Plug-N-Harvest Project Overview and Progress Update

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The Plug-N-Harvest project focuses on control and management solutions at building and district levels. Activities include identifying requirements, developing security mechanisms, energy management systems, and integrating functionalities. Progress includes equipment specifications, collaboration discussions, and equipment lists for building control. Task 3.1 involves optimizing functions related to energy consumption and renewable energy generation. The project aims to enable energy-efficient systems with low environmental impact.

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  1. Plug-N-Harvest WP3: THE PLUG-N-HARVEST CONTROL AND MANAGEMENT AT BUILDING AND DISTRICT LEVEL ORGANIZATION: CERTH, ODINS, ETRA I+D, SIEMENS PRESENTER(S): IAKOVOS MICHAILIDIS, STELIOS KRINIDIS, RAFAEL MARIN-PEREZ, ANA ISABEL MARTINEZ GARCIA, CHRISTIAN VINTILA MEETING: 3RDPLENARY MEETING 6-7 JUNE 2018, BARCELONA, SPAIN PLUG-N-HARVEST ID: 768735 - H2020-EU.2.1.5.2. 1

  2. Plug-N-Harvest: Project Information List of Participants Cordis Europa URL: http://cordis.europa.eu/project/rcn/211287_en.html 1 2 Centre for Research and Technology Hellas - CERTH Rheinisch-Westfaelische Technische Hochschule Aachen - RWTH Cardiff University CU Aloumyl, Biomichania Alouminioy Anonimi Etairia - ALUMIL Project Website: www.plug-n-harvest.eu 3 4 Project Acronym : PLUG-N-HARVEST 5 Sistemes Avancats De Energia Solar Termica Sccl - AIGUASOL Project ID: 768735 6 7 8 9 10 11 12 13 Odin Solutions s.l. - ODINS SIEMENS SRL - SIE Etra Investigacion Y Desarrollo Sa - ETRA Energy Transitions Limited - ET Eco Intelligent Growth, SL - EIG Agencia De L'habitatge De Catalunya - AHC Perifieria Dytikhs Makedonias - RWM County Council Of The City And County Of Cardiff - CCC Funded under: H2020-EU.2.1.5.2. - Technologies enabling energy-efficient systems and energy- efficient buildings with a low environmental impact Project Start Date: 1st of September 2017 Duration: 51 months PLUG-N-HARVEST ID: 768735 - H2020-EU.2.1.5.2. 2

  3. Plug-N-Harvest: WP3 Description WP3 activities are related to: oSupport the requirements identification and suggest solutions for the Interconnected Elements Ecosystem (IEE) Layer 2. oDevelop tailored solutions for Security and Safety Mechanisms (SSM) Layer 3. oDevelop tailored solutions for Energy Management System (EMS) Layer 4. oIntegrate and verify the functionalities of the aforementioned layers. PLUG-N-HARVEST ID: 768735 - H2020-EU.2.1.5.2. 3

  4. Plug-N-Harvest: WP3 Progress Start Date: 01/12/2017 (M4) Outcomes so far: Functional description for all WP3 components [10/01/2018]. Internal technical discussion of WP3 contributors to resolve minor collaboration issues [6/3/2018]. Equipment specifications for BMS compatibility [23/4/2018]. List of necessary equipment for building control (feedback vector) [11/5/2018]. Merged list of necessary equipment both for building control and evaluation (monitoring) [24/5/2018]. PLUG-N-HARVEST ID: 768735 - H2020-EU.2.1.5.2. 5

  5. Plug-N-Harvest: Task 3.1 PLUG-N-HARVEST ID: 768735 - H2020-EU.2.1.5.2. 7

  6. Plug-N-Harvest: Task 3.1 Function Optimization [configurable]): STEP 1: Every T1 get the total energy consumption KPI-K1 or KPI- K2 (not defined yet)??? measurements of the controllable assets as well as the total renewable energy generation and demand flexibility (from Task 3.2). STEP 2: Every T1 get the total indoor comfort KPI-K9 measurements [can be also internally calculated based on ASHRAE 62.1-2013 and ASHRAE 55-2013 standards]. STEP 3: Every T1calculate the total cost-criterion as follows: ??= ? ??????? + ? ? ??????,? ? ? STEP 4: Every T1update ??control strategy to be applied for the next T1. Mode Technical Description (T1=24 hours PLUG-N-HARVEST ID: 768735 - H2020-EU.2.1.5.2. 9

