The URL can be used to link to this page

Home My WebLink About2511 Laurel Ave 91-1772 Load CalcFLORIDA ENERGY EFFICIENCY CODE FOR BUILDING CONSTRUCTION y ` SECTION 9 — RESIDENTIAL POINT SYSTEM METHOD CLIMATE ZONES FORM 900-A-86 DEPARTMENT OF COMMUNITY AFFAIRS CENTRAL 4 5 6 This form may be used to demonstrate compliance with the Energy Code for new single-family detached or multifamily attached dwellings under. Section 9. An alternativeto,lhis method for single-family detached dwellings, and multifamily attached dwellings of three stories or less, is provided in Section 10. Multifamily attached dwellings greater than three stories must comply under Section 9 or 5. Additions to existing residential buildings must comply under Section 9 or 10. Additional information may be obtainedImmurnsIncalhuBdinndepartmentortheDeoanmentofCommunityAflairs, Energy Code Program, 2571 Executive Center Circle East, Tallahassee, Florida 32301.8244. IOJECT NAME PEf raITTING OFFICE: . VD ADDRESS: CIRCLE CLIMATE ZONE: 4 5 6 _ ALDER: PERMIT NO.: INNER: ' 1 JURISDICTION NO.: to. t A I T-1 DETACHED NEW ADD. CACHED NEW F] ADD. CHECK IF WORST IF MULTIFAMILY, CASE CALCULATION: LJ NUMBER OF UNITS: GLASS AREA AND TYPE + " CLEAR TINT,FILM SOLAR SCREEN CONDITIONED FLOOR AREA CEILING INSULATION SGL DBL SGL DBL UNDERATTICSGL. ASmSEMBLLYY I rT TrTj—I R = I I(a I, I ill R _ NET WALL AREA AAND INSULATION CBS R= FRAME Rm= STEEL STUD Rm= LOG Rm= Lt-]= DUCTS COOLING SYSTEM HEATING SYSTEM HOT WATER SYSTEM IN UNCOND. SPACE IJ CENTRAL El NONE y LJ ELECTRIC STRIP HEAT PUMP 2 ELECTRIC SOLAR R= ROOM NATURAL GAS ROOM/PTHP NATURAL GAS HEAT RECOVERY IN COND. PTAC OTHER FUELS NONE OTHER FUELS DIED. HEAT PUMP SPACE 1 r COP/AFUE _ . ® EF = . SF/EF = RSEER/EER NUMBER OF BEDROOMS = W 3 101-111 INFILTRATION PRACTICE USED r1 rr X 100 10 S $ T t = O . TOTAL AS -BUILT POINTS TOTAL BASE POINTS CALCULATED E.P.I L! 7 a2 a3 CALCULATED ENERGY PERFORMANCE INDEX MUST NOT EXCEED 100 POINTS. In accordance with c ion o ,1, y's ere y ce i a plans Review of the plans and specifications covered by this calculatio n indicates and specificatco eyed b th*L1N ' C re ou) a it ions hthe compliance with the Florida Energy Code. Before constructioncompleted, this Florida Energy Code l v t Y c A a T building will be inspected for compliance in accordance with Section 553.908 F.S. L`^• :..;.. OWNER/AGENT: {- ^ ' ``' d "- BUILDING OFFICIAL: DATE: 121, r " e 7 - DATE: A I PRESCRIPTIVE MEASURES Must be met or exceeded by all residences. COMPONENTS SECTION REQUIREMENTSHECK WINDOWS 904.1 MAXIMUM OF 0.5 CFM PER LINEAR F OT OF PERABLE SASH CRACK. EXTERIOR & ADJACENT DOORS 904. 