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HomeMy WebLinkAboutENERGY EFFICIENCY CODEFLORIDA ENERGY"eFFI iihC�9�CeO"DE FOR BUILDING CONSTRUCTION
SECTION 8 • SIMPLIFIED ANNUAL ENERGY METHOD
FOR,, 80OA-89 ADMINISTERED BY THE DEPARTMENT OF COMMUNITY AFFAIRS
Non-esidential Buildings ALL CLIMATE ZONES
PROJEI T NAME: POWPT
SMI , WAty OUSI"
ZONE:
ADDREiSS: Z D3
- DQJ"TAi±SL AVE
BUILDING CLASSIFICATIONS: D
CITY Z P CODE: FT
PILr-c f FL
BUILDING PERMIT NO.:
BUILDEIR: ST LL)CW AucT E-S
PERMITTING OFFICE: dT 1,uc-11E cooivTY
OWNER%0,Pt7127-
' SMI /%It
JURISDICTION NO.: ,sG 1 ( 00
BUILDING INFORMATION
IIWALLS
ROORCEILING
FLOORS
DOORS
GLASS
TYPE
U
AREA
TYPE
U
AREA
TYPE
U
I AREA
TYPE
U
AREA
TYPE
U
AREA
Concrete (C S)
Wood frame
Metal )fame
Insulation R- I,alue
Under attic
Single Assembly
Other
Insulation R-value
�17q
S
Slab -on -grade
Raised Wood
Raised concrete
Insulation R-value
Wood
Metal
Insulated'
Other
Single. wall
Double, wall
Single, roof
Double. root
��
9'
SYSTEMS INFORMATION
I AIR CONDITIONER
HEATING SYSTEM
HOT WATER
TYPE
EFFICIENCY TONS
TYPE EFFICIENCY BTUIH
TYPE
Unitary & Heat',pump
i
Central Heat Pump
Electric
<65.000 Bt lh
YY
y' __ -;_ SEER
< 65.000 Btulh HSPF
Resistance
❑
>_65,000 itJ'�(h
EER
> :i5.000 Btulh COP
Detl Heat Pump
❑
Water Goole !I
EER
Gas
Evaporativel cooled
EER
Water cooled COP
Natural
❑
PTAC
�.�_ EER t I
Evaporatively cooled COP
LPG
❑
Chillers
t
COP
PTHP 2.6 COP I ?.00
Oil
❑
Other.
Gas/Oil (circle one)
HRU
❑
<225,000/300,000Blulh AFUE
>_ 225.000/300.000 Btulh Et
Other.
LIGHTING K I: q /'
0
PRESCRIPTIVE MEASURES (Must be met or exceeded by all buildings.)
COMPONENTS
SECTION -. +
REQUIREMENTS
CHECK
Windows
502.4
Maximum of 0.5 cfm per linear foot of operable sash crack.
Doors
502.4
Maximum of 11.0 clm per linear foot of operable sash crack.
Joints (Cracks
502.4
To be caulked• gasketed, weatherslripped, or otherwise sealed.
1/
Reheat I,I
503.3
Supply air restricted to set cold/hot deck temperature to meet load of worst case zone.
Ventilation I
503.4
Supplied with readily accessible switch for shut-off and/or volume reduction when ventilation is not
required.
V
HVAC Efficiency f
503.4
Minimum efficiencies - Healing: Tables 5.5. 5-6; Cooling: Tables 5-7. 5-8. 5.9.
1/
Transport Energy
503.5
Minimum of 8.0.
Balancing _
503.6
Provide means for balancing HVAC air system & water distribution system.
HVAC Controls �,�
503.7
Separate readily accessible manual or automatic thermostat for each system.
HHVAC Duct
lConstruction I
503.9
Constructed in accordance with industry standards & local mechanical codes. Ducts must be insulated
to minimum R = d t115 (hr 'F It IIBtu).
,Piping Insulation
503.10
In accordance with Table 5.10.
Water Heaters i'I
504.2
Must bear ASHRAE label indicating compliance with ASHRAE Standard 90 or comply with efficiency and standby
loss requirements. Switch or clearly marked circuit breaker (electric) or cutoff (gas) must be provided. Heat traps
required. Must meet minimum water healing equipment efficiencies in Table 5.11 after I11 /90.
-
Swimming Pools I
& Spas
504 2
Spas & heated pools must have covers. Non-commercial pools must have pump timer.
Gas spa & pool heaters must have minimum thermal efficiency of 75% (78% after 1 /1190).
Hot water I
Pipes
504.4
Insulation is required for recirculating systems. Piping heat loss is limited 10 17.5 Btu/h/linear foot of
pipe: see Table 5-12.
Water fixtures I,II
504.5
Water flow restricted to maximum of 3 gpm at 80 psig; toilets maximum 3.5 gallon flush. Public lavatory,
fixture maximum flow of .5 gpm or .5 gallon if has self -closing valve.
