HomeMy WebLinkAbout107 Anthony Dr Energy Calcs Groveview VillagewN IJ"a
Count
of as recorded' in
r
w
90d'-AND 900-456.
ofTNFSTq>F FLORIDA MODEL ENERGY EFFICIENCY CODE
FOR BUILDING CONSTRUCTION
a
BOB GRAHAM SECTION 9 GOVERNOFfS ENERGY OFFICE
GOVERNOR POINTS METHOD LEX HESTER, DIRECTOR
PREPARED BY: BRA®HAM KUHNS DESAY -CONSULTING ENGINEERS
PROJECT NAME
AND ADDRESS,:'
C Rov 1C" LZ-AC— JURISDICTION
sv , / :=_-- GOT C ,Sti,n
f,.1 r 4 BUILDNG PERMIT NO.
BUILDER
OWNER TO OE FILLED IN BY BLDG. OFFICIAL
TO BE FILLED IN BY DESIGNER
STATISTICAL DATA
ZONE JURISOICTCODE
FLOOARER
A
@IR LA:Smul "A" AREA
RIAd.L
R-4 ROOF
R-
E R COP MIAIpM M EPI
i/4z 1 /a,2 /. YA IX, 9 I 3 1 a, 9 o oo
HEATING SYSTEM TYPE HOTWATER SYSTEM TYPE CONSIRAUL ION NUMBER OF UNITS
STRIP HEAT
PUMP PAS OIL SOLAR ELEC.
HEAT
REC• GAS OIL SOLAR CBS FRAME
THI
BUILD NG
ENTIRE
PROJECT
a- a o-
THIS DATA TO BE SENT TO THE GOVERNOR'! ENERGY OFFICE BY THE BUILDING OFFICIAL, UPON REQUEST
BASE BUDGET COMMON WALLS. 7 COMMON ROOF MAXIMUM ALLOWED
Od G XS — cl: X12
FROM APPENDIX E FEWER TOTAL POINTS MEANS GREATER SAVINGS EPI
CERTIFIED BY: DATE. ,7a EPI
9D DESIGN CREDIT POINTS (CP)
CEILING FANS (IN COND. SPACE) I PER FAN G
1
MULTI ZONE A/C (OPER"Ll DOOR) 5
OPERABLE WINDOWS ('
2 OR MORE)
SIDE OF ROOM I PER ROOM D
WHOLE HOUSE FAN 11. S CFM/ SF 1 5
TOTAL Q .
9E I DESIGN PENALTY POINTS (PP)
WASHER AND DRYER (IN COMO SPACE) 3 O
MAX. OPENING OF GLASS< 40% 5 0
TOTAL 0
913 1 PERSCRIPTIVE MEASURES
CHECK FOR COMPLIANCE SECTION CHECK
HEATING SYSTEM EFFICIENCY 503.4
AIR CONDITIONING CONTROLS 503.7
A/C DUCT CONSTRUCTION 503.9
PIPING INSULATION /
CIRCULATING\
1 SYSTEMS I/ 503.10
WATER HEATER I ASHNAE 90-75 LABEL 504.2
SWIMMING POOLS 504.2
SHOWER FLOW RESTRICTORS 504.5
FORM 90o AND 901-456RESIDENTIAL CALCULATIONS- ZONES-456 WINTER
WINTER COMPONENT
AREA X WPM = POINTS GROSS
SUMMERJSUMMERCOMPONENT
AREA X 3PM = POINTS R3-
3.9 11.8 Fe0
J'
O(>/ J
e)
R3-
3.9. 76 13.7 O•j.?83 111114-
6.9 9185 R4-5s 12.3 Rs
a UP 8.2 R6 O UP 11.4 Wx
a WI' ;
R01-
I8.9 f3.i9 4e1 36 r at
11,11 RII-
I®.f Z-Eu 971 11.4 3.237.E Rlf-
alas 2.1 R111-as.f B, 4 MR
111O W 185 R>t6 ! UP R IE
W000 OTAIO/162e6•®O®OR MtTA6O/45 09 INSULATED 15p•,
8 INSULATED 18.E STORM Dose
aO. p 76.6 3 ,7 STORM DOOR ao, 4/ 36.6 7 ;?. 3 COMMON 81.
3 COMMON 11.5 c RII-
Ii•f SOS MI-If•i 401 Z
J
V
K
z
O
Z
j
W
0
RIf-=
Lf
05Z 3,4 ITY, Rlf•il.f. OS,?. J R22-29.
9 2.7 R22-29.9 o 1111306uP
2
e 2 R30 ®UP 4. 7 W a<
a
Re-
7.
f 9.7 sat 9
R6-
9.
