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Environmental Technology – Thermal Envelope

I would like to know if you are able to make a – Thermal Envelope – PASSIVE DESIGN , all documentation is provided i just need analysis of these documentation and comparison between the information. can you do it?

there are 3 files each file has data the requirements basically state that to make 2 charts the first one is to compare between the minimal Dallas and the optimal Dallas the second is to compare between the optimal Dallas and the optimal Cleveland

Part 2/Dallas Minimal /BEPS.pdf

D a

lla s

Fo rt

W o

rt h

I n

tl A

C it

y Lo

ca ti

o n

: S

IN G

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S ID

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ild in

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: H

o m

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s/ M

r R

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p ay

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S ch

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: S

ys yt

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B E

P S

: B u

ild in

g E

n er

g y

P er

fo rm

a n

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ta n

d a

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bo n

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xi de

P ro

du ce

d So

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( po

un ds

): Z

N C

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in g

9% o

f S ch

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1 1,

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35 EU

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ER G

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(k BT

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29 %

o f S

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2, 98

5. 76

EU I N

et S

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( kB

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13 .7

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st o

f F ue

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ed N

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p er

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ne ga

tiv e

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e no

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st )

40 0.

45 Co

st S

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ot W

at er

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la rs

p er

y ea

r) 10

2. 28

Co st

o f F

ue l C

on su

m ed

( D

ol la

rs p

er y

ea r)

50 2.

73 To

ta l F

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ur ch

as ed

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( th

er m

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g as

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f p ro

pa ne

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38 0.

25 Co

st o

f E le

ct ric

ity P

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( D

ol la

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( ne

ga tiv

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-1 88

.0 2

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S av

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G en

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p er

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2, 29

3. 13

Co st

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le ct

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su m

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D ol

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p er

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10 5.

11 To

ta l E

le ct

ric ity

P ur

ch as

ed N

et ( kW

h) (

ne ga

tiv e

va lu

es a

re I

nc om

e, n

ot C

os t)

-7 93

.2 3

To ta

l E le

ct ric

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av in

gs o

f P V

G en

er at

ed o

n Si

te (

kW h)

( So

la r Ph

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ic s)

9, 67

4. 33

To ta

l E le

ct ric

ity C

on su

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ua lly

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ss ( kW

h) 8,

88 1.

11 El

ec tr

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00 Li

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82 6.

31 Fa

ns a

nd B

lo w

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tr ic

ity C

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ua lly

( kW

h) 3,

17 8.

72 Ai

r Co

nd iti

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in g

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tr ic

ity C

on su

m ed

A nn

ua lly

( kW

h) 3,

59 8.

94 W

at er

H ea

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Fu el

C on

su m

ed A

nn ua

lly (

Fu el

o r El

ec tr

ic ity

in T

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s Eq

ui va

le nt

) 13

6. 77

Ap pl

ia nc

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d Eq

ui pm

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13 Ap

pl ia

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( th

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.3 9

H ea

tin g

Fu el

C on

su m

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nn ua

lly (

th er

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7. 09

Co ol

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ed ( kB

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.3 9

H ea

tin g

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st em

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pu t N

or m

al iz

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or m

al iz

ed H

ea t L

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(B TU

h/ sq

ft o

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or )

16 .0

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er ag

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la nc

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in B

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(w ith

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1 Ai

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tr at

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oo r

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2, 00

0. 00

H E

E D

4 .0

( B

u ild

4 2

, F

e b

1 4

, 2

0 1

6 )

Part 2/Dallas Minimal /HVAC.pdf

D a

lla s

Fo rt

W o

rt h

I n

tl A

C it

y Lo

ca ti

o n

: S

IN G

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ild in

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to s

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sq

f t

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24 .0

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57 .0

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W

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16 0.

11 0.

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N or

th 24

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FL O

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SL AB

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IN FI

LT R AT

IO N

Ai

r Ch

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s (a

t 15

m ph

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si g

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an u

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)

H E

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8 ,9

9 9

H E

E D

4 .0

( B

u ild

4 2

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e b

1 4

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0 1

6 )

Part 2/Dallas Minimal /Enegry Costs.pdf

D a

lla s

Fo rt

W o

rt h

I n

tl A

C it

y Lo

ca ti

o n

: S

IN G

LE F

A M

IL Y

R E

S ID

E N

C E

B u

ild in

g T

yp e

: H

o m

e fo

r M

s/ M

r R

a te

p ay

er P

ro je

ct :

S ch

e m

e 9

: S

ys yt

e m

E n

er g

y C

o st

s

2,000 1,000 0

2,000 1,000 0

2,000 1,000 0

($ )

($ )

($ )

FU EL

EL EC

TR IC

IT Y

TO TA

L

A ir

C o

n d

it io

n er

Fa n

s an

d B

lo w

er s

kW h

Li g

h ts

E q

u ip

m en

t an

d A

p p

li an

ce s

E le

ct ri

c H

ea t

o r

H ea

t P

u m

p

Fu rn

ac e

Fu el

A p

p li

an ce

F u

el

W at

er H

ea te

r

P V

G en

er at

ed O

n S

it e

S o

la r

H o

t W

at er

G en

er at

ed O

n S

it e

1 . M

ee ts

E n

er g

y C

o d

e 2

. M o

re E

n er

g y

E ff

ic ie

n t

3 . O

ri en

ta ti

o n

4 . C

o o

li n

g 5

. R en

ew ab

le E

n er

g y

6 . I

n su

la ti

o n

7 . G

la ss

& S

h ad

in g

8 . A

ir T

ig h

tn es

s 9

. S ys

yt em

D ol

la rs

E ne

rg y

Co st

H E

E D

4 .0

( B

u ild

4 2

, F

e b

1 4

, 2

0 1

6 )

