Page 24 - European Energy Innovation - winter 2018 publication
P. 24

24  Winter 2018 European Energy Innovation

    COMMUNICATION

Demand Response in Blocks
of Buildings (DR-BOB)

    The EU H2020 project DR-BOB has         energy consumption and carbon
    developed a Demand Response (DR)        emissions.
    IT solution that integrates ICT tools,
    developed at Teesside University, with  The DR-BOB solution is highly
    Siemens commercial products and a       intelligent and adapts to fluctuations
    user interface provided by GridPocket.  in energy demand, tariffs and weather
    This IT solution is a scalable cloud-   conditions. The DR-BOB team aims
    based energy management system          for the system to become central to
    applicable to single and multiple       organisations’ energy management
    blocks of buildings. It provides the    and environmental strategies.
    ability to maximise revenue from
    demand response while minimising        To test the DR-BOB solution Nobatek
                                            developed a market emulator, which
                                            replicates real market signals. The
                                            solution is piloted at four sites,
                                            including Teesside University in the
                                            UK, the Fondazione Poliambulanza
                                            hospital in Italy, the Technical
                                            University of Cluj-Napoca in Romania
                                            and the Montaury commercial district
                                            of Anglet in south west France. The
                                            Pilots directly involve 153,650 m2 of
                                            building space and 16,625 occupants.
                                            Energy use over one year from these
                                            four sites alone will reduce by 1.53
                                            GWh – saving enough energy to
                                            power 400 homes for one year of
                                            average energy demand.

                                            To monitor the impact of the solution
                                            at the pilot sites the project has
                                            developed a method of providing
                                            a dynamic and versatile baseline
                                            for demand response, with a low
                                            run time. The baseline method is
                                            also adaptable to different levels of
                                            granularity and asset integration and
                                            provides a DR-baseline that meets
                                            European standards.

                                            The project also developed ‘Demand
                                            Response Technology Readiness
                                            levels’ DR-TRLs, which participating
                                            institutions can use to assess their
                                            technology readiness to participate
                                            in energy management solutions for
                                            blocks of buildings. If the framework
                                            shows they are not ready, it gives

                                            www.europeanenergyinnovation.eu
   19   20   21   22   23   24   25   26   27   28   29