  7. Plug-N-Harvest: Task 3.1 Function Control Mode Technical Description (T2=15 mins [configurable]): STEP 1: Every T2get the current indoormeasurements. STEP 2: Every T2get the current outdoor conditions. STEP 3: Every T2get the forecasted outdoor and occupancy conditions. STEP 4: Every T2generate a new ?? set of control decisions (set- points) to be applied for the next T2, as follows: ???? ? ???? ? ???? ? ??= ?? ??,??= PLUG-N-HARVEST ID: 768735 - H2020-EU.2.1.5.2. 10

  8. Plug-N-Harvest: Task 3.2 PLUG-N-HARVEST ID: 768735 - H2020-EU.2.1.5.2. 14

  9. Plug-N-Harvest: Task 3.2 Optimal Energy Management System (OEMS) at District/Grid Level. PLUG-N-HARVEST ID: 768735 - H2020-EU.2.1.5.2. 14

  10. Plug-N-Harvest: Task 3.2 Main Modules Developer Support Comments Overall Arquitecture DRFFO - Short-term predictions/ forecasting - Estimation of the buildings flexibility - Light-weight simulations of different building operational states - District Simulations - Evaluation of different building operational states (specific KPIs) - Selection of the optimal state - Demand/ Response capabilities Building optimization strategies Integration with the BMS Pilot site details External signals collection Integration with the IMCS (if there is any connection) Maintenance module Payment platform (energy trading) Integration with the safety and security mechanisms GUI ETRA ETRA ETRA ETRA CERTH CERTH ETRA ETRA ETRA ETRA ODINs AIGUASOL ETRA CERTH ETRA SIEMENS?? SIEMENS?? ETRA ETRA ODINs ETRA Removed. All inputs/outputs through BMS Last meeting: Stratego ETRA To be decided CERTH PLUG-N-HARVEST ID: 768735 - H2020-EU.2.1.5.2. 10

  11. Plug-N-Harvest: Task 3.2 OEMS Responsible for the communication and energy exchange: among all the Plug-N-Harvest buildings, between the buildings and the energy networks, and between the buildings and external actors (ESCOs, aggregators, etc.). Inputs: BMS information from sensors Outputs: BMS commands for actuators PLUG-N-HARVEST ID: 768735 - H2020-EU.2.1.5.2. 11

  12. Plug-N-Harvest: Task 3.2 OEMS Sensors Implemented as 2-levels system: A RABBIT system on each building Immediately analysis of consumption, alarms, etc. Inputs/outputs from/to BMS Actuators Gateways OEMS RABBIT APP IMCS BMS Buiding 1 OEMS SERVER API REST One REST API Server in the server side: Management, configuration Demand response, Optimizations, Interchange of energy, Information for ESCO, Aggregators, etc ... Sensors Actuators Gateways OEMS RABBIT APP IMCS BMS Server (Entry point?) Building N PLUG-N-HARVEST ID: 768735 - H2020-EU.2.1.5.2. 12

  13. Plug-N-Harvest: Task 3.2 OEMS BMS Client library INPUTS COLLECTOR Status: On time (first period) Architecture definition: DONE Identification of required modules. Identification of modules location (building, server or both). EXCHANGE Identification of inputs/outputs. PENDING Waiting for knowing final sensors/actuators Qy Q1 Q2 Q3 Integration with BMS client library. STARTED Accorded with Odins the way of integration (client library). Waiting for Odins library (expected during June). OEMS CONSUMER/ PRODUCER 1 COMMANDS MODULE OEMS CONSUMER/ PRODUCER M SERVER REQUESTER OEMS RABBIT APP Implementation of modules (v1). STARTED OEMS SERVER API REST PLUG-N-HARVEST ID: 768735 - H2020-EU.2.1.5.2. 13

