gmm - simulation to achieve gold plus

7/21/2019 GMM - Simulation to achieve Gold Plus

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AGENDA

1 PROJECT OVERVIEW2 SUMMARY OF GREEN MARK ASSESSMENT3 SIMULATION4 DETAILS OF GREEN MARK ASSESSMENT

5 CARBON FOOTPRINT6 Q&A

PEDESTRIAN NODES

PRIMARY V EHICULAR ACCESS

SITE CONTEXT

SITE



PROJECT OVERVIEW



PROJECTOVERVIEW

SITE AREA 1309.9 SQM

GROSS FLOOR AREA

14,671 SQM

PROPOSEDBUILDING HEIGHT

24 STOREY WITH 1BASEMENT 124.! MO"ERALL HEIGHT

TYPI#AL OFFI#EFLOOR

17 STOREYS $4TH % 20TH STOREY& 4.! MFLOOR TO FLOOR HT

TYPI#AL FLOOR AREA

71! SQ M $2ND LE"EL&92! SQM $1'TH LE"EL&

TOTAL NO OF #AR%PAR(

4' LOTS

PROJECT INFORMATION



SUMMARY OF GREEN

MARK ASSESSMENT



Overall CURRENT

Assessment Part 1. ENERGY EFFICIENCY 10Part 2. WATER EFFICIENCY

Part 3. ENVIRONENTA!PROTECTION

Part ". IN#OORENVIRONENTA! $UA!ITY

Part %. OT&ER GREENFEATURES

1

12

'

1

30



Overall TARGET Assessment

Part 1. ENERGY EFFICIENCY %0Part 2. WATER EFFICIENCY

Part 3. ENVIRONENTA!PROTECTION


Part %. OT&ER GREENFEATURES

11

21

(

"

)"

current + improvement = tr!et"# + $% = &%

Propo'e( )u(!etto c*ieve ourtr!et

S,-.$$-###



GreeGreenn

ar* ar*

Tr+Tr+A,a-nA,a-n

Cert-e/Cert-e/ Gl/Gl/ Gl/Gl/PlsPls Plat-nmPlat-nm

SreSre 0 ")0 ") %0 4"%0 4" 4% ("4% (" (% ()(% () )0 100)0 100

Crrent Sre

30

2%5

Ener,+ Sav-n,s

Tar,et Sre

)"

305

Ener,+ Sav-n,s



SIMULATION



W6+ S-mlat-n7

T a6-eve t6e Green ar* Gl/ Pls 8 Plat-nm rat-n,9 -t -s :rere;-s-te re;-rement t /emnstrate t6e <ll=-n, ener,+

sav-n,s as m:are/ =-t6 t6e >asel-ne m/el s-n, ener,+m/ell-n,?

At least 2%5 ener,+ sav-n,s <r Green ar* Gl/ Pls

At least 305 ener,+ sav-n,s <r Green ar* Plat-nm



A/vanta,es an/ Cnstra-nts

A)*+-+/

All= s t anal+se t6e -m:at < env-rnmental6an,es t t6e >-l/-n,

Ena>le /es-,n 6an,es >e<re /-n, t6e atal>-l/-n,9 t6s av-/-n, m-sta*es

Prv-/e e@tens-ve -n<rmat-n nt >ta-na>le

t6r,6 e@:er-mental test

#-+-

#ata -n:t -s r-al. Assm:t-nsma/e aets t6e reslt < t6e

s-mlat-n Reslt -nter:retat-n >+ /-erent

nsltants ma+ var-es

S*-lle/ r-ente/. User s*-ll 8e@:er-ene are r-t-al -n =6en

:r/-n, t6e s-mlat-n



01 A-r Fl= S-mlat-n

02 Slar S-mlat-n

03 T6ermal S-mlat-n

0" Ener,+ /ell-n,

S-mlat-ns T+:es



!1

A"# F$% S"'($)*"%+



A-rB= S-mlat-n

O>et-ve?

1DT /eterm-ne eet < t6e /-erent=-n/ s:ee/ an/ =-n/ /-ret-n n t6ea-rB= arn/ t6e >-l/-n, an/ t6esrrn/-n, area2DT st/+ < =-n/ :atterns <r

:e/estr-ans r :ant m<rt3DT e@:lre eet-veness < natralvent-lat-n -n var-s >-l/-n, areas



A-rB= S-mlat-n

S-n,a:res =eat6er -s tra/-t-nall+ lass-e/ -nt "

:er-/sar/-n, t avera,e :reva-l-n, =-n/ /-ret-ns?

aD Nrt6east nsn Seasn #eem>er t Earl+ar6D

>D Intermnsn Per-/ !ate ar6 t a+D

D St6=est nsn Seasn ne t Se:tem>erD

/D Intermnsn Per-/ Ot>er t Nvem>erD

T6e trans-t-ns >et=een t6e mnsn seasns r,ra/all+9 ,enerall+ ver a :er-/ < 2 mnt6s. T6e=-n/s /r-n, t6ese trans-t-ns r Inter mnsn:er-/s are sall+ l-,6t an/ ten/ t var+ -n /-ret-n

/a-l+.



), Nrt6east M%+-%%+ S.)-%+/D.0.'.# *% E)#$ M)#0,

, I+*.#'%+-%%+ P.#"% /L)*.

M)#0 *% M),

0, St6=est M%+-%%+ S.)-%+/J(+. *% S.*.'.#,

, I+*.#'%+-%%+ P.#"%

/O0*%.# *% N%7.'.#,

SITE CONTEXT



Reslts <rm A-rB= S-mlat-n

Evalat-n < #es-,n O:t-ns

1& B5) 5+- 85+/:/-

/ ; < -/+/

2& E/ =/- */-5+-- ->/ 8/ +8+< +- 3) ?

3& D/-/:/ ->/ )-+/ @/-//

->/ /%</5/- +) -+ +55$5+)) 8//C ++)/ /&

http://www.newmerical.com/public/images/stream_NNW.png



!2

S%$)# S"'($)*"%+



So/r Simu/tionO)0ective

12 Optimi'e ntur/ /i!*tin!

,2 Minimi'e 'o/r *et !in

T*e )/ue /ine' re t*ennu/ 'un pt* inSin!pore3

In Sin!pore 413"5Nort* n( 1#.3"5 E't2-

t*e 'un trve/' in/mo't 'tri!*t trc67rom t*e E't to t*e8e't



So/r Simu/tion

"2 An/9'e' '*(in! 7rom 'urroun(in! )ui/(in!'

%2 An/9'e' t*e 'un '*(in! (e'i!n option'

:2 An/9'e' mount o7 (9/i!*t penetrtion into interior 'pce'

$2 An/9'e' *et /o( on t*e 7;(e



So/r Simu/tion 4 Sun S*(in! < D9/i!*t An/9'i'2



12 Ev/ute t*e e77ect o7 'un '*(in! n(RC vertic/ 'creenin! in '*(in! n(r(ition re(uction

,2 Determine eten( o7 'e/7>'*(in! )9'urroun(in! )ui/(in!'