1 MAXIMUM OF 0.5 CFM PER SO. FT. OF DOOR AREA. INCLUDES SLIDING GLASS DOORS, SOLID CORE, WOOD PANEL INSULATED OR GLASS DOORS ONLY. EXT. JOINTS & CRACKS 904.1 TO BE CAULKED, GASKETED, WEATHERSTRIPPED OR OTHERWISE SEALED. WATER HEATERS 904. 2 MUST BEAR 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 GAS1 MUST BE PROVIDED. AN EXTERNAL OR BUILT-IN HEAT TRAP MUST BE PROVIDED. SWIMMING POOLS SPAS 904.3 SPAS & HEATED POOLS MUST HAVE COVERS (EXCEPT SOLAR HEATED). NON-COMMERCIAL POOLS MUST HAVE A PUMP TIMER AS SPA .& PO L HEATED -MUST HAVE MINIMUM THERMAL EFFICIENCY OF 75%. HOT WATER PIPES 904.4 INSULATION IS REQUIRED ONLY FOR RECIRCULATING SYSTEMS. IN SUCH CASES, PIPING HEAT LOSS SHALL LIMITED TO 175 BTU H/LINEAR FOOT OF PIPE. SHOWER HEADS 904. 5 WATER FLOW MUST BE RESTRICTED TO NO MORE THAN 3 GALLONS PER MINUTE AT 20 TO 80 PSIG. HVAC DUCT CONSTRUCTION 903.2 9046 CONSTRUCTED IN ACCORDANCE WITH INDUSTRY STANDARDS & LOCAL MECHANICAL CODES. DUCTS IN NC NDIT N PA E MUST BE IN QLLATED TO MINIMUM R- 4.2 & JOINTS MUST BE SEALED ASEPARATE READILY ACCESSIBLE MAN QR yUTOMATIC THERMOSTjj FOR EACH SYSTEM. CEILING INSUL. W4. MINIMUM R-19. t rj S o u t h e r n E n e r g y E v a l u a t i o n S e r v i c e s L O A D C A L C U L A T I O N - inter design temp. difference (70/30)=40 TD Summer design temp. difference (75/95)=20 TD esign Grains @ 50% relitive humidity = 51.0 -> Daily range °L° Average Cen.Fla conditions irection TYPE Area Loss/Btuh Gain/Btuh J SINGLE TNT 64 3724.8 1344 SINGLE TNT 4.5 157.5 234 SINGLE TNT 4.5 157.5 234 i SINGLE CLR 80 3440 2400 J SINGLE TNT 9 360 468 omponent type R-Value Area Loss Gain NORM WT C B 5 914 1590.36 2650.6 EXT.WOOD nia 20 816 254 VENT/ATTIC 19 1253 2631.3 3132.5 SLAB/NO INSL 0 137 4438.8 0 SLAB/NO INSL 0 137 0 0 Infiltration 1741.64 Sub Totals ----> 17316.26 12458.74 Occupant/Appl.(Sens) 3000 Duct Loss 1731.63 Duct Gain 1868.81 Total Sensible Gain 17327.55 Latent Gain 3121.64 TOTAL LOSS, 24190.8203 TOTAL GAIN 20449.19 HIS CALCULATION IS BASED ON A C C A MANUAL °J°,SIXTH EDITION (c), 1981, and is condensed soley for new construction OOFS ARE CONCIDERED DARK WINO SHADING LL WINDOW AND GLASS(SLIDING)DOORS ARE CALCULATED THE SAME FOR BOTH HEATING AND COOLING HE INCH THICK DUCT BOARD FOR A.D.S. CONSTRUCTION WISTANDARD BRANCH TAKEOFFS HE TOTAL CAPACITY OBTAINED BY THIS CALCULATION REPRESENTS A MINIMUM FIGURE OUR AC CONTRACTOR MAY ELECT A SIZE THAT IS