  14. Plug-N-Harvest: Task 3.2 OEMS Status: On time (first period) PLUG-N-HARVEST ID: 768735 - H2020-EU.2.1.5.2. 14

  15. Plug-N-Harvest: Task 3.2 OEMS Functionalities detected (1/2) OEMS RABBIT APP OEMS SERVER OK OK Original Functionality in OEMS Applications/Functionalities/Backend processes Contract and billing management Control of intelligent inversors of Photovoltaic panels Gateway to smart devices Optimization criteria Real time optimization on energetical consumption Coordinate energy/money transactions between PNH buildings Link between buildings OK OK OK Coordinate and optimize jointly actions to take profit on the market OEMS RABBIT APP OK OK OK OK OK OK OK OK OEMS SERVER OK OK OK OK OK OK OK OK OK OK Original Functionality in OEMS Applications/Functionalities/Backend processes Analysis for consumtion types Alarms by consumption Technical alarms Integration of weather data Gas consumption monitorization CO2 emmisions calculation Abnormal consumption identification Basic consumption indentification Visualization of incident history Prediction of future consumption and productions Network monitoring Link between buildings and network Failures control Demand Response strategies PLUG-N-HARVEST ID: 768735 - H2020-EU.2.1.5.2. 15

  16. Plug-N-Harvest: Task 3.2 OEMS Functionalities detected (2/2) OEMS RABBIT APP OEMS SERVER OK OK OK OK OK OK OK OK OK OK Original Functionality in OEMS Applications/Functionalities/Backend processes Visualization of consumption and production curves (real time, historical) Comparison between histories Aggregate data of Building use (calendar) Dashboard for KPIs Heat Map visualization Management of calendar Identification of Patterns in behaviour Management of campaings for demand response Calculation of flexibility on comsuption and production Optimal configuration of locations Selection of the optimal state (set-points) Cost optimization Manage buildings actions Tool for ESCO and Aggregators Demand Response strategies Manage buildings actions individually or together with the other PLUG-N-HARVEST buildings. Mitigate costs of management, replacement and maintenance. OK OEMS RABBIT APP OEMS SERVER OK Original Functionality in OEMS Applications/Functionalities/Backend processes GUI management buildings (building creation) Mobile/web apps for final users Administrator OK PLUG-N-HARVEST ID: 768735 - H2020-EU.2.1.5.2. 16

  17. Plug-N-Harvest: Task 3.2 DRFFO Short-term predictions/ forecasting Estimation of the buildings flexibility Evaluation of different building operational states (specific KPIs) Selection of the optimal state Demand/ Response capabilities STARTED Light-weight simulations of different building operational states District Simulations PLUG-N-HARVEST ID: 768735 - H2020-EU.2.1.5.2. 17

  18. Plug-N-Harvest: Task 3.2 DRFFO Demand/ Response queries Sensors measurements Forecasting module Simulation module MQTT broker Evaluation of different states (KPIs) Storage DB PLUG-N-HARVEST ID: 768735 - H2020-EU.2.1.5.2. 18

  19. Plug-N-Harvest: Task 3.2 DRFFO Light-weight simulations of different building operational states Evaluation of different building operational states Selection of the optimal building operational state Estimation of the building flexibility Short-term predictions/ forecasting Demand/ Response capabilities District simulations PLUG-N-HARVEST ID: 768735 - H2020-EU.2.1.5.2. 19

  20. Plug-N-Harvest: Task 3.2 DRFFO Light-weight simulations of different building operational states Training: Data gathering from the pilots Energy consumption Indoor environmental information (e.g. occupancy, temperature, etc.) Outdoor environmental information Training of the simulation engine Testing/ Running: Stochastic generation of different building operational states Simulation of the energy consumption Heating/ Cooling devices Lighting Appliances Estimation of the energy consumption for each different building state Estimation of the occupants comfort for each different building state PLUG-N-HARVEST ID: 768735 - H2020-EU.2.1.5.2. 20

  21. Plug-N-Harvest: Task 3.2 DRFFO Evaluation of different building operational states Evaluation based on various KPIs: Energy consumption Comfort values (visual & thermal comfort) Footprint Previous building states etc. Dynamic weights for all KPIs Evaluation/ Ranking of each simulated building state PLUG-N-HARVEST ID: 768735 - H2020-EU.2.1.5.2. 21

  22. Plug-N-Harvest: Task 3.2 DRFFO Estimation of the building flexibility Analysis of different building operational states Analysis of the short-term predictions/ forecasting Analysis of the flexibility of each device in the building Estimation of the building flexibility PLUG-N-HARVEST ID: 768735 - H2020-EU.2.1.5.2. 22

