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Home My WebLink About2620 S Orlando Dr,�►�-' FORM 8 00C- 86 FLORIDA MODEL ENERGY EFFICIENCY CODE FOR BUILDING CONSTRUCTION SECTION 8 -- SIMPLIFIED ANNUAL ENERGY METHOD ADMINISTERED !T THE DEPARTMENT OF COMMUNITY AFFAIRS $C STATISTICS NON — RESIDENTIAL BUILDINGS PROJECT NAME : iJ it PERMITTING OFFICE ADDRESS: 9 JURISDICTION NO., jp9/SDD CITY, ZIP CODE : S 4-%,/- vAe 0 PERMIT NO.t BUILDER : ZONE: OWNER : _ MOP—PH /4vc'K,4N BUILDING CLASSIFICATIONS) : ZC BUILDING VALUE $ SYSTEMS AIR CONDITIONING UNIT NUMBER TYPE EER SEER COP TONS r'u► l3 %- o�— w B' 17 'l1.-- U U = UNITARY C = CENTRIFUGAL P - POSITIVE DISPLACEMENT ENVELOPE A ea U WALL NO. I 22'T 1 ,®Q N0. 2 ROOF 39JO 3 RAISED FLR / INT WALL GLASS3eJ TOTAL COND. FLOOR AREA= gg,3 0 S.F. LIGHTING TOTAL KW Compliance with Section 8 was demonstrated by a Prescrip- tive Measures methodology or by Dual Calculation. G 807.2 Supermarkets C 809.2 Basic Features 807.3 Restaurants r 809.3 Dual Calculation 807.4 Kitchens Budget .1/� HEATING UNIT NUMBER TYPE COP STUN 13(k# ova SIP 3•� �a,®au . E = ELECTRICAL RESISTANCE HP = HEAT PUMP G = GAS 0 s OIL 00 COMPLIANCE SECTION 8 BUDGET 5✓06 BUILDING MBTU/SF SECTION 4 BUILDING MBTU/SF CALCULATION METHOD: In accordance with Section 553.907 F.S.; I hereby certify that the plans and specifications covered by this calculation are in compliance with the Florida Energy Code. OWNER/AGENT!ss—� DATE: Review of the plans and specifications covered by this calculation indi- cate compliance with the Florida Energy Code. Before construction is completed. this building will be inspected for compliance in accordance with Section 553.908 F.S. BUILDING OFFICIAL: DATE HEAT GAIN WORKSHEET ' " ' (See AE-60-62 Instructions for use of this form) - DESIGN CONDITIONS -' Dry Bulb - Outside Wet Bulb -Outside Dry Bulb - Inside 750 Wet Bulb - Inside 830 Temperature Difference Peak Load Time SOURCES OF HEAT GAIN la Gross Wall lb Gross Wall Zones--� -{/ L «U" Factor H.T.M. or Multiplier Quantity 015 2- Heat Gain Quantity Heat Gain Quantity Heat Gain // 2 lc Gross Wall 2a Glass - Table I /,/3 zZ, 15 2 2b Glass - Table I 2c Glass - Table I _ 3a Net Wall - Table I 3 3b Net Wall - Table I 3c Net Wall - Table I 4 Ceiling & Roof - Table 11 , 0 3 2 pgk .y/ 17 G yZ 6� 5 Ceiling & Roof - Table II 0 6 Floor - Table I 7 Partition - Table I 8 Partition - Table .I - 9a Sun Glass - Table iII Z/D G 9b Sun Glass - Table III 10a Sun Wall - Note (a) j Jai/ �i7 / 10b Sun Wall - Note (a) 11 People - Table Iy �/S-o / C� . ys-b d a�ao°• . 12 Ventilation - Table V, VI yy / p p p /o Ilya 13 Light Watts - Note (b) 14 Motor H.P. - Note (c) 15a Appliances - Table VII 5-0I a 33 7S'1 15b Appliances - Table VII 15c Appliances - Table VII Z 16 Misc. 17 Misc. • 18 Total Heat Gain 3?'7,f °% •. 