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Alexandr vannas sof Facilities Management, Virtual Reality and the Internet of Things
The document outlines a strategy for enhancing technical operations and maintenance through the use of the Internet of Things (IoT) and augmented reality. It emphasizes the importance of efficient information management, coordination, and resource optimization to improve service levels while minimizing costs and downtime. Additionally, it details the integration of advanced technologies to support maintenance operations and improve overall efficiency in various infrastructure sectors.
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Alexandr vannas sof Facilities Management, Virtual Reality and the Internet of Things
- 1. ACHIEVING WORLD CLASS TECHNICALOPERATIONS & MAINTENANCE THROUGH INTERNET OF THINGS AND AUGMENTED REALITY
- 2. 11/03/2015 | ‹#› AlexanderVannas Division Manager-Tecnical Director at SOF SpA
- 3. Condotte – INSO– SOF Group of Companies 11/03/2015 | ‹#›
- 4. 11/03/2015 | ‹#› NATOHEADQUARTERS USA-Georgia- Sidney Lanier Bridge Railways - Highways Large PPP projects Infrastructure Works • Tunnels, Viaducts, Dams • Ports & Airports • Buildings QATAR – Las Raffans Bank Of Italy
- 5. 11/03/2015 | ‹#› FlorenceCourt of Law ZLOTA Tower – D. Liebeskind Hospitals- Vimercate Milano Medical Equipment Plants-CCHP Florence (10 MW) - Renewables
- 6. 11/03/2015 | ‹#› THESOF BUSINESS General contractor for construction and maintenance of public and private infrastructures and premises: schools, hospitals, buildings, plants
- 7. OUR BUSINESS OBJECTIVES 11/03/2015| ‹#› Customer Wants SOF Wants • Uptime • Detect and Fix Problems Fast • Minimize business impacts • Service Levels • Low Costs • Resources optimization (dispersed operations) • Reduced interventions • Economic results on each contract
- 8. Where We OftenOperate 11/03/2015 | ‹#› HOSPITALS Thermal Plants, Hydric Plants, Electrical Plants Hospital Wards, Surgery Rooms, Clean Rooms In Touch with Visitors Inpatiens Doctors A CRITICAL O&M
- 9. NEEDS: INFORMATION &COORDINATION 11/03/2015 | ‹#› INFORMATION • Building Layout Use Technical Systems History • Equipment Technical data Status History Traceability COORDINATION • Information availability • Information usability • Activity planning based on up-to-date information • Process and resources optimization
- 10. An integrated facilitymanagement system to manage processes, resources and activities, strongly integrated with the building and its infrastructures 11/03/2015 | ‹#› The Reference Model: Global Information Sharing An equipment and plant integration platform for managing all field information, in a replicable and effective model
- 11. Our Partners 11/03/2015 |‹#› Complex information systems to support facility and property management www.natisoft.it Plug&play Industrial Internet of Things www.alleantia.com
- 12. The Solution: anintegrated architecture 11/03/2015 | ‹#› Equipment & plant static and dynamic information Building, process, contract and resources information
- 13. Equipment and fieldinformation is available, if access is made repeatable and effective 11/03/2015 | ‹#› Power meters Energy usage Analyzers Energy analytic information Electric subsystem Switching Protections Inverters Frequency Power PLC Subsystem information HVAC Cycles Power Temp.
- 14. Alleantia XPANGO modelsall equipment data, static and dynamic 11/03/2015 | ‹#› XPANGO FILE Communicatio n protocol Engineered data format Alarm conditions Read / Write data mapping Logging and reporting info Device type and category file info and signature Maintenance plan Any electronic device: tech data sheet Library of 2600+ pre– integrated devices: fast and repeatable deployment
- 15. Alleantia platform actsas ‘Field data Master’, feeding the facility management system 11/03/2015 | ‹#› Alleantia Cloud-Gate Equipment data sheets Equipment visuals Real time device measures Alarms and warnings Usage measures
- 16. Up-to-date equipment list, configuration,product code, version etc. from the field avoiding duplicated activities Technical equipment information provided to management system, registering all changes (replacement, maintenance) NatiSOF Advantages (1): efficient information inventory 11/03/2015 | ‹#›
- 17. NatiSOF 11/03/2015 | ‹#› Advantages(2): dynamic maintenance plan Equipment status / alerts triggers maintenance plan changes, coordinated by resources availability and SLA Equipment maintenance cycles made dynamic using information on faults, runtime hours, residual lifetime. Analytic predictive system will be introduced
- 18. NatiSOF Target results: SLAcompliance with resources and cost optimization 11/03/2015 | ‹#› • Reduce Overhead • Updated information • Coordinate resources with dynamic information • Support technicians with common information set • Reduce specialist intervention Minimize unplanned downtime Minimize maintenance downtime Improve resolution speed
- 19. NatiSOF NatiSOF Effective Information Access:from 2D to 3D 11/03/2015 | ‹#› 2D: partial information set, requires specialist, needs additional input from field (inspections, direct knowledge) 3D: Full view in all dimensions, tagged equipment, relative positioning, distance, reach. Virtual reality for preparing critical and routinary tasks
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- 21. The Ultimate Step:Augmented Reality for Technician 2.0 11/03/2015 | ‹#› We provide technicians with real time plant and field information when in building during maintenance operations Fast access to readable and useful information is critical for efficient and effective maintenance First step : rugged tablet Geo-referenced visual and technical data Second step (work in progress): wearable systems Integrate real view with added visual information and data Hands free and extended sensing capabilities.
- 22. HVAC SYSTEMS: REALTIME INFORMATION 11/03/2015 | ‹#›
- 23. Side opportunity: BuildingInformation as Platform for creating and enhancing customer services 11/03/2015 | ‹#›
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- 25. 11/03/2015 | ‹#› INTEGRATINGBUILDING DATA WITHIN CUSTOMER EXPERIENCE
- 26. CANTINE ANTINORI &WINERY VIRTUAL TOUR 11/03/2015 | ‹#›
- 27. CANTINE ANTINORI &WINERY VIRTUAL TOUR 11/03/2015 | ‹#›
- 28. CANTINE ANTINORI &WINERY VIRTUAL TOUR 11/03/2015 | ‹#›
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Editor's Notes
- #4 Presenting the group Condotte – INSO- SOF – Who we are SOF SpA is part of Condotte d’Acqua and INSO group, a general contractor for construction and maintenance of public (schools, hospitals) and private (office buildings, plants, facilities) infrastructures and premises.
- #6 COMBINED COLD HEAT POWER PLANT by the use of a gas tubine
- #7 SOF activity as Global General Contractor for Engineering, Construction Maintenance. What We Do SOF Is a general contractor for construction and maintenance of public (schools, hospitals) and private (office buildings, plants, facilities) infrastructures and premises.
- #8 The Objectives in Maintenance contracts and activities Contractual Objectives and Company Objectives COSA OCCORRE ASSICURARE AL CLIENTE Tempestivita’ Risoluzione problematiche Efficienza Efficacia Sla COSA OCCORRE OTTENERE LATO AZIENDA Ottimizzazione risorse (IMPIANTI DISLOCATI LONTANO E PERSONE NON PRESENTI) Minimizzazione interventi Redditività commessa
- #10 Needs: Information, Organization, Coordination COSA MI SERVE Conoscenza dell’immobile Conoscenza delle apparecchiature da manutenere Informazioni di vario tipo (schede tecniche, gestione documentale, etc) Tracciabilità vs il cliente ASPETTI CRITICI dISPONIBILITà E Fruibilità delle informazioni Corretta pianificazione attività Ottimizzazione dei processi E RISORSE
- #11 Our Model for addressing the problems: Data and Process Integration, from equipment to building to people: Global Information Sharing Combine the various technologies and available information so to be collected and used both to construct (green buildings) and for technologically advanced maintenance and operations management. SOLUZIONI INFORMATIZZATE E FORTEMENTE INTEGRATE CON L’EDIFICIO CIO’ CHE FACCIAMO E’ CONIUGARE LE DIVERSE TECNOLOGIE E LE DIVERSE INFORMAZIONI DISPONIBILI (IN CAMPO E FUORI) IN MODO DA ESSERE RACCOLTE E UTILIZZATE PER LA WORLD CLASS MAINTENANCE -IL GRUPPO CONIUGA LA PARTE PROGETTAZIONE, COSTRUZIONE E MANUTENZIONE -
- #12 Alleantia e NATISOFT Condotte/Inso builds around such technologies. SOF manage and integrated maintenance processes and information.