"2 Avi/)/e (9/i!*t /eve/' in 'pce%2 Determine i7 /uminnce i' 'u77icient 7or

t'6 n( i7 rti7ici/ /i!*tin! i' re?uire(

Benefits:

• Lower energy consumption by air-con system

• Maximise use of day light

• Occupant comfort by reducing glare

Reslts <rm SlarS-mlat-nEvalat-n < #es-,n O:t-ns



!3 T.#')$ S"'($)*"%+



T.#')$ S"'($)*"%+-

1D I/ent-<+ t6e e@tent <6eat /-str->t-n =-t6-nt6e tenante/ n-ts-. &eat la/ ,enerate/

>+ l-,6t-n,s9e;-:ment 8:-ers

O>et-ve

In/r Tem:. >et=een 22.% t 2%.%C 8Relat-ve &m-l-t+ H 405



T.#')$ S"'($)*"%+-

-. !at-n < /-ser--. A-r >alan-n,---.S:e-at-n < t6e ACV s+stem

3D Evalate ETTV /es-,n-. Evalate r< an/ <aa/e n-s6es

"D O:t-m-Je l-n, strate,-es

O>et-ve 8 Evalat-n < #es-,n O:t-ns

I+%%# T.'8 .*..+ 2285 *% 2585%C & R.$)*"7.9('"$"* : ;!<

2D Evalate ACVs+stem



- Room Temperature- Surface Temperatures- Humidity- Condensation Risk- High heat transfer materials thermal comfort

T.#')$ S"'($)*"%+-Reslts <rm T6ermal S-mlat-n =-ll 6el: t-/ent-<+ t6e <ll=-n,

T6-s =l/ 6el: t :re/-t t6e>-l/-n,s -nse :er<rmane

>e<re -t -s >-lt =6-6 t6enall=s s t /e-/e -< 6an,esare nee/e/ an/ =6at s6l/>e 6an,e/.



!4 ENERGY MODELLING



E+.#= M%.$$"+=

A computer model to simulate the way a building consumes energy

Obecti!e

1D T se as a tl -n t6e /es-,n < >-l/-n,s <r/eterm-n-n, t6e l-n, an/ vent-lat-n la/s =-t6-nt6e >-l/-n,9 t6e e;-:ment t+:es an/ s-Jes nee/e/ t

meet t6ese la/s an/ :re/-t ttal ener,+nsm:t-n

2D T assess t6e e;-:ment :er<rmanes -n /es-,nsta,e an/ t -/ent-<+ t6e m:l-ane t >-l/-n,

stan/ar/s an/ als <r t6e enm- :t-m-Jat-n <>-l/-n, m:nents



GreGre

enenarar

* *

Tr+Tr+A,a-nA,a-n

Cert-eCert-e//

Gl/Gl/ Gl/Gl/PlsPls Plat-nPlat-nmm

SrSr

ee

0 ")0 ") %0 4"%0 4" 4% ("4% (" (% ()(% () )0 100)0 1002%5

Ener,+ Sav-n,s305

Ener,+ Sav-n,s

Pre Re?ui'ite 7or @reen Mr6 @o/( P/u' P/tinum

Nee( to crr9 out tBo4,2 t9pe' o7 ener!9 'imu/tion mo(e/'

Re7erence mo(e/4A2 v' Propo'e( mo(e/42

• Re7erence mo(e/ /(! comp/ie' Bit* // min3 re?uirement' pre'cri)e' in co(e'n( 'tn(r('• Propo'e( mo(e/ /(! t*t )ein! (e'i!ne( 7or more t*n meet' co(ere?uirement'- incorportin! innovtive ener!9 e77icient '9'tem'3

AF G F = "# ener!9 'vin!' > @reen Mr6 P/tinum

AF G F = ,: ener!9 'vin!' G @reen Mr6 @o/( P/u'



Compri'on o7 vriou' E?uipment (e'i!n'trte!ie'

T se as a tl -n t6e /es-,n < >-l/-n,s t :re/-t la/s 8 ttalener,+ nsm:t-n 8 assess t6e e;-:ment /es-,n :er<rmanes

-n /es-,n sta,e?



Create mass-n,m/el

L)%(*> -).>-"?.> %#".+*)*"%+

#ene r<9=-n/=s9 Brs9

:en-n,s9 s6a/-n,9=alls9 et

U7)$(.> 0%$%#>"'.+-"%+->*#)+-'"--"%+> .*0

#ene Jnes6av-n, /-erent

ACVFr ea6 Jne9

/ene 6eatla/s9 l-,6t-n,

s+stems9

:erat-n,s6e/les9 et

#ene ACV/eta-ls <r ea6

Jne

COP> @% #)*.-> -.*%"+*-> .*0%# ('-> )+-> .('"".#->0"$$.#-> .*0

L%0)$ .)*.#)*) $.-

Per<rm 6rl+s-mlat-n

Pea* la/9 Part la/9Annal :=ernsm:t-n /ata

S.+-%#- & %*.# .0".+*.)*(#.- ') #.(0.%.#)*"+= *"'.-> .+.#=

0%+-('*"%+-

et6/l,+



DETAILS OF GREEN MARK

ASSESSMENT



/I, ENERGY RELATED

REQUIREMENTS



11 K-l/-n, Envel:e ETTV

12 A-r Cn/-t-n-n, S+stem

13 K-l/-n, Envel:e L#es-,nMT6ermalParameters

1" Natral Vent-lat-n e@l/e ar:ar*sD

1% Art--al !-,6t-n,

1' Vent-lat-n -n Car Par*s

14 Vent-lat-n -n Cmmn Areas

1( !-<ts 8 Esalatrs

1) Ener,+ E-ent Prat-es 8 Featres

110 Rene=a>le Ener,+ Kns P-ntsD

A-r Cn

Nn

A-r Cn



PART 1

ENERGY EFFICIENY



PART 11

B("$"+= E+7.$%. ETTV



Current ui/(in! Enve/ope

• Pre'ent Con(ition ETTV o7 :# 8m,

• Current 88R 7or t*e Curtin 8// J;(e i' ," =#3$K

• Eo'6e/eton Structure provi(e "# '*(e 7or t*e Curtin 8// J;(e

KCA Green ar* Assessment Vers-n NRKM3.0

CATEGORY

a@ PtPresent

Cn/-t-nKase Pts Pr:sal

Im:rve/ Pts F-nal Pts

Investment SD <rPlat-nm

Annal

Sav-n,s SD

Pa+>a* +rD

ID Ener,+ Relate/Re;-rements

PART !1 ENERGY EFFICIENCY

11 B("$"+= E+7.$%. ETTV 15 5!W'2 ! 3W'2 15 158! 1>3!!>!!!1;>!!

! 6!

"-" #uilding $n!elope - $TT%

P8+5 1& M:/ S# +) U *+5/ 5+ -> 88/) L%E

)@5/ 5+/) - - /)/ ->/ S5+ )-->> -+8+/- 8- - /)/ ETT" -

39WC:2



Kasel-ne ETTV allat-ns

Pr:se/ ETTVallat-ns

Total proposed $TT% & '( )*m+

Kasel-ne Glass T+:e? Clear Inslat-n,Glass

U< vale 2.(

SC0.'2

Kasel-ne O:a;e T+:e? Alm-n-mla//-n, Q%0mm

r*=l-nslat-n

U= vale 0.%%

SC0.(%

SC SC ,lass @ SC :a;e 0.%3WWR 2M3 0.'4

Total baseline $TT% & , )*m+

Pr:se/ Glass T+:e? #>le ,laJe/!=e ,lassU vale 1.%SC0.31

Pr:se/ O:a;e T+:e? Alm-n-mla//-n, Q%0mm

r*=l-nslat-nUvale 0.%%SC0.(%

SC SC ,lass @ SC :a;e 0.%3WWR 2M3 0.'4

./ Score& "00-1+2'(3& ++points & "4pts ma2





COST @LAEDAREA4m,2

SINm, TOTAL

#aseline 00 45 640070008roposed 00 "9 6"7007000

Additional in!estment : 6"7'007000

S+* 8/ 11 WC:2

A/+ ++)/ 5 +/+ ','00:2 $E-:+-/&

R/)- >/+- + $<W& 97<W R/)- 5 5+) 97<WC3.!17 $27.6-&

#>55/ /=/ */ 0.6<WC-

E/ +*/) >55/ 16.!<W

T-+5 // +*/) 16.!<W 11 > 8/ )+

1'2<W>C)+

S+* 8/ /+ T-+5 // +*/) $1'2& 0.23'' /-

36!)+

S1!9!0(

A))-+5 */-:/- S1,300,000

P+@+< 60 /+




PART 12

AIR CONDITIONINGSYSTEM



"-+ Air-Conditioning System


CATEGORY

a@ PtPresent




Annal

Sav-n,s SD

Pa+>a* +rD



12 A"#C%+"*"%+"+= S-*.' 2; C%+7.+*"%+)$ !P#%%-)$ 2> CO2

-.+-%# (-. 22 228! 4!!>!!!8!!H5>!!

