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Report

Teaser, summary, work performed and final results

Periodic Reporting for period 1 - enCOMPASS (Collaborative Recommendations and Adaptive Control for Personalised Energy Saving)

Teaser

Summary

enCOMPASS addresses the problem of creating a more sustainable society by acting on the way users consume resources, most notably electricity.
Improving the energy consumption habits of people is a key ingredient of any effective strategy to achieve the European objectives of resource consumption reduction and of a more sustainable society.
The enCOMPASS project aims at realizing an open platform combining context-dependent energy usage information from sensors (smart meters and smart home appliances), user generated information, adaptive gamified energy visualisation and intelligent controls and automation, to let users achieve sustainable changes in user energy consumption patterns without compromising comfort levels. The project overall goal is broken down into five specific objectives:
1) Stimulate behavioural change for energy saving with a holistic approach integrating innovative digital tools with smart home automation and a full-cycle model of sustained behavioural change. The enCOMPASS project integrates user-friendly visualizations, context- awareness, adaptive gamification, context-aware energy saving recommendations to implement a holistic system for behavioural change.
2) Make energy usage data accessible to consumers in a user-friendly, easy-to-understand way. The energy consumption data will be visualised in a way that translates the abstract, numeric consumption data into a semantically understandable format for the users, by applying visual metaphors that are easy to use, easy to understand and fun to explore.
3) Demonstrate that individual comfort levels can be maintained while achieving energy savings. Recommending targeted energy saving actions to users will allow them to save energy while retaining personal comfort levels.
4) Validate the relative effectiveness of different types of behavioural change interventions for different types of users, in different types of settings and in different climatic conditions. Effectiveness will be assessed in three different types of buildings and settings (residential, schools, public buildings) for different user types (households, school classes, office employees, visitors), in three different cultural and climatic conditions (DE, GR, CH).
5) Make enCOMPASS available to designated third-parties (in privacy-preserving ways) initiating the creation of a business ecosystem for the development and provision of value-added services for smart energy demand management. The enCOMPASS platform and its modules will be made available as platform-as-a-service (PaaS) and software-as-a-service (SaaS) with open APIs for developers of new extensions and value added services.

Work performed

In the first half (18 months) of the project timeline, the enCOMPASS consortium has worked towards three major objectives: 1) consolidating the scientific and methodological background so to clearly pin down the requirements of the behavioral change approach at the basis of the project vision; 2) implementing and setting-up the technical infrastructure and tools needed to turn the project requirements into an effective software platform, by integrating, adapting and extending components and technologies from a variety of partners and developing a user-friendly awareness app for visualizing energy consumption and stimulating energy saving through energy saving tips, context-aware recommendations and gamified incentives; 3) planning and performing the actions in the three pilot countries (Grece, Germany, and Switzerland) to prepare the deployment of the enCOMPASS behavioral change platform and applications to the stakeholders (households, schools and public building dwellers) that will participate in the field experimentation.

Final results

enCOMPASS goes beyond state-of-the art by implementing and validating an integrated socio-technical approach to behavioural change for energy saving that is based on non-intrusive, privacy-respecting, yet effective, methods for promoting awareness and behavioral change in the energy domain. To this end, it integrates innovative user-centered visualisations making energy consumption understandable to different users and stakeholders (residents, employees, pupils, building managers, utilities) with context-aware recommendations for energy saving and adaptive gamified incentives that enable effective and sustained behavioural change. The expected impact is highly relevant for: 1) energy production (utility) companies, which will be supported in transforming their businesses towards a more consumer-centric and service-based approach; 2) the consumers and the society at large, who will benefit from the diffusion of IoT and the smart meter revolution, which will empower consumers with better visualization of energy consumption data, deeper understanding of energy saving behaviors, and ultimately lead to consumption reduction without compromising the comfort at home, at school, and in the workplace.