- #13 THE SOLUTION ABBIAMO SVILUPPATO LA TECNOLOGIA ED I LINGUAGGI PER INVIARE AUTOMATICAMENTE LE INFORMAZIONI DAL CAMPO AL SISTEMA NATISOF, CHE PRENDENDO ANCHE INFORMAZIONI AGGIUNTIVE (PIANTE, FOTO, ETC) LE RENDE FRUIBILI AL TECNICO UTILIZZATORE. queste vengono caricate in automatico in maniera immediata senza richiedere sprechi di tempo e personale per i censimenti degli impianti.
- #14 Our Solution: (1) Field Information Integration. Alleantia Supporting Technology. Technical information are mostly available from the field. Closely integrating field with IT system allows the use of information already available (on devices, PLCs, etc.) to create the ‘technical Data Master’ (the ‘Field’ Layer), and use the information in all processes. In such way, avoiding duplication and overhead, improving data quality, providing additional critical information. ‘just’ need to get it PARTE DI QUESTE INFORMAZIONI PERò GIA’ ESISTE. SUL CAMPO. AUTOMATE DATA COLLECTION NOI ABBIAMO OTTENUTO DI UTILIZZARLE: GLOBAL INFORMATION SHARING. WE DID IT
- #15 il plc inviA direttamente a sistema le info degli impianti e dei prodotti ad esso collegati ed in particolare una serie di dati molto utili per le manutenzioni di più alto livello e/o l'energy management. 2.1: Informazioni quali schede tecniche e la cadenza delle manutenzioni ordinarie di ogni prodotto. In automatico quindi il sistema sulla base del censimento e della cadenza autogenera il piano delle manutenzioni. 2.2: Informazioni sui guasti gravi: il sistema registra il n° e cadenza di failure. Inoltre il piano delle manutenzioni e della gestione delle risorse viene aggiornato in automatico e diventa di tipo non statico bensì dinamico. 2.3: Informazioni quali n° di ore di funzionamento, accensioni e spegnimento, ore di vita residua dell'apparecchiatura. In questo modo si possono fare energy management e fare manutenzioni predittive. 2.4. Le info di contatori energia etc con contabilizzazione automatica mensile per i servizi energia.
- #16 il plc inviA direttamente a sistema le info degli impianti e dei prodotti ad esso collegati ed in particolare una serie di dati molto utili per le manutenzioni di più alto livello e/o l'energy management. 2.1: Informazioni quali schede tecniche e la cadenza delle manutenzioni ordinarie di ogni prodotto. In automatico quindi il sistema sulla base del censimento e della cadenza autogenera il piano delle manutenzioni. 2.2: Informazioni sui guasti gravi: il sistema registra il n° e cadenza di failure. Inoltre il piano delle manutenzioni e della gestione delle risorse viene aggiornato in automatico e diventa di tipo non statico bensì dinamico. 2.3: Informazioni quali n° di ore di funzionamento, accensioni e spegnimento, ore di vita residua dell'apparecchiatura. In questo modo si possono fare energy management e fare manutenzioni predittive. 2.4. Le info di contatori energia etc con contabilizzazione automatica mensile per i servizi energia.
- #17 IMPATTO SULL’ANAGRAFICA DEL FABBRICATO IoT system has full knowledge of technical equipment. Starting from its technical data sheet and configuration information. Avoiding overhead, duplicated information. One Field Data Master.
