Energy Behaviour Change driven by plug-and-play-and-forget ICT and Business Models focusing on complementary currency for Energy Efficiency for the Wider Population
Project Presentation About BENEFFICE Project Grant Agreement No. - - PowerPoint PPT Presentation
Project Presentation About BENEFFICE Project Grant Agreement No. - - PowerPoint PPT Presentation
Energy Behaviour Change driven by plug-and-play-and-forget ICT and Business Models focusing on complementary currency for Energy Efficiency for the Wider Population Project Presentation About BENEFFICE Project Grant Agreement No. 768774 Budget:
About BENEFFICE
Project Grant Agreement No. 768774 Budget: 2.7 M Euro Grant: 2 M Euro Start: 1 Nov 2017 (M1) End: 31 Oct 2020 (M36) 7 Partners, 6 Countries
This project has received funding from the European Union’s Horizon 2020 research and innovation programme under grant agreement No 768774.
BENEFFICE Consortium
1
- 1. European Dynamics, BE
- Coordination
- Hardware Gateway
- Software portable
application and backend
ED
2
- 2. National Technical
University of Athens, EL
- Software portable
application and backend
NTUA
3
- 3. VERBUND Solutions, AT
- End User
- Market Catalyst
VER
4
- 4. VAASAETT LTD, FI
- Social Analytics
- Energy Behaviour Models
VAA
5
- 5. KAYKAS, EL
- End User
- Market Catalyst
KAF
6
- 6. Euro-funding
Advisory Group, ES
- Ethical issues Consultant
- Dissemination
- Business Models
EURF
7
- 7. 450, FR
- Business Models
- Software portable
application and backend
- End User
- Market Catalyst
CCO2
BENEFFICE VISION
Barriers that restrict long-term adoption of reduced energy consumption:
- Free riding: those who benefit from consumption of goods do not
take full cost and consume excessively
- Rebound effect: “Buy a more fuel efficient car, drive more”
- Fear of added costs and loss of competitiveness
BENNEFFICE to address those barriers and incentivize voluntary actions to change energy behavior and reduce wasted energy through a rewards approach based on an alternative monetary currency
BENEFFICE Ecosystem
BENEFFICE Components
Green Energy Scheduling Software backend Multifactorial Behaviour Models Hardware Device Monetary-based incentives for long term engagement Ethics and Personalised Recommendations Energy Disaggregation
BENEFFICE Technological Framework
Use cases
Selected to cover different consumer conditions geographic and demographic and show alternative partnerships :
- 3 different climatic areas
- Humid oceanic in France
- Mediterranean climate in Greece
- Humid continental in Austria
- 3 ways to reaching wider consumers:
- Traditional access to customers of Utilities (Verbund, Austria)
- Accessing customers of large scale retailer (KAFKAS, Greece)
- Access to worldwide customers of CO2 coin operator (Compte CO2, France)
Al least 35 consumers per pilot site
- Public and private
- Urban and Rural
- New / old buildings
Experimentation Framework
Main purpose is:
- to collect real-life data
- to evolve the users’ behavioural models and the
system and
- to estimate the energy efficiency and behaviour
change achieved 1st Intra-Validation cycle (M24) 2nd Inter-Validation cycle (M36) 3rd Intra-Validation cycle (M36) 1st Inter-Validation cycle (M30) 2nd Intra-Validation cycle (M30)
Final Integrated System
Data from each pilot site Data from all pilot sites
- New Business Models
- Personalised Services
1st update 2nd update