! 45



Propo'e(C*i//er

Con7i!urtion

Epecte(

Annu/Svin!'

42

A((ition/Inve'tment

42

ROI49er'2

NPV ,3: u'in!

1: 9er'LCC

NPV %3# u'in!

1: 9er'LCC

S9'temE77icienc9468Ton2

Current " ,:# RT > > > > > #3.$

Propo'/ 1 , "## RT "$-### 1##-### ,3K. "%:-$.# "##-",# #3K:

Propo'/ , , :$# RT .:-### "K#-### %3": $.,-"## :K:-,## #3$#

Propo'/ " , :## RT K#-### ,:#-### "3:K $1$-$## :,.-%## #3$:



Pr:sal 2 -s remmen/e/ <r t6e <ll=-n, reasns?

1D As t6e :ea* la/ a::r@. %00 RT9 t6ere -s 1005 stan/>+

an/Be@->-l-t+ -n :erat-n -n terms < s6e/le/ rtat-n <

:erat-n.2D E@ellent s+stem e-en+ < 0.'0 *WMTn 30.235

-m:rvementD 3D Ne= Te6nl,+ s-n, Var-a>le S:ee/ #r-ve VS#D <rC6-llers "D G/ E@:ete/ Annal Sav-n, < (%9000

SYSTEM EJJICIENCY IMPROVEMENT = "#3,"

POINTS ACHIEVED = 13%: "#3," = %"3." = MA,# point'



Air-conditioning System#aseline for Air ;istribution system

412 Air Hn(/in! Unit mu't *ve )etter e77icienc9 n(u'in! VSD '9'tem

4,2 Sen'or' or 'imi/r utomtic contro/ (evice' re u'e( tore!u/te out(oor ir 7/oB rte to mintin t*e concentrtion o7cr)on (ioi(e )e/oB 1###ppm

Jre'* Air

Actutor

Return Air CO,

DDC

Dmper

Cr)on(ioi(e

Sen'or

Contro/ Strte!9

CO, to )e contro//e(t*rou!* DDC vi Jre'* AirDmper

CO, SENSOR ADDED = , POINTS



PART 13

B("$"+= E+7.$%. D.-"=+ T.#')$P)#)'.*.#-




CATEGORY

a@ Pt PresentCn/-t-n Kase Pts Pr:sal Im:rve/ Pts F-nal Pts


Anna

lSav-n,s SD

Pa+>a* +rD


PART!1

ENERGY EFFICIENCY

13B("$"+= E+7.$%. D.-"=+T.#')$ 2 N%* A$"0)$. / A--('"+= +%+ )"# 0%+ )#.)- : 1!< % *%*)$ @%%# )#.) /.0$("+= 0)#)#"+=,

14 N)*(#)$ V.+*"$)*"%+ 13

"-' #uilding $n!elope < ;esign*Thermal



PART 14N)*(#)$ V.+*"$)*"%+/.0$(. C)#P)#,




CATEGORY

a@ Pt PresentCn/-t-n Kase Pts Pr:sal Im:rve/ Pts F-nal Pts


Anna

lSav-n,s SD

Pa+>a* +rD


PART!1

ENERGY EFFICIENCY

13B("$"+= E+7.$%. D.-"=+T.#')$ 2 N%* A$"0)$. / A--('"+= +%+ )"# 0%+ )#.)- : 1!< % *%*)$ @%%# )#.) /.0$("+= 0)#)#"+=,

14 N)*(#)$ V.+*"$)*"%+ 13

"-9 =atural %entilation



PART 15ARTIFICIAL LIG9TING



To encour!e t*e u'e o7 )etter e77icient /i!*tin! to minimie ener!9con'umption 7rom /i!*tin! u'!e B*i/e mintinin! proper /i!*tin! /eve/3


CATEGORY

a@ PtPresent


Im:rve

/ Pts F-nal Pts


Annal

Sav-n,

s SD

Pa+>a* +rD


PART!1

ENERGY EFFICIENCY

15 A#*"0")$ L"=*"+= 12 C%+7.+*"%+)$ ! T5 $"=*"+= #%%-. 12 128! 1!!>!!!8!!2;>!!

! 23

#ata e@trat <rmSS%30?200'

"-4 Artificial >ighting

T+:e <-nter-r9 tas*

r at-v-t+!evel

Em

!@

UGR!

Ra

a@!-,6t-n,>/,et

WattsMm2

Car Par*s 3r/St+ 4% 2% "0 %

!-<t !>>-es1st9"t621

St+100 22 '0 10

Oe Areas "t621 St+ %00 1) (0 1%

Sta-rs1st22n/

St+1%0 2% "0 10

T-lets"t620t6

St+100 22 (0 10

Cnrse 1st St+ 100 22 '0 10

Method of Improvement ;



Method of Improvement ;

!" #se high efficient $% lamps with electronic ballast for office areas&

carpar' floors and plant rooms

(" #se energy saving )L* down lights for toilets and circulation area

+" $imer for office lightings

," Motion sensors in toilets

%" Light shelves to allow daylight to penetrate deeper into the office

" .oning for office areas lighting/

Light fitting with $%lamps with electronic

ballast

Motion sensors in

toilets and staircase

energy saving

)L* down

lights

Re<erene!- 6t- !- 6t-

http://www.made-in-china.com/image/2f0j00CeKtVqScrTiNM/24-LED-Ceiling-Lamp-BS-12-.jpg



T+:e <sa,e

!evelEst-mate/ Area

Re<erene!-,6t-n,#es-,n

Kase/ nSS%30?200

'D

Pr:se/!-,6t-n,#es-,n

!-,6t-n,la/s

>ase/ nre<erene /es-,n

!-,6t-n,la/s >ase/

n:r:se//es-,n

s;.m WMs;.m WMs;.m W W

Car Par*s 3r/St+ %"4.1( % % 243%.) 243%.)

!-<t!>>-es

1st9"t621St+

%)'.%( 10 10 %)'%.( %)'%.(

OeAreas

"t621St+

11122 1% 10 1''(30 111220

Sta-rs1st22n/

St+

%42.1' 10 10 %421.' %421.'

T-lets"t620t6

St+4%' 10 % 4%'0 34(0

Cnrse

1st St+ ")%.%% 10 10 ")%%.% ")%%.%

Ttal1)1"(0.1

'1320)0.1'

#-erene

%)3)0

Sav-n,Improvement12 O77ice re receive (9/i!*t (ue to /i!*t '*e/ve' n(

timer re in't//e(12 Toi/et' re Bit* motion (etector'

"1 'vin!'

