The impact of the IoT EPI project on the ability to Scale Up Smart City Solutions and LSPs Keith Dickerson (Climate Associates) Viktor Oravec (BAVENIR) Slide 1
IoT EPI (ICT 30) Projects Integration of Devices Creation of Platforms Interoperable APIs Autonomous Reasoning INTER IOT BE IoT CSA AGILE SymbIoTe TagItSmart biotope AGILE UNIFY IoT CSA BIG IoT Slide 2
21 Use Cases across 4 Pilot Sites Slide 3
4 actors have been defined Slide 4
High level logical architecture Slide 5
Interface to semantic interoperability services are provided through in secure and privacy preserving manner. Slide 6
Cloud Management of virtual neighbourhood and semantic discovery services are provided by Cloud components Slide 7
Data Management Platform process and manage only meta-data necessary to facilitate exchange of information between peers. Slide 8
Integrated scenario of prototype for Review M18 IoT Infrastructure IoT Infrastructure Micro Grid Simulation Colored light bulb IoT Infrastructures IoT Infrastructure Smart Oven Value added service Smart plugs HVAC + Light Dimmers + Smart plugs Smart plugs Demand - response Value-added Service Communication Node Gateway API Agent Slide 9
AAU microgrid experimental setup and GUI of energy management system Slide 10
Demonstration scenarios Registration of new infrastructure in Registration of new devices in Execute Demand Response Value added Service. Slide 11
Demonstration of new infrastructure registration in Cloud Neighbourhood Manager 2. Semantic discovery & dynamic configuration agent platform Communication Server Gateway API Services 3. Gateway API Communication Node Agent Adapter 1. 4. P2P network Slide 12
Demonstration of light bulb registration in Cloud Neighbourhood Manager 2. Semantic discovery & dynamic configuration agent platform Communication Server Gateway API Services 3. Gateway API Agent Adapter Communication Node 1. 4. P2P network Slide 13
Demonstration of virtual neighbourhood configuration 1. 3. Cloud Neighbourhood Manager Semantic discovery & dynamic configuration agent platform Gateway API Services 2. Communication Server 4. Gateway API Agent Adapter Communication Node P2P network Neighbourhood Manager is used only to set-up the access to device, NOT to access the actual data. Slide 14
AAU Infrastructure PV/Wind/Battery Hybrid Islanded Microgrid Slide 15
Demonstration of Demand response value added service Cloud Neighbourhood Manager 3. Semantic discovery & dynamic configuration agent platform Gateway API Services Communication Server 5. 5. 2. Gateway API Communication Node P2P network 4. 1. 5. 5. 5. Slide 16
Active Demand Response on controllable loads Scenario: Offer Active Demand Response service to AAU Micro Grid Simulation > allow to control remote non critical loads (such as lights, HVAC, kitchen appliances etc.) to maintain self sustainability bases on battery State of Charge Step 1: Battery SoC reaches 50% > AAU requests consumption reduction from CERTH Value Added service Step 2: V A Service > requests friend devices of specific load type & fetches current status (on/off state, set point, consumption measurements etc.) Step 3: The V A service : decides on required control actions per device (e.g. dim/turn off lights) based on business logic (e.g. building occupancy levels) sends control requests to devices Step 4: Devices at UNIKL Light bulb dimmed/ turned off Step 4: Devices at CERTH Lights are dimmed/turned off HVAC temperature reduced/off Smart plug loads turned off Step 4: Devices at Gorenje Smart Oven: cooking paused Slide 17
Questions & Answers Slide 19 Slide 19