LARGER OR SMALLER THAN THE SIZE INDICATED BY THE CALCULATION OUTHERN ENERGY EVALUATION SERVICES ASSUMES NO LIAIBILITY FOR EOUIPHENT PERFORMANCE OR SIZING E N E R G Y S U M M A R Y * HEATING COOLING BTUH needed for 40 TD @ 30 OAT :24190.8203 BTUH needed for 20 Td @ 95 OAT :20449.19 Approx. energy to maintain 70 :4572.6 Kwh Approx. energy to maintain 78 :2405.8 Kwh APPROX. ANNUAL ENERGY CONSUMPTION FOR HEATING & COOLING : 6978.4 Kwh @ .09 cents per Kwh = $ 628.05 APPROX. ANNUAL ENERGY CONSUMPTION FOR ELECTRIC WATER HEATING : 5232 Kwh @ .09 cents per Kwh = $ 470.88 TOTAL = $ 1098.93 AN APPROVED HEAT RECOVERY UNIT FOR WATER HEATING WOULD SAVE ->$ 178.93 ANNUALLY THUS SAVING 16.28 % ON YOUR HOMES ELECTRICAL CONSUMPTION ( HEATING/COOLING & HOT WATER ) AND WOULD REPAY THE AVERAGE INSTALLATION COST ( $575.00 ) IN APPROX. 3.21 YEARS YOUR HOMES ENERGY CONSUMPTION RAIIO IS 5 ( EXCELLANT ) <---- Your energy usage depends on your life style and may vary from these results YOUR HOMES E.P.I IS : 60.1 LJMNIER C itLG CLIMATE ZONES 4 5 6 TOTAL: BASE BASE O/H SINGLE DOUBLE SOF AS -BUILT OR GLASSx SPM SUMMER GLASS x S P M or S P M x (9B) GLASS AREA : POINTS AREA CLEAR . TINT CLEAR . TINT SUM PTS. N 64 : 47.8 3059.2 64 51.5 0.87 2867.52 E 9 : 102 916 4.5 107.1 0.92 443.39 E 4.5 107.1 1 481.95 S 80 : 90.9 7272 80 100.2 0.32 2565.12 W 9' : 102 918 9 107.1 0.92 886.79 COND TOTAL BASE . BASE ADJUSTED AS -BUILT 15 x FLOOR / GLASS = ADJ. x GLASS = GLASS GLASS AREA AREA FACTOR : SUBTOTAL BASE W P : SUBTOTAL 1253 : 162 : 1.16 12167.2 14113.95 : 7244.77 COMPONET BASE BASE COMPONET R SUM PT.: AS -BUILT AREA x SUPS = SUMMER . : VALUE: AREA x MULTI = SUMMER DESCRIPTION: : PT MUL: POINTS : DESCRIPTION: : (9C-96) POINTS EXT. WALLS : 914 : 1 : 914 : NORM WT C B: 5 : 914 : 1 : 914 7---------------------------- EXT.DOORS : 20 : 9.9 : 198 EXT.WOOD n/a : 20 ! 9.1 : 182 ATTIC TYPES: 1253 : 0.6 : 751.8 : VENT/ATTIC : 19 : 1253 : 1.1 : 1378.3 FLOOR TYPES: 137 : -31.8 -4356.6 SLAB/GRD . 0 137 -31.9 4370.3 E---------------------------------------------------------------------------------------------- INFILTRN : 1253 : 10.9 : 13657.7 : INFIL # 1 : n/a : 1253 : 13.8 17291.4 7--------------------------------------- TOTAL COMPONET BASE PTS : 25278.9 TOTAL COMPONET AS-BLT SUMMER PTS : 22640.2 BASE TOTAL. BASE TOTAL : AS-BLT: AS-BLT: AS-BLT: AS-BLT COOLING x BASE = COOLING : AS-BLT x DM x CSM x CCM = COOLING CSM : SUM PTS POINTS : SUM PTS (9h) : (9k) : (9L) : POINTS SYSTEM : 0.43 : 25276.9 : 10869.93 : 22640.2 : 1.14 : 0.4 : 1 : 