The Experts below are selected from a list of 2040 Experts worldwide ranked by ideXlab platform

Georg Kienesberger - One of the best experts on this subject based on the ideXlab platform.

  • ict emulation platform setup demonstration of Smart Grid Component prototype examples
    Emerging Technologies and Factory Automation, 2016
    Co-Authors: Marcus Meisel, Stefan Wilker, Matthias Wess, Alexander Wendt, Thilo Sauter, Georg Kienesberger
    Abstract:

    The shift towards massively distributed energy generation demands more decentralized flexibility to meet strict power quality constraints of the electric Grid. A cyber-physical system such as a Smart Grid can provide increased flexibility by utilizing additional information and communication technologies to better monitor the medium and low voltage distribution networks and to actively control Grid-connected resources, ranging from loads to distributed generation, to electric mobility but at the cost of increased complexity. Essential future functionalities such as dynamic management of line use, fault detection and fast service restoration are only possible with appropriate sensors and actuators in place. These missing sensors and actuators on the distribution level are being developed today. This paper presents a standards based, low cost, open source, ICT emulation platform setup to test necessary networking concepts of these Smart Grid Component prototypes already in various stages of development. Preliminary development results of the first example applications chosen: Customer Energy Management System, Smart Breaker, and Smart Meter, are shown in this work in progress paper.

  • ETFA - ICT emulation platform setup demonstration of Smart Grid Component prototype examples
    2016 IEEE 21st International Conference on Emerging Technologies and Factory Automation (ETFA), 2016
    Co-Authors: Marcus Meisel, Stefan Wilker, Matthias Wess, Alexander Wendt, Thilo Sauter, Georg Kienesberger
    Abstract:

    The shift towards massively distributed energy generation demands more decentralized flexibility to meet strict power quality constraints of the electric Grid. A cyber-physical system such as a Smart Grid can provide increased flexibility by utilizing additional information and communication technologies to better monitor the medium and low voltage distribution networks and to actively control Grid-connected resources, ranging from loads to distributed generation, to electric mobility but at the cost of increased complexity. Essential future functionalities such as dynamic management of line use, fault detection and fast service restoration are only possible with appropriate sensors and actuators in place. These missing sensors and actuators on the distribution level are being developed today. This paper presents a standards based, low cost, open source, ICT emulation platform setup to test necessary networking concepts of these Smart Grid Component prototypes already in various stages of development. Preliminary development results of the first example applications chosen: Customer Energy Management System, Smart Breaker, and Smart Meter, are shown in this work in progress paper.

Marcus Meisel - One of the best experts on this subject based on the ideXlab platform.

  • ict emulation platform setup demonstration of Smart Grid Component prototype examples
    Emerging Technologies and Factory Automation, 2016
    Co-Authors: Marcus Meisel, Stefan Wilker, Matthias Wess, Alexander Wendt, Thilo Sauter, Georg Kienesberger
    Abstract:

    The shift towards massively distributed energy generation demands more decentralized flexibility to meet strict power quality constraints of the electric Grid. A cyber-physical system such as a Smart Grid can provide increased flexibility by utilizing additional information and communication technologies to better monitor the medium and low voltage distribution networks and to actively control Grid-connected resources, ranging from loads to distributed generation, to electric mobility but at the cost of increased complexity. Essential future functionalities such as dynamic management of line use, fault detection and fast service restoration are only possible with appropriate sensors and actuators in place. These missing sensors and actuators on the distribution level are being developed today. This paper presents a standards based, low cost, open source, ICT emulation platform setup to test necessary networking concepts of these Smart Grid Component prototypes already in various stages of development. Preliminary development results of the first example applications chosen: Customer Energy Management System, Smart Breaker, and Smart Meter, are shown in this work in progress paper.

