Introducing Smart2B

Smartness to existing buildings

Smart2B is a project funded by the European Commission in the framework of the Horizon 2020 programme; Smart2B’s ambitious goal is to put citizens, building users and owners, and energy communities at the heart of the building energy transition. How?

Through the creation of a smart building system consisting of devices, a platform and services that will interact both with the building occupants and the grid in real-time, to improve energy efficiency and untap local flexibility.

This approach will transform the existing EU building stock into and interconnected active element of the energy system by upgrading to higher smartness levels the existing building equipment, individual buildings and entire building blocks.

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Smart2B devices, platform and services

The smart building system conceived within the Smart2B project consists of: devices, which will allow the seamless connection of heterogeneous building energy systems, including not-yet-connected devices and legacy appliances; a platform, that serves as the middle layer of the system that enables integration, knowledge extraction and control; services, which are tools based on AI and machine learning algorithms that can be used to analyze and prepare the building and user data collected from the devices, consolidating and optimizing the various Smart2B objectives.

Occupants’ active engagement

With Smart2B, building occupants will become an active element of the energy system: users will in fact be able to control the system according to their current needs and interact with the grid in real-time. This combination of social and technological innovation will be greatly based on human-computer interaction and will embrace several components such as interactive feedback, visualization, gamification, etc. In the end, the engagement of building occupants will be crucial to improve the energy system flexibility and its efficiency.

Introducing Smart2B

One project, many impacts

  • Technical impact: emerging ICT and IoT technologies provide new opportunities for smart building upgrades by digitalizing the existing building stock.

  • Environmental impact: demand-response can untap local flexibility potentials and thus help the EU to achieve 40% of its energy savings and GHG emission targets for 2030.

  • Social impact: Citizen Energy Communities (CECs) can engage citizens, promoting synergies that increase efficiency and provide aggregated flexibility.

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Smart2B technological pillars

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