TRI-HP – Trigeneration systems based on multiple renewable sources
In this EU-funded, interdisciplinary project, the project team investigates how end users and stakeholders perceive the innovative TRI-HP technology. The aim of this project is to determine which social needs have to be taken into consideration in order for these systems to be used successfully.
Research approach
Trigeneration systems are systems that combine heat, cooling and electricity generation from multiple predominantly renewable energy sources in order to be used, for example, in apartment buildings. While the majority of the project partners are involved in the development of this innovative technology, the ISOE team's task is to explore the perspectives of the stakeholders who will eventually use or deal with this technology. Taking into account current findings in the social sciences, this ensures that specific needs of end-users and stakeholders are taken into account.
Background
Despite a steadily growing share of renewable energy supply within the European Union, further efforts are urgently needed to achieve the Paris Agreement Goals. Most greenhouse gas emissions are released by the energy sector, which therefore also offers the greatest savings potential. The TRI-HP project can contribute to CO2 savings as it is an alternative to the use of fossil fuels in the residential sector. Home owners, for whom TRI-HP is also an attractive 3-in-1 solution, can thus not only significantly improve their ecological balance, but are at the same time able to save electricity and heating costs.
However, as we know from social science and technology research, the implementation of technical innovations into social contexts is a complex process in which various stakeholders are involved, such as investors, decision-makers, architects, homeowners or installers. One of the tasks of the ISOE team will therefore be to take this complexity into account in order to be able to identify possible barriers, hindrances and incentives - a process which will involve the direct dialogue with stakeholders.
Methods
Based on the current state of research on social acceptance, innovation, and risk perception, the needs, expectations, and concerns of various affected stakeholders are systematically identified, explicitly including gender aspects. To this end, qualitative data are collected in several European countries with different geographical, climatic, political and cultural conditions. Data will be collected in semi-structured expert interviews, stakeholder workshops and focus group discussions. Finally, data analysis will then enable the researchers to draft recommendations for action.
Project partners
- Institut für Solartechnik, Hochschule für Technik Rapperswil (SPF-HSR), Switzerland
- Fundación Tecnalia Research & Innovation (TECNALIA), Spain
- CADENA SA (CADENDA), Switzerland
- Catalonia Institute for Energy Research (IREC), Spain
- ALFA LAVAL Industry (ALFAL), Sweden
- Industrielack AG (ILAG), Switzerland
- Norwegian University of Sciences and Technology (NTNU), Norway
- Danish Institute of Technology (DTI), Denmark
- Institute of Refrigeration, Air-Conditioning and Environmental Engineering, University of Applied Sciences Karlsruhe (IKKU-UASKA), Germany
- Federation of European Heating, Ventilation and Air Conditioning Associations (REHVA), Belgium
- Equipos frigoríficos compactos (EFC), Spain
Funding
The project “TRI-HP – Trigeneration systems based on heat pumps with natural refrigerants and multiple renewable sources” is funded by the European Union within the framework of the research and innovation programme “Horizon 2020”.
Duration
Contact person
Project team
Project Links
Related projects
- Actor survey on the regional energy concept FrankfurtRhineMain
- Analysis of Job Prospects in Energy Saving Advice
- Analysis of the Program "Bremer modernisieren"
- Approaches to long-term effective power saving advice
- BioKompass – Communication and participation for the societal transformation towards bioeconomy
- Climate CO2NTEST – Acceptance and impact of the competition in the Hanover region
- Dezent Zivil – New forms of civic involvement when building decentralised energy plants
- ecobiente - Designing Sustainable Goods more Succesfully
- EcoLux – Sustainable Building and Housing in Luxemburg
- Efficient Advice on Electricity Consumption in Private Households
- EiMap – Communication strategy promoting energy-efficient refurbishment during the home purchasing process
- ENEF-Haus – Motivating and Enabling Private Home Owners for Energy Efficient Refurbishment
- EUPOPP - Political Strategies and Tools to Promote Sustainable Consumption
- Evaluation of the "Brennpunkt Heizung" (Focus Heating) Campaign
- Evaluation of the Campaign "Gut beraten starten"
- Evaluation of the Cariteam Energy Saving Service
- Expert report on the carbon balance of forests
- Gender Impact Assessment in Radiation Protection and Environment
- Germany under Climate Change
- Homes-uP – Single Family Homes under Pressure?
- Improvement of Marketing Conditions for Green Electricity
- Improving Energy-Efficient Refurbishment of Private Homes
- IndUK – Individual environmental action and climate protection
- Intelliekon – Acceptance of Electricity Consumption Feedback
- JET-SET - Emissions Trading as Social-Ecological Transformation Process
- KlimaAlltag – low carbon lifestyles in the zero emissions city
- LivingSpaces – Instruments for a needs-orientated usage of the housing stock in municipalities
- NaHa – Sustainable Practices in the Workplace and in Everyday Life
- Perception and Acceptance of the Ecolabel “Blue Angel”
- Perspectives of citizen participation in the energy transition – Heat consulting
- Power efficiency classes for households
- PowerFlex – integrating the heating and cooling sector into the electricity market model PowerFlex
- RARE - Corporate Social Responsibility in Europe
- Renovation 60plus – Age-appropriate approach, advice and support for home and apartment renovation
- Rising Energy Costs, Social Consequences and Climate Protection
- Smart Home from a Customer's Perspective
- SuPraStadt – Quality of life, participation and resource conservation through social diffusion of sufficiency practices in urban neighbourhoods
- Sustainability Audit
- Sustainable Modernisation of Existing Buildings
- Synergies between environmental and social policy