tidel park
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TIDEL PARK
Located in Taramani, the gateway to the cyber-corridor inTamil Nadu, Tidel Parkis the largest technology park of its
kind in Asia. Built with the objective of providing a 'plug-and-
play' facility to IT firms, it is spread over 1.2 million squarefeet.
It represents an architecturally modern, Intelligent BuildingComplex, designed by Architects C. R. Narayana Rao. The
building management system has been designed, implemented and commissioned by RACEIndia.
According to R. Suresh of RACE India, buildings are no longer simply "working environments".They are integral to business operations. Competitiveness depends on building performance.
Building Automation System, with a high-level of system integration, has been executed atTidel Park. The Integrated Building Management System, at Tidel, ensures comfort and safety
for the tenants, by controlling and managing the air-conditioners, lifts, access control systems
and all plant and machinery installed. The Tidel Park building has all the attributes of a smartbuilding namely:
y Energy Management Systems - Airconditioning, ventilation, smoke exhaust systems, heatrecovery units and chillers with Thermal Energy Storage tanks and water managementsystems.
y Life Safety Measures - Fire detection, access control, Closed Circuit TelevisionCameras(CCTV).
yTelecommunication Systems and Office Automation Systems - UPS, EPABX, PublicAddress system and channelled music system.
The IBMS control room is the nerve centre of the wholebuilding. It houses 10 workstations including an NT server, a
100 mb ethernet link and 12 CCTV monitors. The nervecentre is fed with power from a 60 Kva UPS from the IBMS
network room. The network room also houses the EPABX,Public Address System racks and the distribution panels for
the UPS. All the IBMS controllers and sensors are supportedon the central UPS by a network of 4 bus ducts. The UPS also
feeds the fire alarm and access system.
The EPABX system handles more than 200 lines and is integrated with the fire alarm and voicepaging on the Public Address System. Voice paging and alarm messaging are features integrated
with the fire alarm and building maintenance system
The Integrated Building Management System at Tidel saves real money by :
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y Reducing energy consumption, through scheduled operations of chillers and pumps foroptimal wear and tear.
y Freeing the staff for other dutiesy Improving the building environmenty Enhancing the efficiency of operationy
Increasing the comfort level of employees andy Extending the life of capital equipment
Highlights
More than 3,500 fire alarm sensors
Over 40 barriers and turnstiles, for access control and security
Entry, only by smart cards
Over 72 CCTV cameras for 24 hours monitoring
Escalators connecting common area
19 large capacity high speed lifts and heavy duty service lifts for vertical transportation
The Thermal Energy Storage tank has a capacity of 24,000 Thermal Hours. This system is thethird largest in the world
Pre-wired offices with 20 MBPS links, digital exchange phone lines and communicationnetworks through Videsh Sanchar Nigam Ltd- Department of Tele-communication (VSNL-DoT)
and Software Technology Parks of India (STPI)
16 underground sumps and overhead tanks. Associated pumps are monitored and automated to
ensure that the tenants' taps do not run dry
Intelligent Building: A New Concept for Building Construction
Submitted by: Akash Vijayvargiya
B.E. Final Year, Civil
U.E.C., Ujjain
Madam Swati Jain
(B.S,M.S,Phdcc)
Chairperson, Swati Jain College
Indore
Abstract
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This paper discusses about design of Intelligent Building- a concept recently developed for making
building cost and energy efficient. The paper discusses various aspects of Intelligent Building design,
selection of equipment for energy saving, IBMS, various controls/services under IBMS, energy
management through IBMS, security, access controls, cost saving for an intelligent building.
Introduction
Engineers, architects and interior designers often use the phrase "intelligent building" to mean anoffice building with telecommunications that allow rapid reconfiguration of the interior layout fora client. When engineers say a building is intelligent, they often mean that computer programs coordinatemany building subsystems to regulate the interior temperatures HVAC and providing power. The goal is
usually to reduce the operating cost of the building while maintaining the desired environment for the
occupants. Commercial-off-the-shelf Building Automation Systems (BAS) are available. A basic BASsaves energy by widening temperature ranges and reducing lighting in unoccupied spaces. A BAS alsoreduces costs for electricity by shedding loads when electricity is higher-priced. Often, a building can be
designed so that air-conditioning and refrigeration can be deferred.