9 7 5 R6-9.9 RIO-I1.
9 6e2 R10-11.9 12•8 RIa-IS.
f 5.5<s R12-Ie.9 9.3 R1ssuP 3•
4 RlsIII uP 6•8 COMMON 6s0 COMMON
3•4 RO- 6.9
10• 2 RO- 6.9 R7-10.9
4e2 R7-10.9 W G u0dvi .
RII- 16.93 • 7 RII- 16.9 Coe c WR19laiUP
2e6
R19®UP IXzi c O020RO-a.>
a 12 s 0 RO- a.f 6 • B ta os y
R3-
ll.f7.6 R3-3:f 4.4 o s IL
s o
R6-IO.f 5.9 Rfi-lo.s 3.1 RII-18.8
4•0 RII-16.s 2.5 WO N WvopR19aUP
2e9 Ri'aUP 1e7 COMMON Sep., COMMON
F.,)aG'E INSULATION PERIMETER9/PIA GWP
G
60
R3 - 5.9 45 @ 9
o' R6 & UP,. 3.6
SINGLE DOUBLE
OR AREA SINGLE DOUBLE WOF GwP OR AREA SOF GSqCLRTINCLRTIN
2S /, Q l0N28r1D1e3672J, 00 N Z ls} 176 149 14 4 93
NE 1111. 3 67.2 NE 263' 221 2
E ' 8 101.3 6 7 . 2 E LJ; B 3S 299 30 8 J70 8
i SE 101. 3 6 7.2 SE 339 285 29 45 12
Slss21 1. 3 67. 2 Z 272 229 2 93 98 2596/, SI SW
101. 3 67 m 2 SW 339 285 29 45 r
N
o z s
W
101. 3 6 7.2 d
w
356 299 Nw
1 1.3 67.2 2Nw 263 221 jV34 rz
J
H
3 s S 21. 2 H 591 494 CIL
a
J
IL
o
0
0 1
H=
HORIZONTAL GLASS (SKYLIGHTS) FOR TINTED GLASS SL O 0.83 SEE SEC.902.2d TOTALGROSSWINTER
POINTS 35 jf%,9J .TOTAL GROSS SUMMER -POINTS 1"FIBER6LA88
I.16 In FIBERGLASS 1.15 1.8"
FIBERGLASS 1.12 1.51 F11MSLASS 1.12 q q
zDUCT
IN COND.SF 1.00 WJCT N! COMM 1.0 0 HSM FROM
TABLE 9A FLOOR AREA (
DIVIDE) WINTER --POINTS (
WP) Now X
07w9%
CSM FROM TABLE 98 X OO 6,66•S4 Y:5-,
70 FLOOR AREA(DIVIDE) 4-I1-4z ILL 3J72
SUMMER POINTS (SP) Q
FORM 900 AND 901- 456 ZONES 456
FF WINTER OVERHANG
WOF)
FACTOR 9F SUMMER OVERHANG
SOF)
FACTOR
FEET N NE E SE S SW W NW FEET N NE E SE S SW W NW
0-0.99 1.DO 0,99 0.83 56 0.39 0,58 0.84 0.99
0-0.99 1.00 1.OU 1.00 1.00 1.00 Do 1100 lop
I -1 .99 1.00 0.99 0.83 0.58 0.42 0,60 0.84 99 I - 1 .99 1.00 1.nU 0.99 0.99 0.98 0,99 99 1,OfJ
2 -2 .99 1.00 0.99 0.84 0.62 0.50 65 0.86 0.99 2 -2 .99 1,00 0.98 0.9s 0.93 0.92 0,93 0.95 0.98 3-
3.99 1.00 0.99 0.86 0.68 0.57 0.70 U.87 0.99 3 -3 .99 1.O 0.95 0.9 0,87 0.81, 0.87 0.90 O.9s 4-
4.99 1.00 0.99 0.88 D.74 0.66 0,76 0.89 0.99 4-4.99 1.0n 0,92 11.85 n.81 0,81 U,81 0,85 0.92 5-
5 .99 1.00 0.99 0.90 0.79 0.73 0.81 0.91 n.99 5-5.99 0.99 0,89 11,81, n,77 77 0.77 0.81 0.89 6-
6.99 1.00 99 0,92 85 D.80 0,86 0,91 0.99 6-6.99 0,99 11.87 0,77 0,73 0,75 J.71 0.77 0,87 7-
7 .99 1.DO 99 0.93 0,88 0.87 0.90 0,9S 0.99 7-7.99 0,99 U.85 0.71 U.7n 73 0,70 11.73 0.8s 8-
8 .99 1,00 1.DO D.96 0,92 0.92 0,94 0.97 1.00 8 - 8.9 9 0.99 0,83 11,71, 0.68 0.72 0.68 1,71 U,83 9-