POINTS ACHIEVED = #3: "1 = 1:3: = MA 1, point' 4 tennt /i!*tin! inc/u(e(2



PART 16V.+*"$)*"%+ "+ C)# P)#-



16 V.+*"$)*"%+ %# C)#)#-

0? abo!e ground=aturally %entilated

+0? below ground#asement Carpark

T% "+-*)$$ CO2 -.+-%#- *% #.=($)*.*. .')+ %# *. M.0)+"0)$V.+*"$)*"%+ /MV,8

+& '0 +-+5*/-5+-

+8+<

0.' J ! 8- 4 8-

@& 20 @+/:/-+8+< CO

2

sensrs are

se/ t


CATEGORY

a@ PtPresent


Im:rve

/ Pts F-nal Pts


Annal

Sav-n,

s SD

Pa+>a* +rD



16 V.+*"$)*"%+ "+ C)#)#-5

H!< )%7.=#%(+> 2!<

)-.'.+* 4

CO -.+-%#- (-. *%#.=($)*. .')+

%# MV !86 486 2!>!!!8!!



PART 1;

V.+*"$)*"%+ "+ C%''%+A#.)-




CATEGORY a@ Pt

PresentCn/-t-n Kase Pts Pr:sal Im:rve

/ Pts F-nal Pts


Annal

Sav-n,s SD

Pa+>a* +rD


PART!1

ENERGY EFFICIENCY

1; V.+*"$)*"%+ "+ C%''%+ A#.)- 5 ! ! !8!

1; V.+*"$)*"%+ %+ C%''%+ A#.)-



PART 1H

L"*- & E-0)$)*%#-



1H L"*- & E-0)$)*%#-

L"*- & E-0)$)*%#- E+.#= .0".+* .)*(#.-

)8 AC 7)#")$. 7%$*)=. )+ 7)#")$. #.(.+0 /VVVF,'%*%# #"7. )+ -$.. '%.

8 M%*"%+ S.+-%#- %# E-0)$)*%#


CATEGORY

a@ PtPresent


Im:rve

/ Pts F-nal Pts


Annal

Sav-n,

s SD

Pa+>a* +rD



1H L"*- & E-0)$)*%#- 3

VVVF M%*%#>S$.. M%.>

M%*"%+ S.+-%# 3 ! 38!



PART 1ENERGY EFFICIENT

PRACTICES & FEATURES



1 E+.#= E0".+* P#)0*"0.- & F.)*(#.-

T%"% M)#"+. T%.#

A--('*"%+G#%-- F$%%# A#.) /GFA, 14>6;1 -'O.#)*"%+)$ %(#- 55 #- O00()+0 #)*. 1!!<N% )*) 0.+*#. "8.8 D)*) C.+*#. E+.#= C%+-('*"%+ /DCEC, !W#

& D)*) C.+*#. A#.) /DCA, ! -'N%#')$"-"+= F)0*%# /NF, 55 #-O.#)*"%+ 9%(#- /O9, 55 #- T"0)$ F$%%# A#.) 25 -' /1H* L.7.$, T"0)$ O0. A#.) H5< % 25 -'R.0.*)0$. L%)- %# =.+.#)$ %0. )#.) 16 W'2

/S%(#0. AS9RAE STD !811,


CATEGORY

a@ PtPresent


Im:rve

/ Pts F-nal Pts


Annal

Sav-n,

s SD

Pa+>a* +rD


PART!1

ENERGY EFFICIENCY

1E+.#= E0".+* P#)0*"0.- &F.)*(#.- 12

9.)* R.0%7.#%# 9%* W)*.# 3 C%'(*)*"%+ % EEI 1 48!



S-*.' E("'.+* T%*)$ A++()$ B$=E$.0*#"0"* C%+-('*"%+/KW,#

L"=*"+= )"# 0%+ -)0. 52;>HH!

L"=*"+= +%+ )"# 0%+ -)0. 4!>315

E*.#"%# L"=*"+= 6>22;

A"#0%+ P$)+* 1>351>H52

A"# S-*.' F)+- 1!;>H65

M.0)+"0)$ V.+*"$)*"%+ F)+- 35>41!L"*- 135>2;5

E-0)$)*%#- ;>H24

R.0.*)0$. E("'.+* /16W'2,

611>64!

D%'.-*"0 W)*.# P('S-*.'-

3H>56

9%* W)*.# S-*.'- 16>!!!

O*.#-

Ttal 29)"19(%4

C%'(*)*"%+ % E+.#= E0".+0 I+. /EEI,

Ttal Annal K-l/-n, Eletr--t+

Cnsm:t-n TKECD29)"19(%4 *W6M+ear

Callat-n < EEIEEI TKEC L #CEC D M GFA#CADNFMO&D TKECMGFAD NFMO&D 29)"19(%4 M 1"9'41D%%M%%D 200.%2 *W6M+rMm2

Ttal K-l/-n, Per<rmane -s ,ra/e/as G/X as -t <alls =-t6-n t6e level 3< t6e /e,ree < stan/ar/ -.e.>et=een 1)4.)2 8 2"3.1" *W6M+rMm2



PART 11!RENEWABLE ENERGY




CATEGORY

a@ PtPresent




AnnalSav-n,s SD

Pa+>a* +rD


PART!1

ENERGY EFFICIENCY

11!R.+.)$. E+.#= / B%+(-P%"+*-, 2! N"$ ! ! !8!

11! R.+.)$. E+.#=



/II, OT9ER GREENREQUIREMENTS



PART 2WATER EFFICIENCY



OECTIVE

To reco!nie n( encour!e t*e u'e o7 Bter e77icient 7ittin!' to re(uce t*eu'e o7 PU Bter in )ui/(in!



CATEGORY a@ Pt

PresentCn/-t-n

KasePts

Pr:sal Im:rve/Pts

F-nalPts


AnnalSav-n,s

SD

Pa+>a* +rD

IID Ot6er GreenRe;-rements

PART!2

WATER EFFICIENCY

21

W)*.# E0".+* F"**"+=-

H C%+7.+*"%+)$ !U-. WELS #)*"+= % 3

**"+=- H H8! 2!!>!!!8!! 26>!!! H

22W)*.# U-)=. )+ L.)D.*.0*"%+ 2

S( M.*.#P#%7". 1 L"+ -( '.*.#- *% BMS 1 18! 1!>!!!8!!

23 I##"=)*"%+ S-*.' 2 N"$ !#)"+)*.# %# $)+-0).

"##"=)*"%+ 1 18! 5!>!!!8!!

24

W)*.# C%+-('*"%+ %C%%$"+= T%.#

2 N"$ !

C%%$"+= *%.# )*.#*#.)*'.+* --*.' "00)+ )0".7. 6 %# .**.#00$.- % 0%+0.+*#)*"%+ 1 18! 1!>!!!8!!

11



Pr:se/ #es-,n M Assessment Cr-ter-a

21 Water E-ent F-tt-n,s

22 Water Usa,e an/ !ea* #etet-n

23 Atmat- Ra-n Water Irr-,at-n S+stem

2" Water nsm:t-n <r Cl-n, T=ers



PART 21W)*.# E0".+* F"**"+=-



.