3 H.T.M. - Heat Transfer Multiplier - "U" Factor x Temperature Difference (Except Sun Wall). e NOTES: (a) "U" Factor x 10 - H.T.M. for Sun Wall. . (b), Multiplier for Lights: 4.1 Btuh per watt for Flourescent Lights with Ballast in the Conditioned Space. All other lights 3.4 Btuh per watt, (c) For Motors 2 H.P. and Less, use 3600 Btuh per H.P. For Motors over 2 H.P., use 3000 Btuh per H.P. i r - FORM 80OA-86 I am w FLORIDA MODEL ENERGY EFFICIENCY CODE FOR BUILDING CONSTRUCTION SECTION 8 -- SIMPLIFIED ANNUAL ENERGY METHOD ADMINISTERED er THE DEPARTMENT OF COMMUNITY AFFAIRS ENERGY CONSUMING WINTER (— SUMMER SPRING AND FALL ELEMENTS TABLE Ua AREA I. MTR = MBTU U• ■AREA x MTR MBTU Us AREA x MTR_; MBTU WALLS A cnc K Uw Aw xWWM iq zzsy - -z9717,£l Uw x Aw WSFM Uw x Aw * WSM B ROOF Ur x Ar j R W M Ur f Ar RSFM Ur x Ar x RSM ,o3 343a -y.4 S!7-7, ,03 393o 3.9 �l�9.8� ,03 ��iaT� //•/ �30&.�. C RAISED FLOOR A Ut At x FWM= Ut At xFSFM- Uf x At x FSM = INTERIOR WALLS GLASS SOLAR OR. ti N Al ® L� 5 s GLASS CONDUCTION E -�A OUTSIDE AIR F (G[-EEOPLE HEAT CH LIGHTING HEAT� l HVAC MOTOR HEAT INS COND. SPACE It NCLUDED IN C.O.►. SC x As xSWM= ! a 2y tr S, ay Z Z Z 7 k, As CWM= If 0 iL ! I I j CFM VWM- Zoc) At x PWM= NATTSx LWM = 0,2 2•0 1 /, 7y I / 5- BHP xMWM= SC it As xSSFM- I qa /y.Z• Sb� R 'Y K /4• Z !. / • t I ,-/-4 3 6 ,,S 16,9 9 Us x As CSFM �J 230 L y� CFM xVSFM- zoS /, (; I SC it As x SSM 110 Z y ,s, . .7'w, `r, Ito >s r cjp-- t /S•8' *7,4' i` , i 2,,- 1 q90 Us x As it CSM �.0 03U '7•/ ,14-331 CFM x VSM Kry 3,-t-, 7 1 171 A e 0 At xPSFMi At x PSM 3930 2,�s"' Qbr,393d Z• v ATTS-LSFM= WATTS' LSM ,ono z.9 BHP xMSFM= BHP MSM A e e i� K WINTER SUBTOTAL LL START-UP HEAT Af M SUBTOTALS QH or HEAT/COOL SYS. MTR SEASONAL SUBTOTALS Zl-26 + choose choose Cool c(C' �3 x x x CSM , 7 7) CSM . vU PD ENERGY SUMMARY HEATING �� J' COOLING add LIGHTING LRE x WATTS - MBTU toge er RAW ENERGY (,,, 7 / 07 7-.0 17 s. i Co JHW OR BUHWJ At MBTU a, I Q WATER HEATING 393 c� + �4'Y,3O HVAC DEVICE MRE BHP MBTU MOTOR COOLING TWR Ip RAW PUMPS + ENERGY AHUS - VAv AHUS - CV OTHER TOTAL R TOTAL MBTU CR TOTAL MBTU FLOOR AREA At IGN ENERGYALLOWABLE ENERGY BUDGET -Table 8-1 1,33 &rq tl (SI 3 0& o DES - T 5 41. u -�� Heat .�. UH Cool Heat H I H x x HSM CC SM , 1d0� HSM H I C H add add HEAT GAIN WORKSHrrT S 2.L- DESIGN CONDITIONS Dry Bulb - Outside Wet Bulb Outside Dry Bulb - Inside 750 Wet Bulb - Inside 630 Temperature Difference Peak Load Time SOURCES OF Zones ------. ,� HEAT GAIN QU„ H.T.M. or la Gross Wall Factor Multiplier QuantityHeat Gain Quantity Heat Gain Quantity Heat Gain ' lb Gross Wall 7332 lc Gross .Wall 3 2a Glass - Table I 2b Glass -:Table I 2c Glass - Table I 3a Net Wall - Table I 3, a /i5o 35'J' o 3b Net Wall - Table I 3c Net Wall - Table I 4, Ceiling &Roof -Table 1T 