Browsing by Author "Le Guilly, Thibaut"
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- An Energy Flexibility Framework on The Internet of ThingsPublication . Le Guilly, Thibaut; Siksnys, Laurynas; Albano, Michele; Pedersen, Per; Stluka, Petr; Lino Ferreira, Luis; Skou, Arne; Pedersen, Torben; Olsen, PeturThis paper presents a framework for management of flexible energy loads in the context of the Internet of Things and the Smart Grid. The framework takes place in the European project Arrowhead, and aims at taking advantage of the flexibility (in time and power) of energy production and consumption offered by sets of devices, appliances or buildings, to help at solving the issue of fluctuating energy production of renewable energies. The underlying concepts are explained, the actors involved in the framework, their incentives and interactions are detailed, and a technical overview is provided. An implementation of the framework is presented, as well as the expected results of the pilots.
- Application system design – energy optimizationPublication . Albano, Michele; Castiñeira, Rodrigo; Desdouits, Chloé; Lino Ferreira, Luis; Le Guilly, Thibaut; Isasa, Inge; Jokinen, Jani; Kondratjevs, Kaspars; Kunicina, Nadezhda; Manero, Lorenzo; Milo, Aitor; Monge, Javier; Le Pape, Claude; Pedersen, Per; Pedersen, Torben; Olsen, Petur; Siksnys, Laurynas; Skou, Arne; Stluka, Petr; Zabasta, AnatolijsIn this chapter, we present a number of applications of the Arrowhead Framework with special attention to services related to awareness and optimization of energy consumption. First, we present the notion of FlexOffers as a general mechanism for describing energy flexibility. FlexOffers can be aggregated into larger flexibility units to be used as an Arrowhead service in the virtual market of energy [1]. This is followed by two examples on how to exploit such a flexibility service in the energy management of heatpumps and a campus building. Then we present two examples on how to exploit renewable energy to provide elevator services. Next, two examples of context aware services are described – smart lighting and smart car heating, and finally it is described how the Arrowhead Framework can play a role in the optimization of municipal service systems. In the final section, we indicate future work.
- ENCOURAGE architecture: support for heterogeneous smart gridsPublication . Ferreira, Luís Lino; Albano, Michele; Le Guilly, Thibaut; Ramiro, Manuel; Faria, Eduardo; Dueñas, Lara Pérez; Ferreira, Rodrigo; Gaylard, Earl; Pelegrin, Francesc; Roarke, Eammon; Lux, Daniel; Scalari, Sandra; Sørensen, Susanne Majlund; Gangolells, Marta; Pinho, Luís Miguel; Skou, ArneOur society relies on energy for most of its activities. One application domain inciding heavily on the energy budget regards the energy consumption in residential and non-residential buildings. The ever increasing needs for energy, resulting from the industrialization of developing countries and from the limited scalability of the traditional technologies for energy production, raises both problems and opportunities. The problems are related to the devastating effects of the greenhouse gases produced by the burning of oil and gas for energy production, and from the dependence of whole countries on companies providing gas and oil. The opportunities are mostly technological, since novel markets are opening for both energy production via renewable sources, and for innovations that can rationalize energy usage. An enticing research effort can be the mixing of these two aspects, by leveraging on ICT technologies to rationalize energy production, acquisition, and consumption. The ENCOURAGE project aims to develop embedded intelligence and integration technologies that will directly optimize energy use in buildings and enable active participation in the future smart grid environment.The primary application domains targeted by the ENCOURAGE project are non-residential buildings (e.g.: campuses) and residential buildings (e.g.: neighborhoods). The goal of the project is to achieve 20% of energy savings through the improved interoperability between various types of energy generation, consumption and storage devices; interbuilding energy exchange; and systematic performance monitoring.
- ENCOURAGEing Results on ICT for Energy Efficient BuildingsPublication . Le Guilly, Thibaut; Skou, Arne; Olsen, Petur; Printz Madsen, Per; Albano, Michele; Ferreira, Luís Lino; Pinho, Luís Miguel; Casals, Miquel; Macarulla, Marcel; Gangolells, MartaThis paper presents how the ICT infrastructure developed in the European ENCOURAGE project, centered around a message oriented middleware, enabled energy savings in buildings and households. The components of the middleware, as well as the supervisory control strategy, are overviewed, to support the presentation of the results and how they could be achieved. The main results are presented on three of the pilots of the project, a first one consisting of a single household, a second one of a residential neighborhood, and a third one in a university campus.