Part 2/Dallas Minimal /Home Enegry Rating.pdf

Part 2/Dallas Optimal /Evaluate/HAVC System Sizing.JPG

Part 2/Dallas Minimal /Energy Efficient Design.pdf

D a

lla s

Fo rt

W o

rt h

I n

tl A

C it

y Lo

ca ti

o n

: S

IN G

LE F

A M

IL Y

R E

S ID

E N

C E

B u

ild in

g T

yp e

: H

o m

e fo

r M

s/ M

r R

a te

p ay

er P

ro je

ct :

S ch

e m

e 9

: S

ys yt

e m

E n

e rg

y E

ff ic

ie n

t D

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g n

10,000 7,500 5,000 2,500 0

U n

co m

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a b

le T

em p

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n d

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m fo

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ss iv

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er fo

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ss iv

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er fo

rm an

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2 . M

o re

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ff ic

ie n

t

U n

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a b

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ri en

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a b

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n d

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m fo

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TI N

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m fo

rt is

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a b

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m fo

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ss iv

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6 . I

n su

la ti

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U n

co m

fo rt

a b

le T

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h e

n I

n d

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m fo

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d f

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. N

o H

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ss iv

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er fo

rm an

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7 . G

la ss

& S

h ad

in g

U n

co m

fo rt

a b

le T

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e ra

tu re

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o u

rs w

h e

n I

n d

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m fo

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m fo

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ce

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ir T

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s

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ri n

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u ri

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t h

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u ri

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t h

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ff ic

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es ig

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tr a

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(f o

r m

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ec if

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u id

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es u

se C

li m

at e

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lt an

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1 .

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m p

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b u

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g f

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u a

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f lo

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la n

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u lt

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ri es

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it ch

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o e

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a te

u n

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w a

ll ar

ea a

n d

u n

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o h

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. 2

. R

ai se

d f

lo o

r w

el l i

n su

la te

d ,

b u

t in

te ri

o r

m a

ss (

lik e

t ile

fl oo

rs , s

to n

e f

ir ep

la ce

) w

ill h

e lp

r e

d u

ce d

a y-

to -n

ig h

t te

m p

e ra

tu re

s w

in g

s a

n d

h o

ld in

w in

te r

so la

r g

ai n

. 3

. M

ov e

a s

m u

ch g

la ss

a s

p os

si b

le t

o S

ou th

a n

d S

ou th

E as

t, (

fo r

p a

ss iv

e s

ol a

r g

ai n

) sh

a d

e d

in s

u m

m e

r to

p re

ve n

t o

ve rh

e at

in g

. 4

. H

ig h

p e

rf or

m a

n ce

g la

zi n

g w

ill m

ax im

iz e

w in

te r

g a

in s,

r ed

u ce

n ig

h t

ti m

e lo

ss e

s a

n d

s u

m m

e r

g a

in s

(u se

g oo

d L

o w

-E g

la ss

). 5

. T

ig h

tl y

se al

b u

ild in

g a

n d

u se

v es

ti b

u le

e n

tr ie

s (t

w o

d oo

rs )

to m

in im

iz e

in fi

lt ra

ti o

n a

n d

e lim

in a

te d

ra ft

s, e

sp ec

ia lly

in w

in d

y si

te s

(h o

u se

w ra

p ,

w e

a th

e r

st ri

p p

in g

, g

o od

q u

a lit

y w

in d

o w

s) .

6 .

In su

la ti

n g

b lin

d s

or h

ea vy

d ra

p er

ie s

w ill

h el

p r

ed u

ce n

ig h

t ti

m e

h e

at lo

ss es

7 .

G oo

d in

su la

ti on

w ill

h e

lp r

e ta

in in

te rn

al g

ai n

s fr

o m

li g

h ts

a n

d e

q u

ip m

en t.

8 .

A ir

c o

n d

it io

n in

g s

h o

u ld

n ot

b e

n e

ed e

d if

g o

od e

n er

g y

ef fi

ci e

n t

b u

ild in

g d

es ig

n (

a la

rg e

w h

ol e

-h ou

se f

a n

s h

o u

ld p

ro vi

d e

e n

o u

g h

e co

n om

iz e

r co

o lin

g if

t h

e re

is a

d eq

u at

e in

te ri

o r

m a

ss ).

9 .

Lo ca

te s

to ra

g e

a re

as a

n d

a tt

a ch

e d

g a

ra g

es o

n w

in d

w a

rd o

r w

es te

rl y

si d

e t

o h

el p

in su

la te

. 1

0 .

H ig

h e

ff ic

ie n

cy f

u rn

a ce

s sh

o u

ld b

e co

st e

ff e

ct iv

e .

H E

E D

4 .0

( B

u ild

4 2

, F

e b

1 4

, 2

0 1

6 )

Part 2/Dallas Optimal /Basic/Home Energy Rating.JPG

Part 2/Dallas Optimal /Evaluate/Bar Chart, Hourly.JPG

Part 2/Dallas Optimal /Basic/Energy Efficient Design.JPG

Part 2/Cleveland Optimal /energy cost cleveland.JPG

Part 2/Dallas Optimal /Basic/Energy Costs.JPG

Part 2/Dallas Optimal /Evaluate/BEPS.JPG

Part 2/Cleveland Optimal /home energy rating cleveland.JPG

Part 2/Cleveland Optimal /energy efficient design cleveland.JPG

Part 2/Cleveland Optimal /BEPS.JPG

Part 2/Cleveland Optimal /HVAC.JPG

 

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