H2020-LC-SC3-2018-2019-2020/H2020-LC-SC3-2018-RES

Renewable Cogeneration and Storage Technologies Integration for energy Autonomous Buildings, 815301-RE-COGNITION-2019-2022

MAIN OBJECTIVES

  • Envision and develop and ICT based platform for monitoring, prediction, optimization and control of the energy flow of a building
  • Maximization of the building self-consumption and RES utilization;
  • Developing revolutionary innovations in RES technologies by maximizing system performance at a lower cost;
  • Small-scale testing and validation of the final solution in scenarios as close as possible to real life;
  • Optimal integration of RES technologies and related subsystems, using artificial intelligence (AI);
  • Creation of customer-oriented business models to exploit the potential of the proposed solution in several energy markets in Europe
Project link: www.re-cognition-project.eu

  • Time

    36 months (1.04.2019 – 30.03.2022)

  • Project value

    4.990.000 euro

  • Coordinator

    POLITECNICO DI TORINO, Italia

  • Local Coordinator

    Prof. dr. eng. Dan Doru MICU

Main benefits

EnTReC main contribution

  • Demonstration pilot site – TUCN
  • Coordinator of an WorkPackage – RE-COGNITION use cases and test scenarios definition at each project pilot sites;
  • RES Integration in the building (BIPV, mCHP and EV charger)
  • Perform automated cognitive energy management actions using the RES installed and the existing BEMS;
  • Implement the proposed scenarios and validate the “RE-COGNITION solution” for each pilots site;
  • Evaluate the benefits of RE-COGNITION under real operating conditions, for the purpose of development and commercialization of the proposed solution.

Partners