Ustroń 10-12.09.2012 Design monitoring systems based on XBMS Presents: M.Sc. Adam Jakubowski

1. Web-based Open Building Management System • Ustroń 10-12.09.2012 • Design monitoring systems based on XBMS • Presents: • M.Sc. Adam Jakubowski

2. Reasons to design monitoring based on XBMS: • The comprehensive (includes the widest range of subsystems). • An easy way to design different types of monitoring systems. • Fully web-based and real-time system. • Supports a wide range of open communication standards. • Possibility of integration various manufacturersdevices. • Full support for XBMS development (specialized appliactions & drivers) • Support for users & groups rights for access to the system. • Multimedia visualization interfaces in Adobe Flash technology. • Easier and faster installation and commissioning BMS. • Easier and cheaper diagnostics and service management system. • Technical support services and maintenance of the system. • Safe-class UNIX operating system.

3. Comprehensive integration concept Security Management System Building Management System • Lighting • Power • Solar power plants • Photovoltaic power plants • Substations • Water technology • HVAC • Measurements of media consumption • VoIP doorphones • Fire alarm centrals • Early smoke detectors • Intruder detection systems • Access control systems XBMS • Adjustable lighting • Blinds & screens • Audio/Video matrix • Projectors • Sound Conference Room Systems

4. XBMS servers family:

5. Workstations: • Desktop computers • Touch panels • Tablets & smartphones • Mobile phones

6. Web-based user interface: • Client-Server Technology (client presents the data received from the server) • Access to the system only by web browsers based on individual privilages • Multimedia user interface in Adobe Flash • Presentation of the event and the physical values in real-time • Support user rights to visualization scenes and objects in the scene • VDL - library of ready to use visualization objects

7. Adobe Flash as an visual scenes editor:

8. Water technology visalization scene:

9. Photovoltaic power plants visualization scene :

10. Solar power plants visualization scene:

11. Energy balance monitoring visualization scene :

12. Supported open network protocols • Online real-time information system, which supports open communication standards SIP (VoIP) OPC SNMP DMX • Full support for XBMS project development (device and network drivers and others with their own documented protocol). • The ability to create specialized applications, based on the data stored in the SQL database • Technical support services and maintenance of the system

13. Direct integration (small objects):

14. Example of BMS diagram:

15. Integration based on the Ethernet LAN:

16. Integration based on the Ethernet LAN diagram:

17. Mixed integration:

18. Mixed integration:

19. Global integration (public or separated APN):

20. Customizable universal signal boxes: • Universal signalbox’es as XBMS supplement • to monitor digital and analog signals • monitoring and control systems (eg solar power plants) • Reason to design universalsignalbox’es • The designer does not need to know the automationdetails. • Defines only the number of signals and their type, selected sensors. • Digital and analog signals should be reduced to a switchboard • Subsequentlythe signals is sufficient to bring to an Ethernet network. • Block diagram of the BMS becomes simpler. • For more complex functions sufficient to describe the algorithm

21. Universal signal box’es on BMS diagram:

22. Examples of typical XBMS installations: • Central BMS, SMS and CRS in objects of different types (office buildings, hotels, apartment buildings, shopping centers, etc.) • Data Processing Centres (known as server rooms) • Automation of an apartment or hotel room • Water Parks or Aquaparks • Hospitals (metering media) • Global Monitoring for distributed objects • Monitoring Specialist (eg linear temperature measurement) • Museums and monuments • Conferencerooms

23. Division of monitoring for BMS, SMS and the CRS

24. The monitoring system in the data center : • Precisioncooling • EmergencyPower System • Poweranalyzers • Measurements of temperature and humidity • UPS • Fire Alarm System • Early warningsmokedetectors • IntruderAlarmSystem • Access Control System • VoIP doorphones

25. Apartment or hotel room automation: • HVAC • Reed doors and windows • Multiroomzone • Heating • Measurement of temperature and humidity. • Touch panels • Biometric access control. • LED Lighting • Sunblinds

26. Water Park Monitoring System: • Ventilation • WaterTechnology • The heating substation • Lighting • PhotovoltaicPower Plant • SolarPower Plant

27. Monitoring system in hospital: • Ventilation • Glycolenergymeasurement • Electricityconsumption. • Technical steamconsumption • Waterconsumption • Gasconsumption • Photovoltaic Power Plant • SolarPower Plant

28. Example of SMS system: • IntruderDetection System • FireDetection System • Early warningsmokedetect. • Automatic extinguish • Gas detection system • Personnel Identity • AudibleWarning System

29. Example CRS system: • Sunblinds • Lighting • Projector • Audio/Video Matrix • Sound • PortableTablet PC • CD / DVD • Screens

30. Selected projects in Poland: • Data Center of PGNiG S.A. (PolishOil and Gas Company) • BMS in Customs House in Warsaw • Data Center in KGHM S.A. (PolishCopper & Silver producer) • BMS in CHP „Kraków” S.A. (Heat and Power Plant in Krakow) • Data Center EUROBANK S.A. • Data Center Kredyt Bank S.A. • Date Center DB Shenker Transportation & Logistics • BMS of Apartament, Mokotowska 59 in Warsaw • BMS in PolishAcademyof ScienceBranch inKatowice • Technical University In Warsaw Automation Lab • Technical University In Lodz • BMS in Water Park in Elk • BMS in Water Park in Olsztyn • SMS in Palmiry Museum(Warsaw) • Lineartemperaturemeasurement in Polaniec Power Plant