforthemany.se/en

Project participants: Department of Civil and Industrial Engineering as well as the Department of Psychology at Uppsala University, the School of Architecture and Built Environment at KTH Royal Institute of Technology, the International Institute for Industrial Environmental Economics at Lund University and the Department of Thematic Studies - Technology and Social Change at Linköping University

Partners: STUNS Energi, Sustainable innovation, Ngenic, Upplands Energi, the City of Stockholm, Ellevio and Bright

The covid-19 pandemic has had drastic effects on the way we live. Due to restrictions and recommendations, many people changed their habits. With the sudden shift to the home office, it is likely that a shift in electricity consumption also takes place between the residential, public and commercial sectors.

Meanwhile, daily electricity consumption patterns of residents may change when people become more flexible in their daily routines. Understanding these changes is crucial, as they affect the load on the electricity network as well as the requirements of buildings for a sustainable energy transition. In this study, we quantify the extent to which the COVID-19 pandemic has led to shifts in the electricity consumption patterns in the different sectors in Sweden.

Secondly, we conduct a survey to understand reasons behind these changes, as well as future perspectives based on the intentions of residents, companies and governmental authorities for a post-pandemic era.

Project period: January 2022 – June 2023

Project manager: Vera van Zoest

Main funder: the Swedish Energy Agency as part of the program E2B2

Project participants: Department of Civil and Industrial Engineering and Department of Information Technology

Partners: Ellevio

The energy community (EC) concept is under development and has recently gained wide popularity among policy-makers. EC describes networks of local producers and consumers of energy and exists in various forms, including what the European Commission has described as “citizen energy communities” and “renewable energy communities”. However, technology for renewable energy is not distributed equally among different socio-economic groups which leads to gentrification, segregation and can also in the long run lead to serious conflicts.

We aim to improve the understanding on how EC's can be used as tools in the planning of an inclusive, just and efficient energy transition. The objectives are to produce new knowledge on 1, the intentions, opportunities and strategies among key actors in public policy and public planning to externally guide and organize EC's, 2, the internal conditions, enablers and obstacles for creation and management of EC's, and 3, the potentials and risks with EC's contributions to reduce energy segregation. We will also provide practical guidance to planners, leading to increased quality in decision-making related to energy transition in Sweden.

In the project, researchers in the social and engineering sciences at Uppsala University together with practitioners at Uppsala Municipality will explore scope, limitations and complications of EC's, and work out advice for their planning so as to facilitate a transition to a sustainable society.

Project period: September 2021 – August 2025

Project manager: Klas Palm

Main funder: FORMAS as part of ”Nationella forskningsprogrammet för hållbart samhällsbyggande” (the National research program for sustainable community building)

Project participants: Department of Civil and Industrial Engineering, Institute for Housing and Urban Research and Uppsala Municipality

Partners: STUNS Energi

The overall goal with the project is to increase knowledge on passive prosumers' role in the smart grid and to develop a model for judging the Environmental consequences of local energy systems with solar Power generation and energy storage. The empirical starting Point is a micro grid with a Group of Buildings comprising a small number of rental apartments, a daycare center, a sheltered housing unit, a retirement home and a janitors office including electric vehicle charging facilities. The aim of the project is to study if and why those who live and work in the micro grid interact with it in the sense that they contribute to optimising self-consumption of the solar power as well as the effect economic incentives and feedback on energy use and its environmental load have on demand response.

September 2017 – December 2019

Main funder: the Swedish Energy Agency as part of the program SamspEL

Project manager: Cajsa Bartusch

Project participants: Division of Industrial Engineering & Management at the Department of Engineering Sciences, Department of Psychology, RISE Interactive and the Division of Industrial Ecology, Department of Sustainable development, Environmental Science and Engineering, School of Architecture and Built Environment at KTH Royal Institute of Technology

Partners: Eksta Bostads AB and Ferroamp AB

The aim of the project is to increase knowledge of electricity consumers’ need for information and feedback when they become prosumers and to develop business models and IT services that make it easier for them to be active in the smart grid. The ultimate goal is to increase the share of micro production with photovoltaics in the energy system by developing a holistic concept of business models, information packages, appropriate grid tariffs and electricity supply contracts along with IT services that serves the purpose of simplifying the process that precedes the investment as well as supporting and optimising the daily operation of photovoltaics from the prosumer perspective.

July 2015 – June 2018

Main funders: the Swedish Energy Agency and the Swedish Centre for Innovation and Quality in the Built Environment as part of the collaborative program E2B2 - a research program for energy-efficient building and living - and STandUP for Energy

Project manager: Cajsa Bartusch

Project participants: the division of Industrial Engineering & Management and Solid State Physics at the Department of Engineering Sciences, the Department of Psychology, the research group Green Leap at KTH the Royal Institute of Technology and Transformator Design

Partners: Sala-Heby Energi, HESAB, Kraftpojkarna and Svenska Energigruppen

The project aims to follow up the implementation of a market-driven power tariff in the customer segment 35-63A – which mainly includes condominium associations, farms, restaurants, restaurants, laundries and small industries, such as carpentry and mechanical workshops – by studying its effect on the demand curve, customers’ perception and understanding of it, the economic consequences of it for the distribution system operator and the customers, its correlation to the spot price, the potential to increase its time resolution to 24/7 level, the possibility to increase customers’ economic incentive with a cost-based energy tax as well as to judge its potential in other customer segments.

February 2017 – January 2018

Final report: Marknadsstyrd effekttariff

Main Funder: Energiforsk as part of the program Smart Grids

Project manager: Cajsa Bartusch

Project participants: the division of Industrial Engineering & Management at the Department of Engineering Sciences

Partners: Sandviken Energi, Gävle Energi and the other distribution system operators of the network Elinorr

The project objective is to estimate the efficiency and savings potential in residential electricity use of business models for increased demand response and individual feedback, to quantify the economic and environmental consequences as part of implementing these policy instruments and to enhance knowledge on electricity consumers’ drivers and incentives to use electricity more efficiently.

October 2013 – June 2017

Main funders: the Swedish Energy Agency as part of the program Research and Innovation for Energy Efficient Building and Living

Project manager: Cajsa Bartusch

Project participants: the division of Industrial Engineering & Management and Solid State Physics at the Department of Engineering Sciences and the Department of Psychology

Partners: Sollentuna Energi & Miljö, Boo Energi, Sala-Heby Energi, Hebygårdar, Svenska Energigruppen and eSmart Scandinavia

The overall aim of the project is to study how energy awareness of electricity consumers is affected by them starting to produce electricity with photovoltaics as well as to identify any spillover effects, in terms of changes in attitudes and behaviours, in other energy and environment-related areas.

January 2016 – March 2017

Final report: Prosumenter och energimedvetenhet

Main funders: the Swedish Energy Agency and Energiforsk as part of “Solelprogrammet”

Project manager: Simon Strandberg, STUNS Energi

Project participants: STUNS Energi, the division of Industrial Engineering & Management at the Department of Engineering Sciences and the Department of Psychology

The study aims at increasing the knowledge on households’ motivations for increased demand response, which may form the basis for an appropriate segmentation of customers with regard to the prospect of affecting demand and the design of new business models, products and services.

January – June 2014

Final report: Elkonsumeters drivkrafter för en ökad förbrukningsflexibilitet (in Swedish)

Main funder: Former Elforsk, now Energiforsk, as part of the program Smart Grids 2010-2014

Project manager: Cajsa Bartusch

Project participants: the division of Industrial Engineering & Management at the Department of Engineering Sciences and the Department of Psychology

Partners: Sollentuna Energi & Miljö and Boo Energi