  23. Plug-N-Harvest: Task 3.2 DRFFO District simulation Analysis of the building energy consumption Multidisciplinary assessments of energy systems in the districts/ neighborhoods Training based on real data from the pilots Simulation of the grid state Normal use Extreme conditions (need for D/R actions) PLUG-N-HARVEST ID: 768735 - H2020-EU.2.1.5.2. 23

  24. Plug-N-Harvest: Task 3.3 PLUG-N-HARVEST ID: 768735 - H2020-EU.2.1.5.2. 23

  25. Plug-N-Harvest: Task 3.3 Safety Mechanisms Siemens: iCore, CityPulse and D-Cep: where, a central complex event processing (CEP) framework based on open frameworks (e.g. Drools or Esper) are integrated employing time series over patterns. [Faults Detection and Recognition] Siemens: can provide mechanisms and tools for ML libraries in order to detect deviations from predefined patterns (i.e. expected values). [Faults Mitigation] PLUG-N-HARVEST ID: 768735 - H2020-EU.2.1.5.2. 24

  26. Plug-N-Harvest: Task 3.3 Safety Mechanisms Operational Data to mine for Patterns Sensor Data Configuration Data Log Data Time Based Events Data Event Based Data Alarms Operations Knowledge (Models) Repository Discrimination Maker Fault Prognostics Engine Operation Model Updater Optimizer Context Classifier PLUG-N-HARVEST ID: 768735 - H2020-EU.2.1.5.2. 24

  27. Plug-N-Harvest: Task 3.4 PLUG-N-HARVEST ID: 768735 - H2020-EU.2.1.5.2. 27

  28. Plug-N-Harvest: Task 3.4 description Task 3.4 activities (1st cycle: M4 M18, 2nd cycle: M28 - M39) are related to: Provide in-depth analysis of the technical risks of security and privacy, and of the legal risks associated with personal data protection issues. Provide end-to-end protocols that protect the data communication among BMS system and OEMS/IMCS applications to mitigate security and privacy risks. Deliverable Responsible Deadline D3.4 First-Cycle: Privacy and Security Components Description ODINS M18 D3.4 Second-Cycle: Privacy and Security Components Description ODINS M39 PLUG-N-HARVEST ID: 768735 - H2020-EU.2.1.5.2. 28

  29. Plug-N-Harvest: Task 3.4 Siemens: Trust and reputation mechanism based initially only on stochastic rules. To be enhanced with ML Contextual access control mechanism, requiring: Custom access models and ontology ML-based rules for handlers I.e. learn behavior of users of the system Generates XACML policies Data Analysis Model Reacting Model Trust Rating Reputation Alert Trust Evaluation Model Reputation Mode Reaction Reputation Model Reputation Rules Incoming Data Event Trust Rating Rules External Reacting Rules Internal Calculi Events Status Read/ Modify Context Events Status Context Entity Profile Reputation Administrators Services Users PLUG-N-HARVEST ID: 768735 - H2020-EU.2.1.5.2. 27

  30. Plug-N-Harvest: T3.4 Security Protocols DCapBAC provides a distributed scheme for the generation and verification of capability tokens to authorize actions such as the data publication in BMS server or the actuation in an BMS gateway. XACML enables the Policy Decision Point to resolve the authorization decision to obtain a capability token for the access of resources in BMS gateways and BMS system. CP-ABE is a ciphering schema enabling to access information ciphered in BMS system according to privacy policies. ECC enables elliptic curves for constrained BMS gateways to allow security mechanisms such as encryption and digital signature. CoAPS (DTLS+COAP) provides secure channel for data communication between BMS gateways and the BMS system. COAPS provides the security services such as integrity, authentication and confidentiality in end-to-end communications. PLUG-N-HARVEST ID: 768735 - H2020-EU.2.1.5.2. 30

  31. Plug-N-Harvest: T3.4 BMS Interoperability Approach for interoperability of the IEE, SSM and EMS layer components (BMS, IMCS, OEMS, IoT gateways, sensors and actuators): 3. Direct Integration with BMS server via Open Interfaces (MQTT/REST) 1. Integration through IoT gateway via wired Modbus-RTU connection 2. Direct Integration with BMS server via secure JAVA-client application PLUG-N-HARVEST ID: 768735 - H2020-EU.2.1.5.2. 31