Lighting I
505.1
Ballast efficacy factors are listed in Table 5-14.
TION 6 COMPLIAN E SECTION 4 COMPLIANCE
;et (Table 8-1): I Computer program used:
ling MBTU/SF:'I 2
Section 5 Budget:
lilioned sq. ft.:
Section 4 Total:
pliance with S�'ction 8 was demonstrated by a Prescriptive Measures
odology or by Iual Calculation:
807.2 Superma
Features
lkets
805.2 Basic
8
807.3 Restauralits
809.3 Dual Calculation
807.4 Kitchens II
Budget
All plans and specilications shall be signed and sealed by a Florida registered engineer or
architect with the exceptions provided lot in Section 481.223, F.S. and Section 471.003. F.S.
I hereby certily4hat the plans and specificalio.`S cover-,d Cy this calculation are in compliance
with, the Florida Energy a �//pp��' - 'i /•-`
SIGNATURE. iV�-�w+ P-�
DATE -+
Review or the plans and specilicalc�*:is co�;ered by Isis calculation indicates compliance with
the Florida Energy Code. Before construe B;m is completed, this building will be inspected for
compliance in accordance with Sec`ions5:+.90F F.S.:
BUILDING OFFICIAL.
DATE
FLORIDA ENERGY EFFICIENCY CODE FOR BUILDING CONSTRUCTION •
SECTION 8 • SIMPLIFIED ANNUAL ENERGY METHOD
FOR 80OA-89
ADMINISTERED BY THE DEPARTMENT OF COMMUNITY AFFAIRS
Non- sidentlal Buildings ALL CLIMATE ZONES
PROJELL NAME:
08ERT S'MI WAr ov.SE
ZONE:
ADDR SLS: 2
03 TA1PQPF9JPSL AVE
BUILDING CLASSIFICATIONS: D
CITY Z b CODE:
FT, P/EKCF FL
BUILDING PERMIT NO.:
BUILDER: ST
LUCI>= RVOTURE.S
PERMITTING OFFICE: XT 1,UQE 600AITY
OWNE ' gO Q,�7KT SA11 Tq
JURISDICTION NO.: O G I OO
l BUILDING INFORMATION
!'dWALLS
ROOF/CEILING
FLOORS
DOORS
GLASS
TYPE 11,1
U
AREA
TYPE
U
I AREA
TYPE
U
AREA
TYPE
U
AREA
TYPE
U
AREA
Concrete (C'S)
Wood Irame
Metal frame
Insulation R1,,alue
Under attic
Single Assembly
Other
Insulation R-value
.a
S
Slab -on -grade
Raised Wood
Raised concrete
Insulation R•value
Wood
Metal
Insulated
Other
Single. wall
Double, wall
Single. roof
Double. root
p
•
SYSTEMS INFORMATION
N AIR CONDITIONER
HEATING SYSTEM
HOT WATER
TYPE ;jl
EFFICIENCY TONS
TYPE EFFICIENCY BTU/H
TYPE
Unitary & Hea (Pump
r'• -
(
Central Heat Pump
Electric
<65.000 B1' Ih
,
!'_- -: ;_ SEER _._
< 65.000 Btu Ih HSPF
Resistance
❑
>_ 65.000 BI ' I h
EER
o5,000 81u l h
> COP
Ded Heat Pump
❑
Water Goole
EER
Gas
Evaporativel'; cooled
EER
Water cooled COP
Natural
❑
AC
}�.S EER I
Evaporatively cooled COP
LPG
❑
[Chiilefs,
COP
PTHP 2.G COP 1?.ODD
Oilher.
Gas/Oil (circle one)
HRU<
225,000/300.000 Btu/h AFUE
>_ 225.0001300.000 Btulh El
Other:
GHTING K ': w q O
PRESCRIPTIVE MEASURES (Must be met or exceeded by all buildings.)
COMPONENTS
SECTION
REQUIREMENTS
CHECK
Windows I
502-4
Maximum of 0.5 cfm per linear foot of operable sash crack.
Doors till
502.4
Maximum of 11.0 cfm per linear fool of operable sash crack.
JoinlslCracks
502.4
To be caulked, gaskeled, weatherst ripped. or otherwise sealed.
r/
Reheat
503.3
Supply air restricted to set cold/hot deck temperature to meet load of worst case zone.
Ventilation
503.4
Supplied with readily accessible switch for shutoff and/or volume reduction when ventilation is not
required.
V
HVAC Efficiency
503.4
Minimum efficiencies - Healing: Tables 5.5. 5.6; Cooling: Tables 5-7, 5-8. 5.9.
V
Transport Energy , I
503.5
Minimum of 8.0.
Balancing l
503.6
Provide means for balancing HVAC air system & water distribution system.
I HVAC Controls 1
503.7
Separate readily accessible manual or automatic thermostat for each system.
lel-
iHVA Duct
, Construction
503.9
Constructed in accordance with industry standards & local mechanical codes. Ducts must be insulated.
to minimum R = d t/15 (hr •F Il r/Btu).