@ M P o i n t

'

I''ueRe(uce u'e o7 port)/e Bter )9 u'in! Bter e77icient 7ittin!'covere( un(er 8ELS

+-" )ater $fficient @ittings

CATEGORY

a@ PtPresent

Cn/-t-nKasePts

Pr:salIm:rve/

PtsF-nalPts


Annal

Sav-n,s SD

Pa+>a* +rD

IID Ot6er Green Re;-rements

PART!2

WATER EFFICIENCY

21

W)*.# E0".+* F"**"+=-

H C%+7.+*"%+)$ !U-. WELS #)*"+= % 3

**"+=- H H8! 2!!>!!!8!!26>!!

! H

Water tt-n, m:ar-sn W.C.D



Water tt-n, m:ar-sn W.C.D

Description Current Proposed Savings

Dual flush type cisternW.C. for all toilets

Brand/ Model Casero- Jenny WC Wilton - Rondo

WELS Rating √ √ √ √

lo! rate "."# litres/flush $.%# litres/flush #.&#l per flush

'.(# L/reduced-flush '.%# L/reduced-flush #."#l per flush

No' o7 77ecte( toi/et':@emale : 9 nos 2 "5 floors/ale: ' nos 2 "5 floorsHandicap " no 2 "5 floors

Total nos of fittings & "', nos

Water tt-n, m:ar-sn Ur-nalD



a e , :a s U a D


Sensor type control)ersus !aterless urinal

Brand/ Model*DM &#+, Ecotech EE, +##

WELS Rating √ √ √ √

lo! rate+."( litres/flush # litres/flush +."( litres/flush

No' o7 77ecte( toi/et':

/ale: , nos 2 "5 floors

Total nos of fittings & "0+ nos

Water tt-n, m:ar-sn W&KD



, : D


aps for !ash asinsle)el type )ersusspring-self-closing type

Brand/ Model Fratelli Frattini 0

Art $1#%"

E2or -++#"

WELS Rating √ √ √ √ √

lo! rate $.'' litres/3in +.4# litres/3in +."' litres/3in

No' o7 77ecte( toi/et':@emale : 9 nos 2 "5 floors/ale: ' nos 2 "5 floorsHandicapped toilet no change from original design

Total nos of fittings & ""( nos

Water tt-n, m:ar-sn -t6en s-n*D



, : D


Sin5/ Bip aps for6antry

Brand/ Model 7eneral Fratelli Frattini - Art 31166

WELS Rating No √ √ √ √

lo! rate 4.# litres/ 3in $.+& litres/ 3in ".4"litres/ 3in

No' o7 77ecte( toi/et':8antry " no 2 "5 floorsTotal nos of fittings & "5 nos

ORIGINA! W t - < C t / l



ORIGINA! Water e-en+ < Crrent /el

SN Water filling type

WELS Rating

N o a p p r o v a l r a t i n g

T o t a l n o ! a " e # o n n o " o f f i t t i n

g "

E $ % e l l e n t

& e r y ' o o #

' o o #

1 ()al Fl)"* WC in +ale toilet , , 1 , 1

. ()al Fl)"* WC in fe/ale toilet , , 60 , 60

3 ()al Fl)"* WC in an#%ap toilet , 12 , , 12

Wa"* 4a"in 5it* "pring %lo"ing tap" in +ale toilet , , 1 , 1

Wa"* 4a"in 5it* "pring %lo"ing tap " in fe/ale toilet , , 1 , 1

6 Wa"* 4a"in 5it* t)rn lever in an#i%ap toilet , , 12 , 12

2 rinal an# rinal "pring %lo"ing fl)"* valve in +ale , , 1,. , 1,.

0 Single !o5l "in7 5it* "pring %lo"ing tap in 8antry , , , 12 12

Total no" !a"e# on rating 9A: , 12 3, NA 32

Weig*tage 94: 0 6 , NA

IPROVE#Z W t - < P / / l



IPROVE#Z Water e-en+ < Pr:se/ /el

SN Water filling type

WELS Rating

N o a p p r o v a l r a t i n g

T o t a l n o ! a " e # o n n o " o f f i t t i n

g "

E $ % e l l e n t

& e r y ' o o #

' o o #

1 ()al Fl)"* WC in +ale toilet 51 , , , 1

. ()al Fl)"* WC in fe/ale toilet 68 , , , 60

3 ()al Fl)"* WC in an#%ap toilet , 12 , , 12

Wa"* 4a"in 5it* "en"or operate# tap" in +ale toilet 51 , , , 1

Wa"* 4a"in 5it* "en"or operate# tap" in fe/ale toilet 51 , , , 1

6 Wa"* 4a"in 5it* t)rn lever in an#i%ap toilet 17 , , , 12

2 rinal an# rinal fl)"* valve in +ale Toilet 102 , , , 1,.

0 Single !o5l "in7 5it* "pring %lo"ing tap in 8antry , , , 12 12

Total no" !a"e# on rating 9A: 3, 12 , NA 32

Weig*tage 94: 0 6 , NA

Water nsm:t-n allat-ns :er /a+M BrD



: : +

ype

Models

S a ) i n g 8 C 9* -B :

i 3 e 8 3i n s :

l o !

r a t e 8 L :

re;.otal flo!rate

8L/ day:

C ur r e

n t

6 r o p o

s e d < o s of , s er s

< o s of t r i p s

* B

W.C. in Male toilet "." $.% #.& - #.& 4# + "4.#

W.C. in fe3ale toilet "." $.% #.& - #.& 4# $ +"".#

W.C. in handicap t. "." $.% #.& - #.& ' $ $.&

,rinal in Male toilet +."( #.# +."( - +."( 4# ' '$4."#

W=B in Male toilet $.'' +.4 +."' > #.1+ 4# $ +1#."#

W=B in e3ale toilet $.'' +.4 +."' > #.1+ 4# $ +1#."#

ap in 6antry 4.## $.+& ".4" + ".4" +&# ' +%"4.4#Total sa!ing for water consumption 1)C B rinal3 &9'90 litre*day*floor Total sa!ing for water consumption 1)H# B 8antry3 &"(,0 litre*day*floor .rand total sa!ing & +7'+',0 >* day*floor



PART 22W)*.# U-)=. )+ L.)

D.*.0*"%+



+

. / 8 o i n t s

Purpo'e'13Promote t*e u'e o7 'u)>meterin! 7or )ettercontro/ n( monitorin! o7 m0or Bter u'!e3,3To i(enti79 Bter /e6in! /oction3

22 W)*.# U-)=. & L.) D.*.0*"%+

CATEGORY a@ Pt

PresentCn/-t-n

KasePts

Pr:sal Im:rve/Pts

F-nalPts


AnnalSav-n,s

SD

Pa+>a* +rD


PART!2

WATER EFFICIENCY

22

W)*.# U-)=. )+ L.)

D.*.0*"%+ 2

S( M.*.#

P#%7". 1 L"+ -( '.*.#- *% BMS 1 18! 1!>!!!8!!



PART 23I##"=)*"%+ S-*.'

23 Irr-,at-n S+stem



"

. / 8 o i n t s

, +

Purpo'e

13Re(uce port)/e Bter con'umption u'in!

/terntive'3E3!3 rinBter 7or /n('cpe irri!tion t Roo7top@r(en

CATEGORY a@ Pt

PresentCn/-t-n

KasePts

Pr:sal Im:rve/Pts

F-nalPts


AnnalSav-n,s

SD

Pa+>a* +rD


PART!2

WATER EFFICIENCY

23I##"=)*"%+ S-*.' 2 N"$ !

#)"+)*.# %# $)+-0).

"##"=)*"%+ 1 18! 5!>!!!8!!



PART 24W)*.# C%+-('*"%+ %

C%%$"+= T%.#



24 W)*.# 0%+-('*"%+ %# C%%$"+= T%.#-

Propo'e( De'i!n

< To achieve cycles of concentration of 6 or higherto reduce make-up and blo don from !ooling

Toer"

< #roven $ltra %o &re'uency ($%&) *

!opper +oni,ation Treatment

"

. / 8 o i n t s

CATEGORY a@ Pt

PresentCn/-t-n

KasePts

Pr:sal Im:rve/Pts

F-nalPts


AnnalSav-n,s

SD

Pa+>a* +rD


PART!2

WATER EFFICIENCY

24

W)*.# C%+-('*"%+ %C%%$"+= T%.#

2 N"$ !

C%%$"+= *%.# )*.#*#.)*'.+* --*.' "00)+ )0".7. 6 %# .**.#00$.- % 0%+0.+*#)*"%+ 1 18! 1!>!!!8!!



