E3SoHo ICT solution and future technological trends ICT enabling energy efficiency in buildings: News from two social housing projects 06 May 2014

Transcription

1 E3SoHo ICT solution and future technological trends ICT enabling energy efficiency in buildings: News from two social housing projects 06 May 2014 Andreia Carreiro, Jorge Landeck,

2 Contents 1. The Pilots 2. E3SoHo ICT Solution a) Architecture b) Meters and Sensors c) Communications d) Central Platform e) Tenant Applications f) Building Manager Tools 3. Interoperability Options 4. Current and Emerging Trends 5. Conclusions

3 Pilot sites Location: Zaragoza Owner: Zaragoza Vivienda Year of construction: 2002 No of floors: Ground + 8 No of dwellings: 43 (16 active) No of users: > 120 (46 active ) Heating: 2 Central gas boilers DHW: Solar thermal + gas Location: Genova Owner: Comune di Genova / Private Year of construction: No of dwellings: 350 (30 active in the project) No of users: > 500 (> 60 active in the project) Heating: Central thermal power plant DHW: Gas

4 Summary of Measurements Parameter Zaragoza Genova Total electrical consumption Partial electrical consumption (lighting and/or specific appliances) All dwellings Some dwellings All dwellings Some dwellings Indoor temperature All dwellings All dwellings Indoor humidity All dwellings All dwellings Outdoor temperature Outdoor humidity Illumination Occupancy All floors All floors Window sensors All dwellings All dwellings Domestic cold water Domestic hot water Heating hot water Gas All dwellings All dwellings All dwellings Pilot/Building Weather station Pilot Pilot Solar panel Pilot/Building Zaragoza pilot architecture Genova pilot architecture

5 System Architecture

6 Meters and Sensors Wireless meters (ZigBee) Electricity (partial circuits) Hub data concentrators Cabled meters (Modbus) Electricity (total and partial circuits) Wireless sensors (868 MHz) Comfort (T+RH) Wireless transmitters (868 MHz) Hot Water, Heating, Gas, Cold Water Weather station (Modbus) SP enthalpy meter (M-bus to Modbus)

7 Communication Zaragoza Pilot Common communication infrastructure (3G/GPRS router, LAN and WLAN) Genova Pilot Communication infrastructure composed of a number of islands (3G/GPRS routers, LANs and WLANs)

8 Central Platform Communication Module (CM) Retrieve data from the field (communication protocols) Stores raw data from sensors (temperature and meter readings) Data Processing Module (DPM) Receive data from CM or Web Service Process (unit conversion and tariff calculation) and aggregate (hourly and daily values) data Offers unified interface for UI development

9 Tenant Applications: sdisplay User interfaces: Android and web applications Energy consumption information Electricity (global and partial) Hot/cold water Heating Comfort data Temperature/Humidity Historical data Monthly targets Smart Alerts Advices

10 Building Manager Tools Energy consumption information Monitored dwellings Total building consumptions Energy production Solar thermal Comfort data Common areas Meteorological data Historical data Devices management Screenshot of ienergy web interface Screenshot of refined user interface

11 Interoperability Device Communication Data concentrator native protocols Data concentrator + bridge Existing BMS or BEMS Concentrator Communication DLMS OPC DA DNP3 Schneider Electric EcoStruxure Web Services Data Integration SABUR / SMD Open web service IEC under development User Interfaces sdispaly, VAS, and the BM Application New UI can be developed Open web service Smart Meters and Sensors Pilot 1 Zaragoza Pilot 2 Genova Pilot 3 Warsaw Data Base ienergy Communication Data Base Data Processing Data Base User Interfaces Portal Dashboard

12 Current Trends (EMS) Smart Grid Context Technological advances: NILM; Sensors; Cloud Computing; Social networks; FJ13 FJ14 FJ15 EMS Requirements: Monitoring; Disaggregation; Availability and accessibility; Information Integration; Affordability; Control; Cyber-security and privacy; Intelligence and analytics; EMS must provide advanced and versatile functionality while keeping the installation simple and running cost low. The system should integrate within user s daily activities and offer actionable feedback. Source: Saima Aman, EMS: State of the Art and Emerging Trends

13 Slide 12 FJ13 FJ14 FJ15 We need something more here Francisco Javier; 12/9/2013 What is present?. What is Future? Francisco Javier; 12/9/2013 Where is the E3SoHo solution here Francisco Javier; 12/9/2013

14 Current Trends (Cloogy) Cloogy is a household energy management solution that provides the user with monitoring, control and benchmarking features Hardware Clamp + Transmitter Power Plugs ipoint Software Web and mobile applications Dwelling installation

15 Emerging Trends Integration with Home Automation Systems; Automated and remote control of appliances; Security surveillance; Mobility and geo-location services; Demand side energy management: Load follows supply strategy; Power System Services;

16 Conclusions Successful implementation of an ICT solution integrating meters and sensors from different vendors Design of appropriate communication networks is a critical point for a fully operative working solution Solution should be the most interoperable as possible European standardization effort is need in order to reduce the number of standard protocol used in smart meters and in smart sensors

17 Thank you for your attention! E3SoHo PROJECT information: Andreia Carreiro The work leading to these results has received funding from the European Competitiveness & Innovation Framework Programme under Grant Agreement n