  32. Plug-N-Harvest: T3.4: Modbus-RTU Integration with BMS-gateway BMS-gateway supports Modbus-RTU devices via wired RS-485 connection. BMS-gateway acts as Master to control until 32 Slave devices. Table shows the compatible Modbus-RTU configuration of BMS-gateway. PLUG-N-HARVEST ID: 768735 - H2020-EU.2.1.5.2. 27

  33. Plug-N-Harvest: T3.4: Open-REST Integration with BMS-Server. Actuation Query to turn ON Ventilator. Example of Information request of all IoT gateways in the building called pilot1 (curl localhost:1026/v1/updateContext -s -S --header 'Content-Type: application/json' \ (curl application/json' \ localhost:1026/v1/queryContext -s -S --header 'Content-Type: --header fiware-service: PlugNHarvest \ --header fiware-servicepath: /pilot1 \ --header fiware-service: PlugNHarvest \ --header 'Accept: application/json' -d @- | python -mjson.tool) <<EOF --header fiware-servicepath: /pilot1 \ { "contextElements": [ --header 'Accept: application/json' -d @- | python -mjson.tool) <<EOF { "type": "Gateway", { "isPattern": "true", "entities": [ "id": "Gateway:01", { "attributes": [ "type": "Gateway", { "name": "Ventilator", "isPattern": "true", "type": "text", "id": "Gateway:.*" "value": "On" } } ] ] } } EOF ], "updateAction": "UPDATE" } EOF PLUG-N-HARVEST ID: 768735 - H2020-EU.2.1.5.2. 33

  34. Plug-N-Harvest: Responsibilities for Integration and Deployment in Pilots The main responsibility is to provide Security/Privacy solutions for the communications between BMS-system and OEMS/IMCS platform to cope with the task T3.4 and the KeyObjetive-4 of the PnH project. Offer 3 different options for the integration with BMS system: For each ModbusRTU device, we can provide the integration with BMS gateway and the communication with BMS-FIWARE server using Security/Privacy mechanisms. For NO-ModbusRTU devices, we can provide the open JSON-API interfaces (REST/MQTT) in BMS server to enable the integration by the pilot partners or subcontracting entity. For OEMS/IMCS or any Server application, we can provide a Client Application for the easy integration by any partners using Security/Privacy mechanisms. For deployment, we can provide technical documentations about BMS-gateway, BMS-server and Secure-JAVA-client for the installation in the pilot sites. PLUG-N-HARVEST ID: 768735 - H2020-EU.2.1.5.2. 27

  35. Plug-N-Harvest: Needs for Integration and Deployment in Pilots Required activities for the Modbus-RTU deployment by pilot partners or subcontracting entities: The hardware validation of the proposed Modbus-RTU equipment before the acquisition. The network configuration in the building for the Ethernet communication for BMS-system. The deployment validation of the Modbus-RTU equipment installation in each building. The whole configuration of the Modbus-RTU installation before programming the BMS-gateways. The Modbus-RTU configuration of all devices connected to the same BMS-gateway. For each Modbus-RTU device, it needs the bus identification, the memory map of registers and the functions available (Read/Write). Required activities for NO-Modbus deployment by pilot partners or subcontracting entity: For NO-ModbusRTU equipment or Server-PC, the integration of a client application with JSON format to enable the direct communication with BMS-server. PLUG-N-HARVEST ID: 768735 - H2020-EU.2.1.5.2. 27

  36. Plug-N-Harvest: Task 3.4: Deployment Validation of Modbus-RTU Slave Devices Validation equipment Laptop or PC with Windows OS Modbus-Master Application USB-RS485 Adapter Wired connection to Modbus-RTU Devices 1. Modbus Configuration Hardware tests 1. Modbus configuration 2. Slave Identification 3. Addresses of Memory Registers 4. Functions (Read/Write) 2. Identification 4. Functions (Read/Write) 3. Addresses of Memory Registers PLUG-N-HARVEST ID: 768735 - H2020-EU.2.1.5.2. 27

