The Smart Approach to Facilities Management and Integrated Communication at Rome Airport

Transcription

1 CREATING RELIABLE BUILDING OPERATIONS AT AIRPORTS Gateway Gardens at Frankfurt Airport Sept 27-28, 2018 The Smart Approach to Facilities Management and Integrated Communication at Rome Airport Mariano Altamore Johnson Controls Hosted by Partner Airports Partners

2 Aeroporti di Roma (ADR) then 2004: multiple systems connected to legacy Metasys version 1998: installed Metasys on Cargo City 2004: single seat station based on OPC technology 2006: new BACnet open standard; ADR understood potential of BACnet protocol 2

3 ADR now Fewer systems and BACnet connectivity throughout all tiers Vendor independent Normalized point definition BACnet protocol support (IP and MS/TP) No license costs Peer to peer communication Alarm notification defined with priority management; eventdriven data access (COV) to increase performance Other standard features (trending and scheduling) Johnson Controls is ADR s technology partner 3

4 Currently installed: 190 Metasys BACnet IP Network Supervisory Contollers 1300 Third Party BACnet IP & BACnet MS/TP devices (Chillers, AHU, VRF, VAV, Pumps, BTU Meters, Energy Meters.) 3500 Graphic Pages 5000 Metasys BACnet MS/TP field controllers Trends Alarms Points managed by Metasys 4

5 BACnet Equipment & Systems BACnet integration used at all levels of the system Daikin Chillers Emicon Climaveneta Stulz AHU Mitsubishi VRV Trane Tracer Chillers ISOIL BTU Meters IME Electrical Meters Wilo Pumps Grundfos Pumps Uniflair AHU Siemens Honeywell Sauter Schneider 5

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7 Terminal Indoor Temperature Control Cooling Plant Heating Plant Benefits with BACnet Uniformed way to manage connected equipments Ability to define priority stucture for commanding Simplified scheduling management on all devices 7

8 Fast and simple alarm management for airports to handle large numbers of alarms Customer Benefits: Reduced nuisance alarms Grouped alarm occurrences for easy management All info in single place Benefits with BACnet Well defined and standardized alarms structure Priority management Alarms defined by BACnet controllers Alarms dispached to several destinations 8

9 Integrating Flight Information System with Metasys Building Automation System Automates operator commands Turns lights on/off and HVAC managing Airplane Time and delays Benefit for Customer: Provides energy and operational savings Metasys activates the gates only when necessary, managing flight schedules and delays without manual interventions 9

10 Added Value and Benefit of BACnet Benefits for the operator Single user interface for several systems Single, unified command and controls structure Easy alarm management Energy efficiency through integration of multiple systems Added value for Rome Airport One Integrator with full responsibility for a working environment Product agnostic for easier procurement management Data normalization and standardization Easy energy management and optimization Reduced total cost of operation (better CAPEX and OPEX management) Future cost savings through system scability and BACnet integrations on all levels 10

11 Johnson Controls and Tyco Product & Solution Portfolio 11

12 Johnson Controls: Global Experience with Airports Greater Toronto Airport Hartsfield-Jackson Atlanta Intl Airport Denver International Airport Los Angeles International Airport San Diego Airport Bradley International Airport Honolulu International Airport Charlotte Douglas International Airport Louis Armstrong New Orleans Intl Airport Heathrow Airport Gatwick Airport Amsterdam Airport Schiphol (AAS) Flughafen Duesseldorf GmbH Frankfurt Airport Dresden Airport Vienna Airport Genève Airport ADR Rome Fiumicino Airport Hermes Larnaca Airport Beijing International Airport Dubai Airport Mumbai Airport Delhi Airport Cape Town Airport El Dorado International Airport Sao Paulo Airport 12

13 CREATING RELIABLE BUILDING OPERATIONS AT AIRPORTS Gateway Gardens at Frankfurt Airport Sept 27-28, 2018 The Smart Approach to Facilities Management and Integrated Communication at Rome Airport Martina Liani ADR Aereoporti di Roma Hosted by Partner Airports Partners

14 Aeroporti di Roma manages the main Italian airport system (Fiumicino and Ciampino) with over 46 million total passengers registered in 2017 Advertising Engineering Airport Management Security Adr offers a wide range of services to airlines and the stakeholders involved in the aviation field. Information Technology Retail Real Estate (including Cargo facilities) 14

15 Aeroporti di Roma Leonardo da Vinci, Fiumicino Fiumicino airport, with more than 41 million passengers, is the first airport in Italy and the seventh in Europe for passenger volume, and connects Rome with over 200 Italian, European and intercontinental destinations, through more than 100 air carriers. Terminal 4 Runway 4 Check-in desk 355 Information desk 10 Gates 77 Areas for disabled assistance Number of parking available (cars and motorbike) Shops 124 Restaurants and bar 41 Commercial services 36 15