PART 3ENVIRONMENTAL

PROTECTION

Part 3 L Env-rnmental



CATEGORY

a@ PtPresent

Cn/-t-nKasePts

Pr:salIm:rve/

PtsF-nalPts


Annal

Sav-n,s SD

Pa+>a* +rD


PART!3

ENVIRONMENTALPROTECTION

31 S(-*)"+)$. C%+-*#(0*"%+ 14 N"$ !

),E0".+* 0%+0#.*. (-)=. 185

68! 35!>!!!8!!

,U-. % E+7"#%+'.+*)$#".+$ #%(0*- 0.#*".(+.# SGLS 20,U-. % #%(0*- "* '"+3!< #.00$. 0%+*.+* 285

32 G#..+.# 6 G+P 18! 2 R.00$. %#*"0($*(#)$)-*. 1 38! 6>!!!8!!

33

E+7"#%+'.+*)$M)+)=.'.+* P#)0*"0. H A$$ P#%7". H ! H8!

34

P($"0 T#)+-%#*A00.--""$"* 2 N.)# MRT 1 P#%7". "00$. $%* 1 28! H>!!!8!!

35 R.#"=.#)+*- 2 R134) #%7". 1 I+-*)$$ $.) .*.0*%# 1 28! 2!>!!!8!!

21

Part 3 Env-rnmentalPrtet-n



31 Ssta-na>le Cnstrt-n

32 Greener+

33 Env-rnmental ana,ement Prat-e

3" P>l- Trans:rt Aess->-l-t+

3% Re<r-,erants



PART 31S(-*)"+)$. C%+-*#(0*"%+

31 Ssta-na>le Cnstrt-n

Present KaseInvestment

Annal Pa+>a



Crrent sr-n, 0 :-nt Use 6-,6 stren,t6 nrete [G'0D an/ :sttens-ne/ Br

s+stem t a6-eve re/t-n -n Cnrete Usa,e In/e@ t arn/0."'DT sre a//-t-nal 1.% :-ntsD

SG!S ert-e/ ar:ets <r all e s:aes T sre a//-t-nal 1:-ntD

SG!S ert-e/ >r-*s <r all >r-* =r*sT sre a//-t-nal 1:-ntD

Re+le/ ::er sla, a,,. <r :reast :anels T sre a//-t-nal

1 :-ntD Re+le/ e-l-n, >ar/s <r all e s:aes T sre a//-t-nal 1

:-ntD Re+le/ a,,re,ate <r =6eel st::ers T sre a//-t-nal 0.%

:-ntD

CATEGORY

a@ PtPresent

Cn/-t-nKasePts

Pr:salIm:rve/

PtsF-nalPts

SD <rPlat-nm

lSav-n,s SD

Pa+>a* +rD


PART

!3

ENVIRONMENTAL

PROTECTION

31 S(-*)"+)$. C%+-*#(0*"%+ 14 N"$ !

),E0".+* 0%+0#.*. (-)=. 185

68! 35!>!!!8!!

,U-. % E+7"#%+'.+*)$#".+$ #%(0*- 0.#*".(+.# SGLS 20,U-. % #%(0*- "* '"+3!< #.00$. 0%+*.+* 285



PART 32G#..+.#

32 Greener+



% Inrease ,reener+ area t re/e 6eat -slan/ eet Or-,-nal :rv-s-n < lan/sa:e area at ,rn/ Br an/ s*+

terrae\ =-t6 Planters at t6e ever+ Oe Flr. Crrent Greener+Prv-s-n GnPD1.0 Crrent sr-n, 2 :-ntsD

Use < m:st re+le/ <rm 6rt-ltre =aste T srea//-t-nal 1 :-ntD

CATEGORY

a@ PtPresent

Cn/-t-nKasePts

Pr:salIm:rve/

PtsF-nalPts


Annal

Sav-n,s SD

Pa+>a* +rD


PART!3


32

G#..+.#

6 G+P 18! 2R.00$. %#*"0($*(#)$

)-*. 1 38! 6>!!!8!!

+



PART 33E+7"#%+'.+*)$

M)+)=.'.+* P#)0*"0.

33 Env-rnmental ana,ement



3.3 E*:/-+5 M++/:/- P+-/

Crrent :rv-s-n <?aD Eet-ve -m:lementat-n < env-rnmental <r-en/l+ :r,ramme>D Un/er CON$UAS assessmentD #evel:er9 ma-n >-l/er9 8E nsltant an/ ar6-tet are ISO

1"000 ert-e//D One G an/ ne GP -n t6e :ret teameD Prv-s-n < >-l/-n, sers ,-/e t a6-eve -nten/e/ env-rnment

:er<rmane<D Prv-s-n < re+l-n, >-ns

Crrent sr-n, ( :-nts

CATEGORY

a@ PtPresent

Cn/-t-nKasePts

Pr:salIm:rve/

PtsF-nalPts


Annal

Sav-n,s SD

Pa+>a* +rD


PART!3


33

E+7"#%+'.+*)$M)+)=.'.+* P#)0*"0. H A$$ P#%7". H ! H8!

,Prat-e



PART 34P($"0 T#)+-%#*

A00.--""$"*

3" L P>l- Trans:rt



- Current design: Provision of good access (<500m) to MRT station andbus stops (Current scoring = point)

Provision of ade!uate bic"c#e par$ing #ots ( To score additiona# point )

CATEGORY

a@ PtPresent

Cn/-t-nKasePts

Pr:salIm:rve/

PtsF-nalPts


Annal

Sav-n,s SD

Pa+>a* +rD


PART!3


34

P($"0 T#)+-%#*A00.--""$"* 2 N.)# MRT 1 P#%7". "00$. $%* 1 28! H>!!!8!!

:Aess->-l-t+



PART 35R.#"=.#)+*-

3% L Re<r-,erants



T% "+-*)$$ #.#"=.#)+* $.) .*.0*"%+ --*.' )*0#"*"0)$ )#.)- % $)+* #%%'- 0%+*)"+"+= 0"$$.#-)+ %*.# .("'.+* "* #.#"=.#)+*-8

CATEGORY

a@ PtPresent

Cn/-t-nKasePts

Pr:salIm:rve/

PtsF-nalPts


Annal

Sav-n,s SD

Pa+>a* +rD


PART!3


35 R.#"=.#)+*- 2 R134) #%7". 1 I+-*)$$ $.) .*.0*%# 1 28! 2!>!!!8!!



PART 4INDOOR ENVIRONMENTAL

QUALITY

Part " L In/r Env-rnment



CATEGORY a@ Pt

PresentCn/-t-n

KasePts

Pr:sal Im:rve/Pts

F-nalPts


AnnalSav-n,s

SD

Pa+>a* +rD


PART!4

INDOOR ENVIRONMENTQUALITY

41 T.#')$ C%'%#* 2 P#%7". 2 ! 28!

42 N%"-. L.7.$ 2 I+ S.0 2 ! 28!

43 I+%%# A"# P%$$(*)+*- 2 P#%7". 2 ! 28!

44 9"= F#.(.+0 B)$$)-* 2 M)=+.*"0 B)$$)-* ! !< (-)=. % .$.0*#%+"0)$$)-* 2 28!