Definition of Intelligent Building
An Intelligent Building is one which provides an efficient and cost-effective environment through
optimization of its four basic elements:
(1) Structure to house various infrastructure/services.(2) Systems(3)
Services and management of Services(4) An effective interrelationship between all of them
Different aspects of Intelligent Building
The Intelligent Building Design has eight different aspects. Every aspect is important for the making a
building efficient. The following are the aspects:
Energy efficient Building services with proper selection of equipment
Building Automation system
Information management
System integration
Communication wiring system and network design
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Facility management
Technology Maintenance
Intelligent Building technology and design
Energy efficient Building services with proper equipment:
This plays the most vital role. The services include HVAC, Steam, Lighting, Security, Fire,
Elevators, Treatment plant, Fuel Oil system etc.
(1) Selection of energy efficient equipments are of prime consideration with superior and latesttechnology
(2) Integrated building management system (IBMS) plays a very vital role to integrate and utilizeeffectively all these services
IBMS the heart of Intelligent building
IBMS includes computer based monitoring to co-ordinate, organize and optimize variousbuilding control sub-system like HVAC, Steam, Treatment plant, Lighting, Security, Fire,
Elevators, Compressed Air, Fuel oil system etc.
Function of IBMS:
y Integration of all services
y Energy management
y Monitor, control and operate of all electro-mechanical equipment
y Preventive and Breakdown maintenance program.
Common Application for IBMS :
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y Equipment scheduling like which machine to run at what time, at what sequence
y Optimum Start/Stop.
y Operator Adjustment.
y Monitoring.
y Alarm Reporting and all report generation
IBMS serves to BUILDING USERS :
y Controlling environment/performance of various sub systems from desktop
PC/local controllers.
y Also it allows for remote controlling if desired.
IBMS serves to BUILDING OWNERS:
y Linking Building data directly to true cost of operation
y Maintenance management facilities both preventive as well as breakdown
maintenance.
Components of IBMS
The following components are used for design of IBMS Building
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DDC/PLC based control panel
Input Devices/Sensors
y Status Sensors
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y Analog Input Sensors
y Pulse Input Sensors
Output Devices/Sensors
y Analog Output
y Digital Output
Transducers
Data Highway/cabling/conduiting
Central Computer
Software
Connectivity
Communication Protocol
y Delivery Mechanisms
y Information representation
Delivery Mechanisms
y ARCNET
y Ethernet
y Echelon
y RS-485 (Master-slave/Token Pass)
y RS-232 (Point to Point)
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Information Representation
y ASCII
y BACnet
y LonWorks
y Modbus
Sub-Systems of IBMS
Fire Life Safety System
y Fire Detection & Alarming Systems
y Fire Hydrant Management System
y Fire Smoke Management System
Energy Management System
y HVAC control systems
y Mechanical & Electrical Utilities Management System
y Lighting Control System
y Indoor Air Quality Management Systems
y Vertical Transportation Systems
Security Management System
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y Access Control Systems
y Intruder Alarm Systems
y CCTV Surveillance System
y Outdoor Security System like Patrol Tour, Perimeter Security Systems etc.
Communication Systems
y EPABX based Communication network
y LAN & WAN environments
y Paging Systems
y Public address systems
y Video Conferencing Systems
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Control Solutions
HVAC Monitoring and Control
y Valves, Dampers & Actuators
y Sensors/Thermostats
y Controllers
Fire Detection & Alarm
y Fire Alarm Panels
y Smoke Detectors
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y Isolator Module
y Monitor Modules
y Control Modules
Lighting Control
Monitoring of equipments Security and Surveilance like Systems
y Electrical (MCCs) y Sensors for Doors and Windows
y DG sets y Infra Red/microware Beam Detectors
y WTP & STP y Closed Circuit TV Systems (CCTV)
y Steam Boilers y Access Control Systems
y Hot Water Generators etc.
Fire Management System
Fire Detection and Alarm System
Fire Evacuation Systems
Fire Fighting system interface
Fire Alarm Systems :
Types of Systems :
Conventional
Digital Addressable
Analog Addressable
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Types of Detectors
Conventional Ionization Smoke Detectors
Conventional Photo Electric Smoke Detector
Conventional Heat Detectors
Digital Addressable Ionization Smoke Detector
Digital addressable Photo Electric Smoke Detectors
Digital Addressable Heat Detectors
Analog Addressable Ionization Smoke Detector
Analog Addressable Photo Electric Smoke Detector
Analog Addressable Heat Detectors
Very Intelligent Early Warning Laser Detectors (VIEW)
Hostile Environment Smoke Detectors (HARSH)
Types ofFire Alarm Systems
Conventional
Digital Addressable
Analog Addressable
VIEW
Flash Scan
Fire Detection and Monitoring
Smoke, Heat Detectors
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Optical Beam Detectors
Manual Alarms
Audible Alarms
Repeat Alarms
Smoke Control
Fire Suppression system monitoring
Emergency Voice Evacuation
Public Address
Pre-recorded voice message
Music Channels
Auto dialing to fire station
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Fire Evacuation Systems
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Pre recorded messages
Floorwise paging
Paging for Floor above and below
Fire fighting interface
Monitoring of Fire Fighting pumps for On/Off, Trip, Auto-Manual, Header
Pressure, Flow, Tank Levels etc.
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Energy Consumption Pattern
60% by Air Conditioning
23% by Lighting
6% by Lifts
11% by others
System Design
Air-Conditional system is designed at maximum load
Electricity Costs Rising Pattern
Rising Every Year (5%-10%)
Chilled WaterTemperature
With 0.5rC increase in chilled water return temperature, loss of 1TR/Hour
Variable Frequency Drive
10% reduction in frequency results in 30% reduction in power consumption
Air Conditioning Control
Chillers
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Primary CHW Pumps
Condenser Pumps
Secondary
CHW
Pumps
Cooling Towers
FCUs and AHUs
Ventilation Fans
Third PartyInterfaces
Fire Fighting Interface
Energy Monitoring
Water Pumping System Interface
DG interface
Boiler Interface
Water Treatment plant interface
Sewage Treatment Plant Interface
Ac Plant Room HVAC
Chiller Integration through high level interface
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Sequential Start-up and shutdown of all equipment
Chiller Sequencing based on Return water temperature
Real run time equalization of all equipment using run hours
Load Reset of Chiller Discharge Set point temperature
User Settable chiller package requirement setpoints
Safety interlocks built in to Chiller control logic.
Air Handling-HVAC
Monitoring and Controlling AHU Fans
AHU Fan Duty Cycling (space occupied mode)
PID Control Based on Return Air temperature
Fresh Air damper modulation based on return air quality
Fresh Air damper control Override based CO2 Sensor input
Space Occupancy interlinked with time programme/ROR CO2 sensor value
AHU run at minimum speed to maintain air quality
Fire Interlocks in AHUs
Ventilation Systems HVAC
Ventilation Fans Monitoring of :
Fan On/Off status using MCBs with limit switches
Belt Broken status through current switches
Liftwell pressurization Fans : Switched on incase of fire
Full blast operation of fans incase of fire
Just as much energy as required, no more, no less
PID temperature controls
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Occupancy Based Controls
Optimum Start-Stop
Duty Cycling
Load Reset/Economizer
Cycle changeover
Enthalpy controls
Zero energy Band
Monitoring and Control of equipment
DG sets : Status monitoring of DG outgoing feeders Bus couplers etc. along with monitoring of
Parameters for DG power.
Lifts
Sump Pumps Monitoring of Pump on/off status
Parameters for incoming power and outgoing feeders to AC, Lighting etc.
Lightening Control
Occupancy based control
Scheduled time based start/stop
Start/stop based on outside light intensity
Lighting Control Can Achieve
Time based lighting control daily/weekly/calendar
Local/Remote operation of Zonal lighting
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Occupancy based lighting control for Cabins/Conference Halls
Further control of lighting is possible, if required, for areas which are not used on a daily basis
Water Pumping System Interface
Monitoring of pump parameters, tank levels etc. for domestic water supply to
Floor activity
Flushing
Cooling towers
Make up water for all services, as required
BoilerInterface
Monitoring of
Steam Temperature
Flash Steam valves
Steam modulating valves
Boiler status streamline pressures etc.
WaterTreatment PlantInterface
Level monitoring of sodium hydrochloride, Alum
Dosing tanks, or any other dosing, as required
Monitoring status of carbon filters
Monitoring water pump status
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Level monitoring of cooling water and flushing water tank
Access Control System
Entry Validation
Controller
Door Strike/Magnetic Door Locks
Door Position Sensor
Exit Push Button
ID Cards
Intruder Alarm System
Glass Break Sensors
Vibration Sensors
PIR Sensors
Door Switches
Presence Detection
Panic Buttons
Controller
Audio-Visual Annunciation
Hooters
Strobe Lights
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Auto Paging
Auto Dial Voice
Securing Assets
Credentials are used to grant access to secure areas to authorized personnel only.
Capability to control who goes where, when.
Anti-passback feature to prevent misuse.
Can be integrated to the HR MIS for attendance monitoring.
Technologies
Magnetic Stripe
Weigand
Proximity
Biometic
Components
Credential
Reader
Controller
Door Strike/Magnetic Locks
Magnetic Contacts
Finger Print Reader
y Convenience of the human finger, Unique keys, to provide irrefutable personal identification,
supersedes keys, cards, secret passwords and PINs.
y Provides a solution that cannot be forged, memorized, altered, stolen or duplicated
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y Applications : Cash Room
Safe Box Room
Back-of-house areas
Time and Attendance
Critical documentation room
CCTV Systems Components
CCD Cameras
Lens
PTZ units
Housings
Switcher/Multiplexer
Monitor
Time Lapse VCR
CCTV Surveillance to Secure the building
y First line of security systems
y Surveillance system can be effectively concealed and unobtrusive
y Events can be recorded for analysis/liability issues
y Can be interlocked with access control, fire alarm systems
Electrical PointOf View
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y Space for Installation of Various Transuders Like Kw, KWH, Current & Voltage in the PCCs and MCCs as
required
y Additional CTs/PTs to be considered for above
y Auxiliary Potential free contacts for status indication of various circuit breakers and starter contactors
y Auto/Manual selector switches for various starters
y Control circuitry of circuit breakers/starters has to be designed to facilitate acceptance of auto
command from the BMS.
KeyFactors to contribute forIntelligent Building
Energy Savings
Savings on Man power costs
Better Information systems
Reduced Maintenance costs
Reduced depreciation costs
Flexibility of building use
Benefits
y Improves & Documents Occupant Comfort
y Reduces heating, ventilation & cooling costs through improved sub-system management
y Reduces Time require to monitor & manage building operation
y Allows support & logistics from remote operation
y Increases reliability of plant and services
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Limitations
y Must be manually operated to improve occupant comfort, indoor air quality, building energy use and
environmental impact.
y Quantity and complexity of sub-systems must be great enough to warrant cost of system
Integration with third party equipments
Chiller manufacturers (Trane, York, Mac Quay, Carrier etc.)
VFDs (Danfoss, Siemens, ABB)
Precision Air Handling Systems (Stulz, Hiross)
Energy Meters (L&T, Enercon, Electrix)
VAVs UPS, DG Sets
Alarm Routing through pagers/mobile phones.
Remote access through Internet for complete operation
BMS Enhancements
y World Wide Web Defining DDC Controls
y CCD Cameras
y Field Bus Communication Standards Limiting Protocols
yWireless Revolution
y Componentization of HVAC Control
y Wireless service revolution
y Direct Digital Control Evolution
y Green Buildings
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y Wireless Monitoring
y Wireless Sensors
y Connecting the building occupant to building comfort system
Prelude to planning of BAS for a building
Mode of Building operation and ownership of operation of the same to be decided
Identify potential benefits of BAS
Identify Practical Limits to usage of BAS
Identification of Ownership & required interaction between building sub-systems to ensure successful
integration.
Design Presentation & Construction management to be an active part of this integration.
Cost
It ranges from 50 USD to 300 USD per point (with a very general estimation) depending on the mix of
included points.
This includes real points only and not virtual points that is included in most systems.
COSTSAVING due to Intelligence of building :
y Major cost saving happens due to energy efficiency in may ways
y Right from selection of energy efficient equipment
y Running with optimum requirement
yTimely fault identification and thereby avoiding capital investment
yTimely Maintenance
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y Indirect ways like
y Report generation and thereby locating happenings very precisely. Analysis being make easy and
simple.
y Because of effective utilization of machineries, lesser expenses for maintenance team.
y Less expenses for reduced usage of Light Fittings.
Also, we all are likely to work more efficiently in an effective intelligent building, after all human
efficiency is most important.
Intelligent Building Design :
At design stage of the building, designer has to keep in mind for intelligent building design concepts like
y Shape and direction of the building, so that it calls for less loading on artificial cooling/heating system
y Provision of Attrium leads to saving in illumination cost.
y Decision on right kind of false ceiling
y Designing with roof insulation to reduce artificial cooling/heating.
y Decision on location of plant room and other technical area keeping in mind proper movement of
various services.
y At design stage, provision of adequate space for movement of services which will keep the building
intelligent by providing adequate shaft at right place, maintenance provision etc.
Conclusion
With lot of energy crisis in todays world now its important for architects, engineers and construction
managers to make buildings which are energy efficient. Its important to understand that more
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electronics does not necessarily mean more intelligent building. Also, the entire control has to be
effective and cost effective and finally balanced decision is to be taken for effective design.
References:
Mr. S. Choudhary, L&T ECC Division
Mr. Nrapendra Sharma, GM, Madhya Pradesh Audhyogik Kendra Vikas Nigam (Indore) Ltd.
Mr. D.P. Patwari, EE, Madhya Pradesh Audhyogik Kendra Vikas Nigam, (Indore) Ltd.
www.google.com, www.wikipidia.com