2 ogfl �,/ 5 Ceiling & Roof - Table II 8 Floor - Table I 7Partition - Table I 8 ' Partition - Table I I 9a Sun Glass - Table III 'Sun 1/�j L 9b Glass - Table III 10a" Sun Wall - Note (a) - 3 y y7 / ,7 10b Sun Wall - Note a -------i 11 Peo le -Table Iy 12 Ventilation - Table V, VI yy / p p /o 0 1/ya"o 13 Light Watts -Note (b) & /100 Z 7ta o yzoo 7�Sv 14 Motor H.P. - Note (c) 15a Appliances - Table VII SA/j- G c 15b Appliances -Table VII 3 J IS -1 15c Appliances - Table VII Z 16 Misc. Po' 17 Misc. 18 Total Heat Gain '7, 3� H.T.M. - Heat Transfer Multiplier - "U" Factor x Temperature Difference (Except Sun Wall). NOTES: s (a) "U" Factor x 10 - H.T.M. for Sun Wall. t (b) Multiplier for Lights: 4,1 Btuh per watt for Flourescent Lights with Ballast in the Conditioned Space. All other lights 3.4 Btuh per watt. ; (c) For Motors 2 H.P. and Less, use 3600 Btuh per H.P. For Motors over 2 H.P., use 3000 Btuh per H.P. FORM' 8 00A -86 m I rn w FLORIDA MODEL ENERGY EFFICIENCY CODE FOR BUILDING CONSTRUCTION SECTION 8 -- SIMPLIFIED ANNUAL ENERGY METHOD, ADMINISTERED sr THE DEPARTMENT OF COMMUNITY AFFAIRS. SPRING ENERGY CONSUMING SUMMER AND FALL WINTER l + ELEMENTS TALE Ue x AREA ■MTR MSTU j U. ! AREA # MTR T MBTU Ue x AREA x MTR M'#3TU LA WALLS <oC K Uw it Aw lVWMt. .19 .2 as y - 17 Uw x Aw WSFM zcsv Uw a -- xWSM ROOF UB Ur Ar RSFM Ur : Ar ■ R S M +,03 Ur.: Ar RWM �93v -y,4 j1717•/ ,03 3�j9a ,.IF yj9, ,03 3iS3a n RAISED FLOOR '3 + + + Ut At *FSFM- Ut At ■FWM- Ut At M FS- CL�yL INTERIOR WALLS IP— D GLASS SOLAR OR. ti N �s 5 t GLASS CONDUCTION B OUTSIDE AIR F G PEOPLE HEAT HLIGHTING HEAT . HVAC MOTOR HEAT O IM>t. COND. PA E SC it As ■SWM- ,. d S,S 139, z ;-,b' Z3 Z -771. V r 39k �* Z. Us = As CWM- o 230 CFM VWM Z o C -'s-.1 -/OZ a At JPWMT 3g3o •�-�'fs9S SC x As ■SSFM— �.� ��/ I4•I 33£. `1 1 4 0 Z .. Al i,V, z G �-/ , ,. yL 36,j IG? 9 Z zz�� r ZV 2glL -700,Y Us it As CSFM SC As ■ SSM ,.� Z y ,J-, (_ �r 40 dam- AI AlL z V ��,q yz4*. Us it As 1-CSM FM FM =VSFM- ZcfU LC y , q 4 $ v At SFM+ 3930 2.S' 1,91 k FM j VSM v 3f,9 1 7.1:iV.0 _ At I -PSM ij- , _j 31930 1 Z. O 1 7 51& u WATTS• LWM ATTS*LSFM-rWATTSJ LSM �- o7Zc) /; 7y / 6S?,Y iOizC� z.9 10 lo�Z 32 ' BHP =MWM- BHP ■MSFM- BHP MSMT - yam_ � r� k �3`_ i " 7 x ` � -<'Y r - t � "!• ," ,.._'�- i � , i K WINTER SUBTOTAL L START-UP HEAT SUBTOTALS Q N HEAT/COOL SYS. UT P SEASONAL SUBTOTALS ENERGY SUMMARY LIGHTING RAW ENERGY OD rn WATER HEATING Q HVAC DEVICE MOTOR COOLING TWR RAW PUMPS ENERGY ANUS- VAV ANUS - Cv OTHER C ftli'�� s?", LRE WATTS.-6 MBTU 7 077-v 7 0U3 0 OR BUHW At MBTU 41, 393 0 /C- Wg r MRE BHP MBTU TOTAL add add 1 TOTAL MBTU FLOOR AREA At DESIGN ENERGY R 33 F19 N -= S 4i e o — CT �, HEATING I c yFS2�o3 x CSM I ,_ 61/F vv (cl /9soT )' I COOLING R TOTAL MBTU / 3.3 S-9 w I s ALLOWABLE ENERGY BUDGET -Table 8-1 Vl t