  • ETFA - ICT emulation platform setup demonstration of Smart Grid Component prototype examples
    2016 IEEE 21st International Conference on Emerging Technologies and Factory Automation (ETFA), 2016
    Co-Authors: Marcus Meisel, Stefan Wilker, Matthias Wess, Alexander Wendt, Thilo Sauter, Georg Kienesberger
    Abstract:

    The shift towards massively distributed energy generation demands more decentralized flexibility to meet strict power quality constraints of the electric Grid. A cyber-physical system such as a Smart Grid can provide increased flexibility by utilizing additional information and communication technologies to better monitor the medium and low voltage distribution networks and to actively control Grid-connected resources, ranging from loads to distributed generation, to electric mobility but at the cost of increased complexity. Essential future functionalities such as dynamic management of line use, fault detection and fast service restoration are only possible with appropriate sensors and actuators in place. These missing sensors and actuators on the distribution level are being developed today. This paper presents a standards based, low cost, open source, ICT emulation platform setup to test necessary networking concepts of these Smart Grid Component prototypes already in various stages of development. Preliminary development results of the first example applications chosen: Customer Energy Management System, Smart Breaker, and Smart Meter, are shown in this work in progress paper.

Matthias Wess - One of the best experts on this subject based on the ideXlab platform.

  • ict emulation platform setup demonstration of Smart Grid Component prototype examples
    Emerging Technologies and Factory Automation, 2016
    Co-Authors: Marcus Meisel, Stefan Wilker, Matthias Wess, Alexander Wendt, Thilo Sauter, Georg Kienesberger
    Abstract:

    The shift towards massively distributed energy generation demands more decentralized flexibility to meet strict power quality constraints of the electric Grid. A cyber-physical system such as a Smart Grid can provide increased flexibility by utilizing additional information and communication technologies to better monitor the medium and low voltage distribution networks and to actively control Grid-connected resources, ranging from loads to distributed generation, to electric mobility but at the cost of increased complexity. Essential future functionalities such as dynamic management of line use, fault detection and fast service restoration are only possible with appropriate sensors and actuators in place. These missing sensors and actuators on the distribution level are being developed today. This paper presents a standards based, low cost, open source, ICT emulation platform setup to test necessary networking concepts of these Smart Grid Component prototypes already in various stages of development. Preliminary development results of the first example applications chosen: Customer Energy Management System, Smart Breaker, and Smart Meter, are shown in this work in progress paper.

  • ETFA - ICT emulation platform setup demonstration of Smart Grid Component prototype examples
    2016 IEEE 21st International Conference on Emerging Technologies and Factory Automation (ETFA), 2016
    Co-Authors: Marcus Meisel, Stefan Wilker, Matthias Wess, Alexander Wendt, Thilo Sauter, Georg Kienesberger
    Abstract:

    The shift towards massively distributed energy generation demands more decentralized flexibility to meet strict power quality constraints of the electric Grid. A cyber-physical system such as a Smart Grid can provide increased flexibility by utilizing additional information and communication technologies to better monitor the medium and low voltage distribution networks and to actively control Grid-connected resources, ranging from loads to distributed generation, to electric mobility but at the cost of increased complexity. Essential future functionalities such as dynamic management of line use, fault detection and fast service restoration are only possible with appropriate sensors and actuators in place. These missing sensors and actuators on the distribution level are being developed today. This paper presents a standards based, low cost, open source, ICT emulation platform setup to test necessary networking concepts of these Smart Grid Component prototypes already in various stages of development. Preliminary development results of the first example applications chosen: Customer Energy Management System, Smart Breaker, and Smart Meter, are shown in this work in progress paper.

Thilo Sauter - One of the best experts on this subject based on the ideXlab platform.

  • ict emulation platform setup demonstration of Smart Grid Component prototype examples
    Emerging Technologies and Factory Automation, 2016
    Co-Authors: Marcus Meisel, Stefan Wilker, Matthias Wess, Alexander Wendt, Thilo Sauter, Georg Kienesberger
    Abstract:

    The shift towards massively distributed energy generation demands more decentralized flexibility to meet strict power quality constraints of the electric Grid. A cyber-physical system such as a Smart Grid can provide increased flexibility by utilizing additional information and communication technologies to better monitor the medium and low voltage distribution networks and to actively control Grid-connected resources, ranging from loads to distributed generation, to electric mobility but at the cost of increased complexity. Essential future functionalities such as dynamic management of line use, fault detection and fast service restoration are only possible with appropriate sensors and actuators in place. These missing sensors and actuators on the distribution level are being developed today. This paper presents a standards based, low cost, open source, ICT emulation platform setup to test necessary networking concepts of these Smart Grid Component prototypes already in various stages of development. Preliminary development results of the first example applications chosen: Customer Energy Management System, Smart Breaker, and Smart Meter, are shown in this work in progress paper.