(

$al-t+



"1 T6ermal Cm<rt

"2 N-se !evel

"3 In/r A-r $al-t+

"" &-,6 Fre;en+ Kallast



PART 41 T9ERMAL COMFORT

"1 T6ermal Cm<rt



De'i!n Temp3 4De!C2

Re/tiveHumi(it942

Accept)/e Rn!e ,,3: to ,:3: Q K#

O77ice' ," +> 1 Q K#

Reti/ Re'turnt ," +> 1 Q K#

Li7t Lo))ie' ,% +> 1 Q K#

Circu/tion Are ,% +> 1 Q K#

Present #es-,n

A&U /es-,ne/ t all= <r l-n, la/ var-at-ns /e t

Btat-ns -n am>-ent a-r tem:eratre <r :antst6ermal m<rt

CATEGORY a@ Pt

PresentCn/-t-n

KasePts

Pr:sal Im:rve/Pts

F-nalPts


AnnalSav-n,s

SD

Pa+>a* +rD


PART!4


41 T.#')$ C%'%#* 2 P#%7". 2 ! 28!



PART 42NOISE LEVEL

"2 N-se !evel



18 S)0. $)++"+= T% -.)#)*. "= +%"-. $.7.$ )#.)- #%'0%''(+)$> %0. %# )#.)-8

28 U-. -%(+ "+-($)*"%+ *"$.- )#%(+ "= +%"-. =.+.#)*"+=)#.)- /$)+* #%%'-> .*0,8

38 R"=* M)*.#")$- F$%%# -%(+ "+-($)*"%+8

W)$$- D%($. -"++. 0)7"* )$$-8

F$%%#- #%.# "+-($)*"%+ *% )'.+-%(+8

C."$"+=D(0*"+ & O.+"+=-

U-. 0$)"+=#%0%%$ ')*.#")$-

A'".+* -%(+ $.7.$- )$$ 0%'$ *% SS

CATEGORY a@ Pt

PresentCn/-t-n

KasePts

Pr:sal Im:rve/Pts

F-nalPts


AnnalSav-n,s

SD

Pa+>a* +rD

IID Ot6er Green

Re;-rements PART!4


42 N%"-. L.7.$ 2 I+ S.0 2 ! 28!



PART 43INDOOR AIR POLLUTANTS

Part " L In/r Env-rnment$ l-t



CATEGORY a@ Pt

PresentCn/-t-n

KasePts

Pr:sal Im:rve/Pts

F-nalPts


AnnalSav-n,s

SD

Pa+>a* +rD


PART!4


43 I+%%# A"# P%$$(*)+*- 2 P#%7". 2 ! 28!

(

$al-t+

"3 In/r A-rP ll t t



Plltants

M"+"'"?. A"#%(#+. 0%+*)'"+)+*-

18 U-. % $% 7%$)*"$. %#=)+"0 0%'%(+- /VOC, )"+*- 0.#*". (+.# G#..+ L).$$"+= S0.'. L% %%(#

"$$ (-. )"+* "* : 25= $"*#. %VOC-

C%7.#)=. %# 4< % )$$ "+*.#+)$ )$$)#.)- 28 U-. % ).-"7.- 0.#*". (+.#

S"+=)%#. G#..+ $).$"+= S0.'. %#0%'%-"*. %% #%(0*- +%+ *%"0 $%VOC

CATEGORY a@ Pt

PresentCn/-t-n

KasePts

Pr:sal Im:rve/Pts

F-nalPts


AnnalSav-n,s

SD

Pa+>a* +rD


PART!4


43 I+%%# A"# P%$$(*)+*- 2 P#%7". 2 ! 28!



PART 449IG9 FREQUENCY

BALLASTS

"" &-,6 Fre;en+ Kallasts



T% "'#%7. %#$)0. $"=*"+= ()$"* "* (-. % "= #.(.+0 )$$)-*-"+ @(%#.-0.+* $('"+)"#.-8

M.*% % I'#%7.'.+* A* $.)-* !< % GFA9F .$.0*#%+"0 )$$)-* "+ @(%#.-0.+* $)'- %# %0. )#.)-> 0)# )# $.7.$-)+ $)+* #%%'-

CATEGORY a@ Pt

PresentCn/-t-n

KasePts

Pr:sal Im:rve/Pts

F-nalPts


AnnalSav-n,s

SD

Pa+>a* +rD

IID Ot6er Green

Re;-rements PART!4


44 9"= F#.(.+0 B)$$)-* 2 M)=+.*"0 B)$$)-* !!< (-)=. % .$.0*#%+"0

)$$)-*2 28!



PART 5OT9ER GREEN FEATURES

PART 5 OT9ER GREEN FEATURES



OECTIVE

To encour!e ot*er !reen 7eture' not 'tte( in t*e previou' 'ection B*ic* reinnovtive n( *ve po'itive environment/ impct'

PtPresent Kase

P l I / F- lInvestment

SD <AnnalS -

Pa+>a




CATEGORY a@ Pt

PresentCn/-t-n

KasePts

Pr:sal Im:rve/Pts

F-nalPts

SD <rPlat-nm

Sav-n,sSD

Pa+>a* +rD


PART

!5

OT9ER GREEN

FEATURES

51

G#..+ F.)*(#.- &I++%7)*"%+- ;)8 J.* )+ %# C)# P)# #%7". !85 ! !85

8 A9U 0%+.+-)*.#.00$. %# 0%%$"+= *%.#)*.# *%( #%7". !85

! !85

08 P#%7". 5 0%'%-*"+- *% #.00$. %#=)+"0)-*. !

P#%7". 5 0%'%-* "+- *%#.00$. %#=)+"0 )-*.

!85 !85 2>!!!8!!8 P#%7". C)#)#=(")+0. --*.' !

#%7". 0)# )# =(")+0.--*.' !85 !85 5!>!!!8!!

.8 P#%7"-"%+ % G#..+R%%

!

P#%7"-"%+ % G#..+ R%%)+ #%% *% =)#.+ %#

'%#. *)+ 5!< % *. #%%)#.)- 1 18! 1!!>!!!8!!

8 R)"+)*.# 9)#7.-*"+=

!

R)"+)*.# 9)#7.-*"+= #%'=#..+ #%%8 1 %"+* %# )*$.)-* 25< % *. =#..+

)#.)-8 1 18! 4!>!!!8!!"




%1 Green Featres 8 Innvat-ns

a. et Fans <r Car Par*

>. A&U n/ensate re+le <r Cl-n,T=er =ater t::

. Prv-/e % m:st >-ns t re+le

r,an- =aste/. Prv-/e Car :ar* G-/ane S+stem

e. Prv-s-n < Green R<s

<. Ra-n=ater &arvest-n,



PART 51G#..+ F.)*(#.- &

I++%7)*"%+-

4-"1a3 Det @ans for Car park %entilation

PART 51 GREEN FEATURES & INNOVATIONS



#resent esign

$se ductless .et fans hich are more energy efficient"

CATEGORY a@ Pt

PresentCn/-t-n

KasePts

Pr:sal Im:rve/Pts

F-nalPts


AnnalSav-n,s

SD

Pa+>a* +rD


PART!5

OT9ER GREENFEATURES

51

G#..+ F.)*(#.- &I++%7)*"%+- ;)8 J.* )+ %# C)# P)# #%7". !85 ! !85

4-"1b3 Collection of AH Condensate for Cooling Tower




1 3 g

#resent esign

EnsulatedCollection Tank

1Capacity : "+litres3

Coo/in!

ToBer O!erflow

pipe

Condensate water@rom AHs F @Cs

'00 mmHeight



Coo/in!

ToBer O!erflow

pipe


'00 mmHeight



Coo/in!

ToBer O!erflow

pipe


'00 mmHeight



Coo/in!

ToBer O!erflow

pipe


'00 mmHeight



Coo/in!

ToBer O!erflow

pipe


'00 mmHeight



Coo/in!

ToBer O!erflow

pipe


'00 mmHeight



Coo/in!