- #18 IMPATTO SULLE MANUTENZIONI E SULLA PIANIFICAZIONE ATTIOVITA’ E OTTIMIZZAZIONE RISORSE IoT System provides continuous flow of information from the field with a set of information very useful for planned maintenance, reactive maintenance and predictive maintenance, and for energy management and optimization Maintenance Plan. Based on routine maintenance plan of any product, and the plant data set, the system automatically generates maintenance plans. Faults. Not only the fault can generate a operations ticket, but the maintenance plan and resources management is updated. The maintenance plans goes from static to dynamic Usage information such as up-to-date runtime hours, switch on/off, residual lifespan before maintenance. All such information are used for optimizing maintenance schedule, predictive maintenance, and energy management.
- #19 MIGLIORAMENTO SLA
- #20 The Solution: (2) Bulding-to-Process Integration and Effective Information Visualization From 2D to 3D: Why ? 3D is much more effective than 2D. 2D is a partial information set, requires specialist and experts, and needs additional information from field (e.g. preliminary inspections). 3D provides the full view in all dimensions, very relevant in plants and buildings. Building Virtual Reality reproduction together with technical information, it allows technicians to prepare in advance for intervention, adding speed, efficiency and quality of service, especially when maintenance downtime must be reduced to minimum (e.g. surgery rooms, heating systems). The focus of easy information access is to improve flexibility of maintenance crews: develop plant and equipment expertise through use of handy information when required. The maintainer becomes specialized technician who uses the technologies: access the product data sheet / plant in front of him, access to the design CAD system, the maintenance report, the user manual, making full use of the available information and extending its sensing capabilities. Il ns 3D con caricate su una serie di informazioni del sistema diventa una realtà virtuale con sempre maggior tendenza a divenire Realtà Aumentata (questo ultimo aspetto è quello tecnicamente e tecnologicamente più interessante per IoT) Ciò implica poter gestire in remoto realtà complesse senza dover accedere presso i locali consentendo all'impresa di pianificare meglio le attività e utilizzare le proprie risorse facendo pochi interventi, poco invasivi e mirati (si pensi a locali con presenza di pubblico, sale operatorie, o a locali con alto contenuto tecnologico come centrali termiche etc). In altre parole si ha la specializzazione del servizio che da manutentore semplice diventa tecnico specializzato che usa le tecnologie. Accede alla scheda tecnica del prodotto/impianto che ha realmente davanti, al disegno cad dell'impianto, al report manutenzioni, al manuale d'uso, sfruttando appieno il databese e le informazioni disponibili ed estendendo le proprie capacità sensoriali.
- #22 The Future: Augmented Reality. The last step is to provide in real time plant and field information to the technician while on the field. Fast access to readable and useful information is a critical task for the efficient and effective maintenance. First step is to provide such geo-referenced information on a rugged tablet providing visual information and field information. Second step will be to introduce wearable systems to ease information access integrating with the real visual information, while keeping free hands and making the assisted experience natural. Ultimo step è l'utilizzo vero e reale di tutte queste informazioni sul campo (Realtà Aumentata) in modo da rendere più efficace ed efficiente il servizio. In altre parole si ha la specializzazione del servizio che da manutentore semplice diventa tecnico specializzato che usa le tecnologie. Accede alla scheda tecnica del prodotto/impianto che ha realmente davanti, al disegno cad dell'impianto, al report manutenzioni, al manuale d'uso, sfruttando appieno il databese e le informazioni disponibili ed estendendo le proprie capacità sensoriali. Se il manutentore indossa occhiali speciali (tipo Google Glass) riesce a muoversi all'interno dell'immobile e delle centrali tecnologiche vedendo e accedendo anche in virtuale a tutte le informazioni disponibili nel sistema:
- #24 The 3D Building information set can be used as a Service Platform for creating new services. A synergy and integration between plant architecture and information systems combines to enhance even the core business of the customer. For example, use 3D building information for Virtual guided tours in 3D (Antinori, museums or anyone else), Exhibition spaces and museums where visitors access to information, advertising, etc. Viene quindi proposta sinergia e integrazione tra architettura impiantistica ed i sistemi informatici (che in parte o in toto sono già installati) coniugandoli al fine di valorizzare anche il core business del cliente. Sono così possibili Tour Virtuali guidati in 3D (Antinori, Musei o chiunque altro), Spazi espositivi e Musei in cui i visitatori accedono a informazioni, pubblicità, etc.