  • ETFA - ICT emulation platform setup demonstration of Smart Grid Component prototype examples
    2016 IEEE 21st International Conference on Emerging Technologies and Factory Automation (ETFA), 2016
    Co-Authors: Marcus Meisel, Stefan Wilker, Matthias Wess, Alexander Wendt, Thilo Sauter, Georg Kienesberger
    Abstract:

    The shift towards massively distributed energy generation demands more decentralized flexibility to meet strict power quality constraints of the electric Grid. A cyber-physical system such as a Smart Grid can provide increased flexibility by utilizing additional information and communication technologies to better monitor the medium and low voltage distribution networks and to actively control Grid-connected resources, ranging from loads to distributed generation, to electric mobility but at the cost of increased complexity. Essential future functionalities such as dynamic management of line use, fault detection and fast service restoration are only possible with appropriate sensors and actuators in place. These missing sensors and actuators on the distribution level are being developed today. This paper presents a standards based, low cost, open source, ICT emulation platform setup to test necessary networking concepts of these Smart Grid Component prototypes already in various stages of development. Preliminary development results of the first example applications chosen: Customer Energy Management System, Smart Breaker, and Smart Meter, are shown in this work in progress paper.

Alexander Wendt - One of the best experts on this subject based on the ideXlab platform.

  • ict emulation platform setup demonstration of Smart Grid Component prototype examples
    Emerging Technologies and Factory Automation, 2016
    Co-Authors: Marcus Meisel, Stefan Wilker, Matthias Wess, Alexander Wendt, Thilo Sauter, Georg Kienesberger
    Abstract:

    The shift towards massively distributed energy generation demands more decentralized flexibility to meet strict power quality constraints of the electric Grid. A cyber-physical system such as a Smart Grid can provide increased flexibility by utilizing additional information and communication technologies to better monitor the medium and low voltage distribution networks and to actively control Grid-connected resources, ranging from loads to distributed generation, to electric mobility but at the cost of increased complexity. Essential future functionalities such as dynamic management of line use, fault detection and fast service restoration are only possible with appropriate sensors and actuators in place. These missing sensors and actuators on the distribution level are being developed today. This paper presents a standards based, low cost, open source, ICT emulation platform setup to test necessary networking concepts of these Smart Grid Component prototypes already in various stages of development. Preliminary development results of the first example applications chosen: Customer Energy Management System, Smart Breaker, and Smart Meter, are shown in this work in progress paper.

  • ETFA - ICT emulation platform setup demonstration of Smart Grid Component prototype examples
    2016 IEEE 21st International Conference on Emerging Technologies and Factory Automation (ETFA), 2016
    Co-Authors: Marcus Meisel, Stefan Wilker, Matthias Wess, Alexander Wendt, Thilo Sauter, Georg Kienesberger
    Abstract:

    The shift towards massively distributed energy generation demands more decentralized flexibility to meet strict power quality constraints of the electric Grid. A cyber-physical system such as a Smart Grid can provide increased flexibility by utilizing additional information and communication technologies to better monitor the medium and low voltage distribution networks and to actively control Grid-connected resources, ranging from loads to distributed generation, to electric mobility but at the cost of increased complexity. Essential future functionalities such as dynamic management of line use, fault detection and fast service restoration are only possible with appropriate sensors and actuators in place. These missing sensors and actuators on the distribution level are being developed today. This paper presents a standards based, low cost, open source, ICT emulation platform setup to test necessary networking concepts of these Smart Grid Component prototypes already in various stages of development. Preliminary development results of the first example applications chosen: Customer Energy Management System, Smart Breaker, and Smart Meter, are shown in this work in progress paper.