10323.93 HOT NUMBER BASE BASE AS-BLT : NUMBER: AS-BLT: AS-BLT: AS-BLT OF x = HOT WATER:HOT WATER : OF x HWM x HWCM = HOT WATER WATER BED RM HWM POINTS : SYSTEM = : BED RM: (9m) : (9n) : POINTS SYSTEM 3 : 3527 : 10581 : EF= 0.86 : 3 : 3527 : 0.62 : 6560.22 4 _ V.,. WINTER CALCULATIONS CLIMATE ZONES 4 5 6 TOTAL: BASE BASE . O/H SINGLE DOUBLE WOF AS -BUILT OR : GLASSx WPM = WINTER : GLASS x W P.M or W P M x (9B) GLASS AREA . POINTS : AREA CLEAR TINT : CLEAR TINT WIN PTS. N 64 5,6 . 358.4 . 64 9.6 1.08 663.55 E . 9 5.6 -50.4 4.5 2 0.57 5.13 E 4.5 2 1 9 S 80 14 -1120 . 80 10.9 0.7 610.4 W 9 5.6 -50.4 . 9 2 0.57 10.26 COND TOTAL BASE : BASE ADJUSTED AS -BUILT 15 x FLOOR GLASS = ADJ. x GLASS = GLASS GLASS AREA AREA FACTOR SUBTOTAL BASE W P : SUBTOTAL 1253 162 : 1.16 862.4 .-1000.38 1249.56 COMPONET : BASE BASE COMPONET R WIN PT.: AS -BUILT AREA x WIN = WINTER DESCRIPTION: VALUE: AREA x MULTI = WINTER DESCRIPTIONi: PT MUL: POINTS POINTS 9C-9G) POINTS EXT. WALLS : 914 : 1.1 : 1005.4 NORM WT C B: 5 : 914 2.9 : 2650.6 EXT.DOORS . 20 . 10.E . 210 EXT.WOOD n/a . 20 9.5 . 190 ATTIC TYPES: 1253 : 0.6 : 751.8 V'ENT/ATTIC : 19 : 1253 i : 1253 FLOOR TYPES: 137 . -31.8 : -260.3 SLAB/GRD : 0 : 137 2.5 : 342.5 INFILTRN : 1253 : 4.1 : 5137.3 INFIL # i : n/a : 1253 6.2 : 7768.6 TOTAL COMPONET BASE PTS : 5843.8 TOTAL COMPONET AS-BLT WINTER PTS : 13454.3 7--------- BASE TOTAL, BASE TOTAL : AS-BLT: AS-BLT: AS-BLT: AS-BLT HEATING x BASE = HEATING : AS-BLT x DM x HSM x HCM HEATING HSM : WIN PTS POINTS : WIN PTS : 9h) : 9i) : (9j) POINTS SYSTEM 1.14 : 5843.8 : 6661.93 : 13454.3 : 1.14 1 : 0 0 T : BASE BASE BASE TOTAL : As-Blt : As-Blt As-Blt Total 0 : COOLING HEATING + HOT WATER= BASE COOLING + HEATING HOT WATER: AS-BLT T : POINTS POINTS POINTS . POINTS : POINTS : POINTS POINTS POINTS A.. L 10869.93: 6661.93 : 10581 28112.86 : I0323.93 : 0 6560.22 16884.15 i 4 FORM 90OD-96 elMT, p=OVM _tWIT JWW), XA=, ZZATZRJ)ES13pzjt -ammat XMITICKTION TESTS CONDUCTED IN ACCORDANCE WITH ARI STD. 470-80 WITH FLOR'IDA'REGULATORY MODIFICATIONS LABORATORY: it Q REPORT NO. DATE OF TEST REPORT APPROVED By I MANUFACTURER MODEL NO. CONSTRUCTION TYPE RECOMKENDED -TOR USE "ITS REFRIGERATION SYSTEM CAPArXTI'ZS -1z) TONS DESIGN PRESSURE:. '.WATEA SIDE LIS PSIG REFRIGEWT SIQE PSIG TEST RESULTS AT STANDARD CONDITIONS3 TEST 'REFRIGERANT DESIGNATION TE TONS A7 SYSTZK - CAPACITY OTAL _ SYSTEM -3= rOAS SUPZUEAT" BTUR TOTAL -.USEFUL BEAT =CRMGZ EFFECT.. WATER PUMP INPUT WATTS NET SUPERHEAT RECOVERY C)o 9-70 Revised 1/67 31a r' a 511 Lau III- 1-7-7a