9 .99 1,00 1.OU D.97 0.96 0.94 0.96 0.98 1.00 9 -9 .99 U,98 U,81 0,69 11.67 U.71 11.67 0.69 0.81 10-
10.99 1.00 1,00 0.98 97 0.98 0,98 0,99 1.00 10-10.99 98 U.79 0,67 U.k,S 01.70 11.65 0.67 0.79 II
a UP 1,00 1.00 1,00 1.00 1.00 1.DO 1.00 1,00 II-11.9 9 0.98 0.78 11.66 0.1,4 0,70 11.64 11.66 0.78 12
a UP 1.91 0.77 11.63 11.63 0.7 6] U,63 n.77 9A
HEATING SYSTEM MULTIPLIER (HSM) HEAT
PUMP COP
2.-2.19 2.2.-.2.1 2.4-2.59 2.6-2,79 2.8-2,99 3,0-A,19 3.2--1.39 3.4F,UP HSM
0.50 0,4s o.42 11.38 1-1;-11, 0,33 11.11 0.29 SOLAR
HEAT BACKUP SYSTEM FRACTION) X(BACKUP SYSTEM HSM) GAS
HEAT 0. s OIL
HEAT 0,70 ELECTRIC
STRIP HEAT 1,00 OF
9B
COOLING SYSTEM MULTIPLIER (C SM ) ELECTRIC
SEER
6.8-6,99 7.0-7.49 7.S-7.99 8,11-8.49 8,5-8.99 9.U-9.49 1.5-9.99 Ln.IJ-10.49 1O.5-1U.99 1.1,.0-11,99 12.0F,UP C
S M 1.FXI 0.93 0,87 0.81 n,76 0.72 U,68 n,6s n.62 0.59 0.1,4 COP
0,40-0.44 0.45-0.49 0.50-0,54 ss-0.71 n.14)-U,64 0.65-11.611 U,70rrm GAS
C
S M 1.50 1.2s 1.2n 1.D9 i.[x1 0.92 0,89 NOTE
t BEER • COOLING MODE COP x3.413•ARI RATED COOLING OUTPUT IN BTUH TOTAL WATTS CONSUMED 9C
HOT WATER CREDIT POINTS (HWP) ELECTRIC
RESISTANCE
HEATERS GAS
7,0 SOLAR
MINIMUM
CERTIFIED DCR OF 6,000 BTU PER BEDROOM AND 15 GALLON STORAGE PER BEDROOM 18.2 MINIMUM
CERTIFIED DCR OF 9,000 BTU PER BEDROOM AND 20 GALLON STORAGE PER BEDROOM 21. 3 MINIMUM
CERTIFIED DCR OF 12,000 BTU PER BEDROOM AND 27 GALLON STORAGE PER BEDROOM 22.8 A/
C HEAT RECOVERY
U
Nrr- MINIMUM
CERTIFIED RATING OF 1500 BTUH/TON MINIMUM HOT WATER STORAGE TANK 40 GALLONS MINIMUM
CERTIFIED RATING OF 2500 BTUH/TON MINIMUM HOT WATER STORAGE TANK 40 GALLONS 16.7 NOTEi
DAILY COLLECTION RATE (DCR) IS MEASURED AT 1221F USING FSEC STANDARD FLORIDA SOLAR DAY
WOOD BASE
x.8x i CoNG BLOCK _` FLLoORS AS
IN COMMON BOND w/ `9 NOTED
REINFORCING @ I<2pldic-
VERTICtiLLY- 411CONE SLAB wf
2,x6o W1.4xW1.4
5F-E ELEVATION5 FOR.=
s. APPLIED EXT. FINISNFO
soh.;==-_-:-c-A--;KFIN. GRADE. Z g T-vIuF-EN.-
MAP R BARRIER'
5 q5 BAR AT ALL CoR N ERS
FROM FOOTING TO BON D coM PACTED
BM• A 5 DOWELS INTO FOOTIN
FOR 30 DIA. LAP.
C ONC. FOOTING
w/ 2 5 cotJT.
e
U N DISTURBED 501L
TYPICAL EXTERIOR:"NALL 5ECTION
SCALE: III` I'- Ol'
TOMPKINs DEVELOPMENT Co'
D 32807CoolSOUTHSEMORANBLVD. ORLAN o FLA.
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