'-
i Piping Insulation
503.10
In accordance with Table 5.10.
I Water Heaters
-•504.2
Must bear ASHRAE label indicating compliance with ASHRAE Standard 90 or comply with efficiency and standby
loss requirements. Switch or clearly marked circuit breaker (electric) or cut-off (gas) must be provided. Heat traps
required. Must meet minimum water healing equipment efficiencies in Table 5.11 after 111190.
ISwimmmg Pools 'I
8 Spas
504 2
Spas & heated pools must have covers. Non-commercial pools must have pump timer.
Gas spa &pool heaters must have minimum thermal efficiency of 75% (78% after 111190).
Hot Water 1
pipes
504.4
Insulation is required for recirculating systems. Piping heat loss is limited to 17.5 Btu/h/linear foot of
pipe, see Table 5.12.
-'
Water fixtures' j
I
504.5
Water flow restricted to maximum of 3 gpm at 80 psig: toilets maximum 3.5 gallon flush. Public lavatory.
fixture maximum flow of .5 gpm or .5 gallon if has sell -closing valve.
Lighting I
i
505.1
Ballast efficacy factors are listed in Table 5-14.
IN 8 COIN LIAN E SECTION 4 COMPLIANCE
(Table 8-1):. 11 Computer program used:
MBTUISF' 20_ Section 5 Budget:
rued sq. ft.:f I Section 4 Total:
fiance with S' ction 8 was demonstrated by a Prescriptive Measures
odology or by ival Calculation:
807.2 Supermarkets 8 809.2 Basic Features
807.3 Restaurants 809.3 Dual Calculation
807.4 Kitchens', Budget
All plans and specifications shall be signed'aha Sealed lby a Florida registered engineer or
architect with the exceptions provided lot to Section 4.91,229.`f,S.-and Section 471.003. F.S.
I hereby certify that -the plans and specifications egverod by Ile_i5-calculation are in compliance
with the Florida Energy C44���7e��IJ��D��_' •=,tf,' �: 4
SIGNATURE.
DATE
g,
Review of the plans and specilical,ons=ccvered by this calculation indicates compliance with
the Florida. Energy Code. Before constiuction-is completed: tinis building will be inspected for
compliance in accordance with Section'553,408 FS.
BUILDING OFFICIAL. _
DATE.
Ci F-_
K WINTER SUBTOTAL
mm
I choose
Heat b
L START-UP HEAT Af 11 SUH
�a COOI
M SUBTOTALS QH or © H C 3; g
x x
(N HEAT/COOL SYS. MTR HSM CSM ,�f D
C SEASONAL SUBTOTALS H C 2 3 H C
add
ENERGY SUMMARY
LIGHTING
RAW ENERGY
LRE x WATTS
6 ,57 1 J06
WATER HEATING
HW on BUHWj
Af
/
Q
HVAC
MOTOR
RAW
ENERGY
DEVICE
MRE
BHP
COOLING TWR
PUMPS
AHUS - VAV
AHUS - CV
OTHER
TOTA
MBTU
�.�
MBTU
MBTU
R TOTAL MBTU FLOOR AR = CT
DESIGN ENERGY
6 - -�- . EA A� 3
HEATING I
c 2 1
3.5 1 4 1 COOLING
TOTAL MBTU
+� 6
ALLOWABLE ENERGY BUDGET -Table 8-1
v ..
0
0
FORM 800•A•89
- ER-GY—EFFICIENCY CODE FOR BUILDING CONSTRUCTION
SECTION 8 -- SIMPLIFIED ANNUAL . ENERGY METHOD
ADMINISTERED or THE DEPARTMENT OF COMMUNITY AFFAIRS
ENER�-Y CONSIJMIN(3 WINTER
ELEMENTS SPRING AND FALL SUMMER
TAtu U• t AREA f MTR AABTU (, U. AREA # MTR T MBTU U• AREA j MTR - MBTU
WALLS
LA
UwitAw
WWM
Uw
7 Aw
WSFM
Uw
Aw
=WSlA
B ROOF Ur A► R!!VM + +
Ur Ar RSFM Ur A► Wiwi
.09 y-S3 II. - 3
+ 1
Ur At FWM
�' INTERIOR WALLS .09 351
GLASS CONDO ION
E
OUTSIDE AIR
F
_r
G
PEOPLE HEAT .
H
LIGHTING HEAT
HVAC MOTOR HEAT______
_ -
-'-I'-'IN[ID'[ ONO.' ►A -___
N T' N D IN ,p,►,
At ' PWM+
k_A6312,01qo6
[WATTS« LWM 1 1
(- BHP
CFM
-VSFM=
CFM
VSM
At PSFMy At PSM a
s Z4,6 7 g
ATTS•LSFM- ATTS LSM
cl 06 .3 o 2
BHP—�MSFM BHP i MSM , i