ToBer O!erflow

pipe


'00 mmHeight

CATEGORY

a@ PtPresent

Cn/-t-n

Kase

Pts

Pr:sal Im:rve/

Pts

F-nal

Pts

Investment SD <r

Plat-nm

AnnalSav-n,s

SD

Pa+>a

* +rDIID Ot6er GreenRe;-rements

PART!5

OT9ER GREENFEATURES

51

G#..+ F.)*(#.- &I++%7)*"%+- ;8 A9U 0%+.+-)*.#.00$. %# 0%%$"+= *%.#)*.# *%( #%7". !85

! !85

4-"1c3 Compost bins to recycle organic waste




/rganic aste

CATEGORY a@ Pt

PresentCn/-t-n

KasePts

Pr:sal Im:rve/Pts

F-nalPts


AnnalSav-n,s

SD

Pa+>a* +rD


PART!5

OT9ER GREENFEATURES

51

G#..+ F.)*(#.- &I++%7)*"%+- ;08 P#%7". 5 0%'%-*"+- *% #.00$. %#=)+"0)-*. !

P#%7". 5 0%'%-* "+- *%#.00$. %#=)+"0 )-*.

!85 !85 2>!!!8!!

4-"1d3 8ro!ide Car park .uidance System




CATEGORY a@ Pt

PresentCn/-t-n

KasePts

Pr:sal Im:rve/Pts

F-nalPts


AnnalSav-n,s

SD

Pa+>a* +rD


PART!5

OT9ER GREENFEATURES

51

G#..+ F.)*(#.- &I++%7)*"%+- ;8 P#%7". C)#)#=(")+0. --*.' !

#%7". 0)# )# =(")+0.--*.' !85 !85 5!>!!!8!!

4-"1e3 .reen Roofs


P t KInvestment Annal

P >



< isually pleasing promotes biodiversity

< 3eutralise heat from 4 hading effect

< #rovide green breakout spaces for users< educe $rban 9eat +sland- :ir ;uality &iltering

<enefit

< stimated =reen oof :rea 550m2

< stimated +nvestment >100000

CATEGORY a@ Pt

PresentCn/-t-n

KasePts

Pr:sal Im:rve/Pts

F-nalPts


AnnalSav-n,s

SD

Pa+>a* +rD


PART!5 OT9ER GREENFEATURES

51

G#..+ F.)*(#.- &I++%7)*"%+- ;

.8 P#%7"-"%+ % G#..+R%%

!

P#%7"-"%+ % G#..+ R%%)+ #%% *% =)#.+ %#

'%#. *)+ 5!< % *. #%%)#.)- 1 18! 1!!>!!!8!!

4-"1f3 Rainwater Har!esting


Investment Annal



< ainater 9arvesting system to integrate ithrun off from green roof system

< 9arvested ater ill formed main supply forlandscape irrigation

< =reen oof area 550m2

< stimated +nvestment >?0000

CATEGORY a@ Pt

PresentCn/-t-n

KasePts

Pr:sal Im:rve/Pts

F-nalPts


AnnalSav-n,s

SD

Pa+>a* +rD


PART!5

OT9ER GREENFEATURES

51G#..+ F.)*(#.- &I++%7)*"%+- ;

8 R)"+)*.# 9)#7.-*"+=

!

R)"+)*.# 9)#7.-*"+= #%'=#..+ #%%8 1 %"+* %# )*$.)-* 25< % *. =#..+

)#.)-8 1 18! 4!>!!!8!!



PART 5CARBON FOOTPRINT

CARBON FOOTPRINT



S%(#0. S"+=)%#.- N)*"%+)$ C$"')*. C)+=.

S*#)*.=

Singapore ;ate

CARBON FOOTPRINT



S%(#0. S"+=)%#.- N)*"%+)$ C$"')*. C)+=.S*#)*.=

8ast CO+ $missions

CARBON FOOTPRINT



S/N Land Use Gross Area(sqm)

Energy Index(kWh/m2/ye

ar)

Total Annal Energy(kWh/year)

Total !"2 #ase on!oal ($%&2' g

!"2/kWh)

Total !"2 #ase on

Natral Gas($%*g

!"2/kWh)

1 Office 165,000 187 30,855,000 28,540,875 13,267,650

2 Retails 148,500 426 63,261,000 58,516,425 27,202,230

3 Hotel 16,500 360 5,940,000 5,494,500 2,554,200

4 Car Park 300,000 70.16 21,049,389 19,470,685 9,051,237

* note !aseline on 25 "ercentile of #$il%in& ener&' cons$("tion %ata #' )ner&' $staina#ilit' +nit of in&a"ore

Energy sor+e Un,ts g !"2 -er n,t kWh

Coal 0.925

at$ral &as 0.43

$clear 0.006

H'%roelectric 0.004

-oo% 1.5

Poto/olta c solar 0.105

-in% Poer 0.0125

$nergy Source

CARBON FOOTPRINT



S%(#0. S"+=)%#.- N)*"%+)$ C$"')*. C)+=.S*#)*.=

$nergy Source

CARBON FOOTPRINT



R.(0*"%+ % CO2 E'"--"%+- /.-*8,

N)*"%+)$A7.#)=.

/W#'2,

P#%%-./W#'

2,

GFA/-',

S)7"+=/W#,

231 162 14>6;1 1>!12>2

Reduction of CO+ $missions

CO, emi''ion in Sin!pore = #3:,#$ 6! CO, 68*

Re(uction o7 CO, emi''ion' 4e't32= 4#3:,#$1###2 1-#1,-,&&

= :,K ton' 9r

:,K tree' Bi// )e 've( ever9 9er Source: http:**wwwcarbonfootprintcom*uktreesasp2

Source: E8CC +00,

CO2 EMISSION S)'$.



S/N Land Use Gross Area(sqm)

Energy Index

(kWh/m2/year)

Total Annal Energy(kWh/year)

Total !"2 #ase on

!oal ($%&2' g!"2/kWh)

1 Office 165,000 187 30,855,000 28,540,875

2 Retails 148,500 426 63,261,000 58,516,425

3 Hotel 16,500 360 5,940,000 5,494,500

4 Car Park 300,000 70.16 21,049,389 19,470,685

* note !aseline on 25 "ercentile of #$il%in& ener&' cons$("tion %ata #' )ner&'

S(-*)"+)"$"* U+"* % S"+=)%#.

Energy sor+e Un,ts g !"2 -er n,t kWh

Coal 0.925

at$ral &as 0.43

$clear 0.006

H'%roelectric 0.004

-oo% 1.5

Poto/olta c solar 0.105

-in% Poer 0.0125



Q&A

OPTIONO+.# 0)+ 0%%-. *% '%7. *% G%$P$(- R)*"+= *% '..* S285M (=.* / H



ETTV "+0#.)-. *% 41W'28 P%"+*- #.')"+.

(+0)+=.



4 4 ; M

3 ;

6% " + * -

F4 ; M

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6%"+*-



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ar* ar*

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Rev-se/ Sre(4

Overall TARGET Assessment



Part 1. ENERGY EFFICIENCY %0

Part 2. WATER EFFICIENCY

Part 3. ENVIRONENTA!

PROTECTION


Part %. OT&ER GREEN

FEATURES

11

21(

"

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current + improvement = tr!et

"# + $% = &%

Propo'e( )u(!etto c*ieve ourtr!etS,-.$$-###

Overall REVISE#

Assessment



Assessment Part 1. ENERGY EFFICIENCY %0

Part 2. WATER EFFICIENCY

Part 3. ENVIRONENTA!

PROTECTION


Part %. OT&ER GREEN

FEATURES

11

1%(

3(4

Propo'e( )u(!et

gmm - simulation to achieve gold plus

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