16 Aeroporti di Roma G.B. Pastine, Ciampino Ciampino, with more than 5 million passengers is the ninth airport in Italy and connects Rome with 30 Italian, European and intercontinental destinations. Terminal 2 Runway 1 Check-in desk 21 Information desk 1 Gates 19 Areas for disabled assistance Number of parking available (cars and motorbike) Shops 4 Restaurants and bar 5 Commercial services

17 Fiumicino - Energy Production PRODUCTION FROM COGENERATION OVERALL AIRPORT DEMAND % FROM COGENERATION Electricity: 148,2 GWh Electricity: 151,8 GWh 98% Thermal Energy: 73,5 GCal Thermal Energy: 81,66 GCal 90% COGENERATION PLANT (TRIGENERATION) 25 MW electrical 3 x 8,5 MW engines 17,4 MW thermal 3 x 5,8 MW boilers EFFICIENCY AND INCENTIVES Electrical efficiency 43,93% Global efficiency 66,59% Absorption chillers - Terminal 1 Absorption chillers - Terminal 3 4,5 MW 3,0 MW COGENERATION PLANT (TRIGENERATION) 48,6 MW 2 x 19,7 MW boilers 1x 9,2 MW boilers 17

18 Trigeneration Plant High Efficiency 17,778 CO 2 tons reduction 2012 ISO Energy Management Procedures Quality Certification ISO and EMAS Environmental Management System Combined Power & Remote Heating Cogeneration plant ISO 14001:2004 CV da TLR Continuous Improvement from 2013 Optimization Tools O&M contract revision IT Strategy 18

19 Achievements Kwh/pax 6,00 kwh/pax Leonardo da Vinci, Fiumicino kwh/(pax*mq) 5,00 4,00 5,23 4,81 4,49 4,30 4,25 3,93 3,76 3,62 4,20 17,0 14,0 16,1 14,8 13,8 13,2 13,1 3,00 2,00 11,0 12,1 11,6 11,2 9,3 1, , G.B. Pastine, Ciampino kwh/pax kwh/(pax*mq) 3,00 2,50 2,00 1,50 1,00 2,63 2,44 2,56 2,50 2,32 1,99 1,83 1,86 1, ,0 12,0 10,0 8,0 6,0 4,0 2,0-11,7 10,9 11,1 10,4 11,4 8,9 8,2 8,3 7,

20 Achievements - Energy Consumption vs Passengers. Leonardo da Vinci, Fiumicino KWh Pax During these years the energy consumption is decreasing even if the number of passengers is growing. It s important to point out that at the end of 2016 a new peer has been opened 20

21 Achievements - Energy Consumption vs Passengers G.B. Pastine, Ciampino KWh Pax During these years the energy consumption is decreasing even if the number of passengers is growing. 21

22 What we did - Implemented Projects ENERGY SAVING PROCEDURES Lighting switching off during night Crepuscolar installation Air Treatment Unit set point control: Terminal and power plant Placard switching off during night Control of hours of operation REMOTE CONTROL Metering of global airport energy consumption: energy database dividend into electric cogeneration plant, from the grid and given to the grid. «ION-E» metering system for HV, MV, LV substations control Metering system for thermal consumption Implemented on J.C. Metasys platform. BACnet supported to make easy the integration with the several metering system LIGHTING led lighting : taxiways, exits and peers lamps mod. T5 : terminal and parking TRAINING AND INFORMATION Energy efficiency project : continuous improvement theory and technicians involvement Training for employees : energy saving at work (in office) 22

23 SMART GRID 23

24 SMART GRID Turbocaldo- 7 kwt CPV 15 kwe 20 kwt Wind turbine 3 kwe Storage 90kW 45 kwh Wind turbine 10 kwe Recharge point for electric car 24

25 Photovoltaic (PV) plants 321,1 kwp 150,8kWp Installed on the roof of the new peer 25

26 Energy saving systems Cascade: Data gathered at the airports gets transferred to the partner servers for storage, visualization and Fault Detection and Diagnosis (FDD) tools. Faulty operation of typical building energy systems will be automatically detected (Reported failures are connected to actions) Metering system (Electric and thermal consumption): To analyse the energy consumption in real time and to understand how the airport consumes. Energy system (Electric and thermal consumption): Different systems have been installed to focus the use of energy, to manage chillers for saving energy, to point out the problems connected to the thermal components Flight Information System & Metasys Integration: Integration Between BMS and Airport Flight Information Display System 26

27 Energy saving systems All these systems are connected to Johnson Controls Metasys platform through the BACnet protocol controlled points are the results of the collaboration with Johnson Controls 27

28 Energy saving systems 28