Ustroń 10-12.09.2012Design monitoring systems based on XBMS

Presents: M.Sc. Adam Jakubowski

Web-basedOpen Building Management System

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 manufacturers devices.

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.

BuildingManagementSystem

SecurityManagementSystem

ConferenceRoomSystems

XBMS

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

Adjustable lighting Blinds & screens Audio/Video matrix Projectors Sound

Comprehensive integration concept

The estimated size of building

(BMS points or m2)

BMS

building

installations

SMS

security systems

CRS

Conference rooms

Typical

equipment

DELL servers

512 – 1000 do 300 m2 NEURON BOX ASTRO BOX CRS BOX ADVANTECH UNO

1000 – 4000 do 2000 m2 NEURON BMS Server ASTRO SMS Server CRS Server DELL R210

4000 – 10000 do 10000 m2 NEURON BMS Server ASTRO SMS Server CRS Server DELL R210

10000 – 20000 do 40000 m2 NEURON BMS Server ASTRO SMS Server CRS ServerDELL R410

20000 – 50000 pow.40000 m2 NEURON BMS Server ASTRO SMS Server CRS ServerDELL R510

XBMS servers family:

Desktop computers Touch panels Tablets & smartphones Mobile phones

Workstations:

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

Web-based user interface:

Adobe Flash as an visual scenes editor:

Water technology visalization scene:

Photovoltaic power plants visualization scene :

Solar power plants visualization scene:

Energy balance monitoring visualization scene :

SIP (VoIP) OPC SNMP DMXSIP (VoIP) OPC SNMP DMX

Online real-time information system, which supports open communication standards

Supported open network protocols

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

Direct integration (small objects):

Example of BMS diagram:

Integration based on the Ethernet LAN:

Integration based on the Ethernet LAN diagram:

Mixed integration:

Mixed integration:

Global integration (public or separated APN):

Customizable universal signal boxes:

Universal signal box’es as XBMS supplement

to monitor digital and analog signals

monitoring and control systems (eg solar power plants)

Reason to design universal signal box’es

The designer does not need to know the automation details.

Defines only the number of signals and their type, selected sensors.

Digital and analog signals should be reduced to a switchboard

Subsequently the 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

Universal signal box’es on BMS diagram:

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

Conference rooms

Division of monitoring for BMS, SMS and the CRS

The monitoring system in the data center :

Precision cooling Emergency Power System Power analyzers Measurements of temperature

and humidity UPS Fire Alarm System Early warning smoke detectors Intruder Alarm System Access Control System VoIP doorphones

Apartment or hotel room automation:

HVAC Reed doors and windows Multiroom zone Heating Measurement of temperature

and humidity. Touch panels Biometric access control. LED Lighting Sunblinds

Water Park Monitoring System:

Ventilation Water Technology The heating substation Lighting Photovoltaic Power Plant Solar Power Plant

Monitoring system in hospital:

Ventilation Glycol energy measurement Electricity consumption. Technical steam consumption Water consumption Gas consumption Photovoltaic Power Plant Solar Power Plant

Example of SMS system:

Intruder Detection System Fire Detection System Early warning smoke detect. Automatic extinguish Gas detection system Personnel Identity Audible Warning System

Example CRS system:

Sunblinds Lighting Projector Audio/Video Matrix Sound Portable Tablet PC CD / DVD Screens

Data Center of PGNiG S.A. (Polish Oil and Gas Company) BMS in Customs House in Warsaw Data Center in KGHM S.A. (Polish Copper & 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 Polish Academy of Science Branch in Katowice 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) Linear temperature measurement in Polaniec Power Plant

Selected projects in Poland: