WOM Technology Report - Rev1 290813

8/13/2019 WOM Technology Report - Rev1 290813

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SpECThis Technology report is an insight into the latest technologies availableand which could be further explored and adopted for the prestigiousWorld Outlet Mall concept being planned by TIME Machine Group

Technology Report - MEP


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Specialised Engineering Consultants WOM !

Client

Consultants:

Technology Report - MEP 2

B.E.S.T


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INDEX

1.INTRODUCTION:................................................................................................................4

THEFOLLOWINGAREASARECOVEREDASPARTOFTHISREPORT:.......................................4

2.SOLARPOWERANDBUILDINGINTEGRATEDPHOTOVOLTAICCELLS(BIPV) ..................42.1PROPOSED SOLUTIONS.................................................................................................7

2.2ESTIMATED ECONOMIC ASSESSMENT....................................................................8

3.WASTETOENERG:...............................................................................................................8

11

3.LIGHTINGDESIGNCONCEPT.................................................................................................11

A.LATESTTECHNOLOGANDSTANDARDSUSEDFOROFFICELIGHTING:............................14

B. INTERIORLIGHTINGPOWERALLOWANCE(ILPA)..........................................................1!

C.LIGHTINGCONTROLSSTEM..............................................................................................1!

I.CONTROLPHILOSOPH:.......................................................................................................1!

4.IT SSTEMFORVOICE"DATA"INTERNET............................................................................17

A.FO CHARACTERISTICS:........................................................................................................17

B.CHARACTERISTICS OFCAT#7A CABLEISASFOLLOWS:.....................................................17C.PERFORMANCECOMPARISONCHARTFORCOPPERCABLES:.............................................18

D.PAIRBASEDDISTRIBUTION...................................................................................................1$

E.TRENDSINDATACENTERANDIT.........................................................................................2%

21

F.WIRELESSACCESSPOINTS# WAP......................................................................................22

&.E'TRALOWVOLTAGE(ELV) SSTEM..............................................................................22

THEFOLLOWINGELV SSTEMSAREPROPOSEDFORTHEPROECT:..................................24

WIDEAREANETWORSCHEMATICTOE'PLAINCONNECTIONBETWEENBUILDINGS:.....2&

A.PUBLICADDRESSSSTEM(PAS)"BGM SSTEM...............................................................2&

B.SECURITSSTEM................................................................................................................27

I.REMOTESURVEILLANCE(CCTV) SSTEM.........................................................................27

II.INTEGRATEDCCTV * ACCESSCONTROLSSTEM...........................................................28

III.REMOTESURVEILLANCE(CCTV) SSTEM.......................................................................2$

C.BUILDINGMANAGEMENTSSTEM......................................................................................2$

D.SMATV SSTEM...................................................................................................................3%

!.UNINTERRUPTEDPOWERSUPPL(UPS)............................................................................31

7.LOADANALSIS# POWER....................................................................................................32

8.LOADANALSIS# HVAC.....................................................................................................33

$.HVAC SSTEMS...................................................................................................................34

1%.PLUMBINGANDDRAINAGESSTEMS.................................................................................3&



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$ INTRODUCTION%

This Technology report is an insight into the latest technologies available and whichcould be further explored and adopted for the prestigious World Outlet Mall concept

being planned by TIME Machine Group

The following areas are covered as part of this report%

$ &olar power and 'I()* 'uilding Integrated photo voltaic cells

! (ower Generation fro+ waste fro+ the Mall ,ood Outlets

" -E. -ighting

# Media Interactive fa/ade

0 IT Technologies $1Gigabit connectivity to des2top3 4onverged technology for building services including 'M&* +etering* lighting

control* 44T) and access control* I(T) etc

5 Interior lighting load allowance as per 6&786E

9 -atest technologies used in chilled water generation

: -atest technologies used for drainage syste+s

. Solar po!er and Building Integrated p"oto #oltaic cells $BI%&'

This report briefly explains the 'I() syste+* which could be used for the

pro;ect in line with client


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The integration of the photovoltaic technology could ta2e place in the shading roof or

a broad way to wal2 fro+ one building to others* creating an open co++on space

6rea &tate+ents%



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The pro;ect is supposed to be built on a total '>6 of !!1111+! area excluding the

par2ing ?one in base+ents &uch a high +agnitude of develop+ent re=uires green

building concepts i+ple+ented as part of the architecture itself to reduce

energy consu+ption of buildings and to provide inhabitant


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The 'I() syste+ can be $11A custo+i?ed in order to co+ply with the pro;ect

re=uire+ents* 2eeping the initial aesthetical and functional architect


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0degree tilt option:

Coplanar S 1) lig "t option:

. ESTIM2TED ECONOMIC 2SSESSMENT

The cost of 'I() integration was not a feasible scenario 3 years ago Over the

period of ti+e there has been substantial reduction in cost and the prices have

co+e down drastically .own the line the trend is further reduction* which will

put together the invest+ent attractive

3. Waste to Energ):



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3. ig"ting design concept

The -E. technology has i+proved a lot and there are lots of products available now

which could be used in areas li2e corridors* external areas* landscaping* par2ing and

for decorative purposes &o+e of the pictures are shown below for

illustration@exa+ples%



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-E. -ighting

-E. 4ove -ighting



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4ar (ar2ing with .ischarged -a+p 4ar (ar2ing with -E. -a+p

#1A -ess (ower



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a. atest tec"nolog) and standards used ,or o,,ice lig"ting:

In,or+ation purpose:

The latest technology used for office lighting is based on the re=uire+ent as per

4I'&E -G5 type 6s per the new standards ceiling shall have $01 lux* walls shall

have !11 to !01 lux and wor2top shall have "01 to 011 lux



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b Interior ig"ting %o!er 2llo!ance $I%2'

The lighting power allowance is based on 6&786E :1$ B-EE. re=uire+entsC* using

building area +ethods as follows%

Office D $$9 W@+! 011-ux

(ar2ing garage D !$ W@+! 01-ux* .rive way $11-ux,ood preparation D $!:1 W@+! 011 to $111-ux

Electrical roo+s D $3$# W@+! "11-ux

Mechanical roo+s D $3$# W@+! !11-ux

&hopping Mall D $! W@+! 011-ux

&tairs D 3#3 W@+!

&torage D "!" W@+!to 93 W@+!

,ood 4ourt D $#11 W@+!

&ervice area D $011 W@+!

-obby D $!11 W@+!

c. ig"ting Control S)ste+

Intelligent -ighting 4ontrol &yste+ BEi'@-OFC based on +otion and day light sensors*

ti+ers* light level sensors and override switches shall be provided to control all public

area lights 4o+plete syste+ shall be controlled and progra++ed through a (4

&tandalone sensors can also be considered for certain areas to achieve energy

efficient lighting control 2eeping the installation cost reasonable

i. Control %"ilosop"):

-ift lobbies* circulation areas and corridors* bac2 of house@front of house and

car par2ing%

01 01A light control by lighting control syste+* +otion sensors If solar

syste+ is used the lights can be operated using solar power during dayti+e

and hence saving in power

4ar par2ing lighting control is based on ti+e* +otion sensors

-andscape areas lighting control is based on ti+e and external lighting level

Elevation lighting control is based on ti+e and external lighting level

-ighting control syste+ shall be integrated with 'M& for central control



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4. IT s)ste+ ,or &oice5Data5Internet

T"e latest tec"nolog) of -06iga(it connecti#it) to des2 top will be provided by

using 4atD56 hori?ontal cabling and 01@$!0 +icron OM3 -0 6iga(it 7i(re opticca(les 0005800as bac2 bone to each #!> cabinet within the office space 4atD56

cables shall be ,D>T( to avoid alienDcross tal2* which nor+ally happen above

$Gigabit

a. 7O C"aracteristics:

(. C"aracteristics o, cat/92 ca(le is as ,ollo!s:

The table below su++ari?es cabling types capable of supporting co++only specified

applications over $11D+eter* fourDconnector topologies%

Ta(le -: 2pplications C"art

Categor) 8e

Class D

Categor)

Class E

Categor) 2

Class E2Class 7 Class 72

#@$3 M'(&

To2en 8ing x x x x x$1'6&EDT x x x x x



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$11'6&EDT# x x x x x

$00 M'(&

6TMx x x x x

$111'6&EDT x x x x x

TI6@EI6D90# x x x x

$1G'6&EDT x x x

I&O@IE4

$#$30D$## x x

'roadband

46T) x

,ro+ the above table 4lass ,6 B4atD56C cable is the latest and best suited for the

pro;ect It can run all types of application including 4able T) and can even support

applications above $1Gigabit to the extent of #1Gigabit

The proposed bac2bone ,ibre optic B,OC cable is +ultiD+ode $1G'aseD&* which is

the latest available for distribution

c. %er,or+ance co+parison c"art ,or copper ca(les:

The table below provides co+parative channel perfor+ance data at $11 M7? for

category 0e@class .* category 3@classE* category 36@class E6* class ,* and class ,6

channels Where there is a slight difference between TI6 and I&O perfor+ance li+its*

I&O perfor+ance li+its are indicated in parenthesis%

T2BE : Industr) Standards %er,or+ance Co+parison at -00 M;* ,or

C"annels

Categor) 8e

Class D

Categor)

Class E

Categor) 2

Class E2

Cat/9I also

view the video against each transaction

iii. Re+ote sur#eillance $CCT&' S)ste+

44T) syste+ shall be operational !# x 5* "30 days and will have >(& power bac2up

&yste+ will be expandable to cater for future re=uire+ents 4a+eras are provided in

general to +onitor the following areas%

4ar par2 ra+ps and entrances and exits* Fu+ber plate recognition

6ll lift -obby areas Bground floorC

Entrance to staircase

6ll Main Entrances to each building

8ecreational facilities

(ublic areas

4ar par2ing areasExternal areas

8oof

7otel areas and Mall areas as per .ubai police

4a+era recording shall be based on +otion and will be interfaced with access control

syste+ to record the entry@exit

The 4.4@control roo+ shall be provided with -4. +onitors in addition to the video

walls for +onitoring and playbac2

c. Building Manage+ent S)ste+

'M& will be provided to control and +onitor various +echanical e=uip+ents*

syste+s etc 'M& will reduce the high cost of +aintenance cost and reduce the staff

re=uire+ents to +anage the co+plete facility Through 'M&* the operator can ad;ust

e=uip+ent properties as per actual re=uire+ents at site* trending* scheduling the

+aintenance etc &o+e of the data points +onitored and controlled through 'M& are

as follows%

'T> +eters for each food outlet D Monitoring only

Water +eters for each outlet D Monitoring only

-(G +eters for each outlet D Monitoring only

Water cooled chillers D Monitoring only 4hilled water pu+ps D Monitoring only

Grey water syste+ D Monitoring only

4o++ercial Hitchen exhaust ,ans D Monitoring and control

6ll 67>


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&tatus of Irrigation syste+ D Monitoring only

Water treat+ent syste+@pu+p sets D Monitoring and control

&tatus of water tan2s levels D Monitoring only

Water feature syste+ D Monitoring only

.o+estic water filtration syste+ D Monitoring only .rainage pu+ps D Monitoring and control

Environ+ental control syste+* if any D Monitoring only

-ifts D Monitoring only

Grey water treat+ent syste+s D Monitoring only

&T( D Monitoring only

&tor+ water syste+ D Monitoring only

Interface with ,acility +anage+ent D Monitoring only

-ighting 4ontrol &yste+ and &ignage D Monitoring and control

G@r +etering using 2Whr transducer D Monitoring .iesel generator set D Monitoring only

-) panels for +eteringDModbus D Monitoring only

>(& Modbus D Monitoring only

.iesel generator set D Monitoring only

,ire alar+ syste+ D Monitoring only

Interface with ,acility +anage+ent syste+s

d. SM2T& s)ste+

-atest &atellite T) distribution technology is considered for the facility

The distribution can be carried out as per the following%

Using Disec s!itc"es: .istribution shall be carried out using .isec switches to

distribute various satellite channels through the I, networ2 This will also help various

service providers to distribute their channels through co++on dishes and the tenants

can subscribe to various channels fro+ various service providers

I% T& distri(ution: I( based &atellite Master 6ntenna Television &yste+ is also

considered as an option The dishes shall be placed in a co++on area fro+ where

the signals are trans+itted through the structured cabling networ2 for the entire

facility &ubscription to pay channels shall be as per tenants re=uire+ent



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,or public area display -4.


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&ince the >(& is provided with diesel power bac2 up in addition to +ains power* the

bac2up battery shall be rated for $0 +inutes autono+y to save the capital cost >(&

shall feed following loads in general%

44T) ca+era .igital )ideo 8ecorders

6ccess 4ontrol 8eaders

44T) ca+eras

&erver E=uip+ents* I., and M.,

4ontrol roo+ e=uip+ents

(-4s

The >(& will be using latest I6BT tec"nolog)to reduce the har+onic level The

output power factor of >(& shall be 1: +ini+u+

Each office shall have provision to install their own >(& according to their individual

needs

9. oad 2nal)sis / %o!er

Descrition S?,t S?.+

w@

s=+ T4- D 2W ., M. D 2W

Net etta(le 2rea

$Non "ospitalit)'

6round ,loor

Ground floor retail $3315$ $0#"# $11 $0#" :1A $"9:

Ground floor hyper "9$91 "0#9 $01 0"! :1A #5:

8efrigeration (lant #01 "11 $11A "11

Ground , ' $0:$1 $#5: $11 $#9 :1A $""

8efrigeration (lant #01 !11 $11A #01

'ase+ent (ar2ing 331#9" 3$"9" 9 #:$ 01A !#3

7irst ,loor

,irst floor retail !#"009 !!3"3 $11 !!3# :1A !1"5

Second ,loor

&econd floor retail !#"009 !!3"3 $11 !!3# :1A !1"5

T"ird ,loor

Third floor retail !!### !193 $11 !1: :1A $99

4ine+a 9"""# 55#0 50 09$ 51A #15

Govoffice $#1111 $"1$$ 51 :$$ :1A 9!1

"rd floor food court "0111 "!0" 50 !## :1A !!1

HitchenD"1A #01 #": :1A ":0

Exhibition@

Entertain+ent #0111 #$9! $01 3!5 91A 01!



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7ourt" ,loor

#th floor , ' :"11 93# $11 93 :1A 59

Hitchen D !1A #01 59 :1A 51

Indoor sports doo+ $"99## $!:1# $01 $:"3 91A $0#9

;ospitalit)

$No.1e)s'

Heys@

unit

&=ft@

unit

Total

S?,t

Total

S?.+

w@

s=+

T4-D

2W .,

M. D

2W

4 star

7otel standard

roo+s !9# 93$ !##0!# !!5!0 $!1 !5!5 :1A !#0#

3 star

7otel standard

roo+s !!5 0:! $"#"9# $!#9: $11 $!#: :1A $$!#

7otel apart+ents

B#JC $01 $01 $111 $01111 $":#$ $01 !1:$ :1A $99!

Total 2eys

@apart+ents 331 0!9:19 #:$00

Mechanical -oadD

2W $!"$5 :1A $$193

Other Electrical

-oadsD2W !011 91A !111

Total -oadD2W ""5"5

4ontingencyK$1A ""5# 91A !3::

Total 4onnected

-oad in 2WT4- "5$$1 "!!:"

Total (ower in

M)6L1:pf #$!M)6 "3M)6

@. oad anal)sis / ;&2C

Descrition S?,t

Total

2rea

$+'

Cooling

load

$!5s?.+'

Total

Cooling

oad $1W'

Total Cooling

oad $TR'

Net etta(le 2rea$Non "ospitalit)'

6round ,loor

Ground floor retail $33*15$ $0*#"# !11 "*195 959

Ground floor hyper "9*$91 "*0#9 !11 5$1 !1!

Ground , ' $0*:$1 $*#5: #01 330 $9:

7irst ,loor

,irst floor retail !#"*009 !!*3"3 !11 #*0!5 $*!99

Second ,loor



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&cond floor retail !#"*009 !!*3"3 !11 #*0!5 $*!99

T"ird ,loor

Third floor retail !!*### !*193 !11 #$5 $$:

4ine+a 9"*""# 5*5#0 $50 $*"00 "93

Govoffice $#1*111 $"*1$$ $31 !*19! 0:!

"rd floor food court "0*111 "*!0" #01 $*#3# #$5

Exhibition@Entertain

+ent #0*111 #*$9! !01 $*1#3 !:9

7out" ,loor

#th floor , ' :*"11 93# #01 "9: $$$

Indoor sports doo+ $"9*9## $!*:1# !11 !*09$ 5"#

Total 4ooling -oad

for shopping center with desiccant coated ther+al

wheel* which re+oves the latent heat in addition to the sensible With this the overall

64 cooling load is reduced by at least $0A

The chilled water generation shall be hybrid chillers* if air cooled with 4,4 free

refrigerant which has +uch i+proved 2w@T8 of cooling in co+parison withconventional chillers If the chillers are water cooled* the reco++endation would be



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to go for centrifugal with ),.* which is a latest technology introduced only and

+astered by or2 International

$ .epending on the type of area space utili?ation the space internal

cooling could be by central 67> with ),. B)ariable ,re=uency

.rivesC instead of ,4> in the ceiling voids Though there are +anyadvantages li2e low noise* no condensation dripping* reduction in

power consu+ption* +aintenance personal out of wor2ing areas* no

access panels in ceilings* +eets the sustainable design re=uire+ents*

etc* this depends on the area of each occupant and availability of

space for 67>

-0. %lu+(ing and drainage s)ste+s

$ We would li2e to introduce (E piping for do+estic water distribution

for toilets instead of conventional piping This will allow forreplace+ent of piping without having to brea2 the tiles

! The >rinals and W4 flushing can be with duel flushing cisterns*

though we would reco++end flush valve syste+ for toilets for

auditoriu+ and co+plexes due to higher utili?ation

" We reco++end providing water +etering at each floor levels with

central riser fro+ roof These +eters could be connected to 'M& for

+etering and billing purpose

# We reco++end solar water heaters if space per+its with the drain

bac2 facility to eli+inate bleed of@overflow of hot water during non

consu+ption period

0 We co++end providing separate piping and treat+ent for &oil and

grey water

3 We would propose the grey water treat+ent with the Me+brane

'ioreactor technology by which suspended solids can be eli+inated

up to ::5A and in addition >) filters can be installed to 2ill all

bacterial and reusing treated grey water for W4 flushing or cooling

tower or irrigation syste+

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WOM Technology Report - Rev1 290813

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