  37. Plug-N-Harvest: WP3 Control and Metering Network PLUG-N-HARVEST ID: 768735 - H2020-EU.2.1.5.2. 27

  38. Plug-N-Harvest: WP3 Equipment Deployment Strategy A and B are fully wired. Strategy C is fully wireless. Strategy D considers both wired and wireless connections. PLUG-N-HARVEST ID: 768735 - H2020-EU.2.1.5.2. 5

  39. Plug-N-Harvest: WP3 Feedback Control Equipment Legend: Necessary equipment Not necessary equipment Out of WP3 scope Indoor Meters Installation/Deployment Comments To measure the energy consumption per electric heater Power One per power socket/smartplug Bidirectional Power (at a central building supply point node) One at a central building power supply point To measure the energy generation and exchange input/output from/to the grid. Not necessary if smart valves are installed since usually smart valves can also measure the heat exchange (consumption) per radiator To calculate a simplified version of KPI-K9 Thermal Comfort To calculate a more elaborate version of KPI- K9 Thermal Comfort To calculate a more elaborate version of KPI- K9 Thermal Comfort Gas Meter (at a central boiler supply node) One at a central building gas supply point Temperature One per thermal zone (room/office) Humidity One per thermal zone (room/office) CO2 Illuminance? One per thermal zone (room/office) One per thermal zone (room/office) We can predefine a simplified occupancy schedule e.g. from 9:00-17:00 the offices are always occupied, instead. Presence/Occupancy One per thermal zone (room/office) PLUG-N-HARVEST ID: 768735 - H2020-EU.2.1.5.2. 10

  40. Plug-N-Harvest: WP3 Feedback Control Equipment Legend: Necessary equipment Not necessary equipment Out of WP3 scope Indoor/Control Installation/Deployment Comments To control each electric heater independently To control each radiator independently To control all radiators connected centrally (if no smart valves are installed) Smart-plugs (plugged per socket) Smart-valves for radiators One per power socket/smartplug One per existing radiator One at a central building/apartment water supply point Smart-thermostat Outdoor/Meters Temperature Humidity Solar Radiation (Pyranometer) CO2 Data Routing Middleware (Strategy B) One per demo site case One per demo site case One per demo site case One per demo site case Web weather repository can provide the precise enough current and forecasted weather conditions (free of charge: https://www.openweathermap.org/price ) Necessary only in cases where the OdinS ModBus wired gateways will be demonstrated One per 4/8/16/32 devices installed per demo site case ModBus RTU-Gateway PLUG-N-HARVEST ID: 768735 - H2020-EU.2.1.5.2. 10

  41. Plug-N-Harvest: WP3 Feedback Control Equipment Legend: Necessary equipment Not necessary equipment Out of WP3 scope Indoor/Control Installation/Deployment Comments Able to communicate with the BMS in an automated manner Able to communicate with the BMS in an automated manner Light-weight HVAC (for the ADBE)? Energy Generation and storage / Energy flow? Auxiliary One per retroffitted office/room? One per fa ade / pilot site? In cases where no internet connection is available. To host all WP3 S/W services and interfaces locally in each pilot site. 3G/4G router PC server machine / Data and Control Centre One per demo site case One per demo site case PLUG-N-HARVEST ID: 768735 - H2020-EU.2.1.5.2. 10

  42. Plug-N-Harvest: WP3 Indicative Commercial Solutions ETRA / OdinS: Spanish-market list of compatible commercial paradigms for strategy A and B. CERTH: Greek-market list of BMS compatible commercial paradigms for strategy A and B. RWTH: German-market list of BMS compatible commercial paradigms for strategy A and B. ETL / CU / CCC: British-market list of BMS compatible commercial paradigms for strategy A and B. All contributors are expected to be finished by the end of June 2018 the latest so as these lists will be presented to the end-users as recommendations/examples. PLUG-N-HARVEST ID: 768735 - H2020-EU.2.1.5.2. 37

  43. Plug-N-Harvest: WP3 Next Steps Market-driven list with compatible solutions for Strategy A and B [ready by June 2018]. BMS dummy remote server by OdinS [ready by June/July 2018]. REST/API functional interfaces for WP3 S/W services [ready by September 2018]. First functional version of the WP3 S/W services [ready by November 2018]. PLUG-N-HARVEST ID: 768735 - H2020-EU.2.1.5.2. 37

  44. Thank you! PLUG-N-HARVEST ID: 768735 - H2020-EU.2.1.5.2. 38

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