ࡱ> y{  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwx|}~RF=YSzBook  SummaryInformation(DocumentSummaryInformation8;| \pRichard Travers B'=68P@"1Geneva1Geneva1Geneva1Geneva1Geneva1Geneva1Geneva1Geneva1Geneva1Geneva1Geneva1 Geneva1 Geneva1Geneva1 Geneva"$"#,##0_);\("$"#,##0\)"$"#,##0_);[Red]\("$"#,##0\) "$"#,##0.00_);\("$"#,##0.00\)%""$"#,##0.00_);[Red]\("$"#,##0.00\)5*2_("$"* #,##0_);_("$"* \(#,##0\);_("$"* "-"_);_(@_),))_(* #,##0_);_(* \(#,##0\);_(* "-"_);_(@_)=,:_("$"* #,##0.00_);_("$"* \(#,##0.00\);_("$"* "-"??_);_(@_)4+1_(* #,##0.00_);_(* \(#,##0.00\);_(* "-"??_);_(@_)0.00063_(* #,##0.000_);_(* \(#,##0.000\);_(* "-"??_);_(@_)85_(* #,##0.0000_);_(* \(#,##0.0000\);_(* "-"??_);_(@_)2/_(* #,##0.0_);_(* \(#,##0.0\);_(* "-"??_);_(@_).+_(* #,##0_);_(* \(#,##0\);_(* "-"??_);_(@_)0.0 "$"0.0000 "$".0000 "$".00000 "$".00 #,##0.00000#,##0.0_);\(#,##0.0\) #,##0.000 "$"#,##0.0000"$"#,##0.00000 "$"#,##0.00 "$"#,##0 "$"#,##0.0"$"#,##0.0_);\("$"#,##0.0\) "$"#,##0.000 #,##0.0                + ) , *   "    ( "8 "< "0  0 #8 &8  (  ( #8 #8 # "<  8 "< &8  ( @"8 @#0 "8 @"8 @"8 "< @ "< @"< @ "< @@"< @@  ( @#8 @ #8 @"8 H@ "< I@ "< H@ "< @H@ !"< I@ !"< @I@ "< @I@ "< @"< A  H@ "< @ "8 @ ( @ "8 H@ "8 "< @"8 #8 @ ( @"8  (  ( @ ( @@ (  ( @"8  ( #8 "< @I@ "< @I@ "< @I@  "< @I@ "< @I@ "< @I@ %"< @I@ "8 @I@ %"< @I@ &< @I@ #8  "x @ "x @#8  ( @ ( @ "< @ "< @I@ &< @I@ "| @I@ "x* @"x* #x* "|* "x* "x* "x*   h* @ `* "|* &x*  `*   h*  h* @ `* #x* "|* "x* &x* "x*  `*  "+  !+  "+   "+  "+  "+ AI@  "+ AI@  "+ AI@  "+ AI@  "+ @ "+ @ "+   "+   "+ @   "+ I@   "+ H@   "+ AH@  "+   "+ @"| @I@  "x @"x @ "+ @ " @I@ " @I@ " @I@ " @I@  !+  H "8 @"8   ( "8 @ "+ AH@  (  #8 "8  8 &8  0 "< I@  "+ AH@ "< @H@ "< I@  ( @ ( &8 "8  ( "8 @ "8 @ "x @ "8 @"< I@  "+  &8  !+  !+  !+ &8 &x* @&x* &x* &8 @&8 &x* @&x* &x*  &8 @&8 @ &8 @@&8 @&8 @ &8 @&8 &< @&< @ 8dq:F ``i̜̙3f3333f3ffff333ff333f33f33BBB Chart1 [5Sheet1 Sheet2 QSheet3 Sheet4 Sheet5 Sheet6 aSheet7 Sheet8 Sheet9-Sheet10qSheet11Sheet12Sheet13=Sheet14Sheet15Sheet16  B'Mz(hh  K (hh  2\K'dP5La "d??3Sheet13?d 3Q;^ FREEAIRE Refrigeration System Energy Savings Worksheet Contact: Phone: Contact: Phone: Contact: Phone: 80 off-peak $0.04690 $2.52 $0.05105 $2.52 $0.04863 Total FREEAIRE Savings kwh/yr /year $5,439 $1,216 $4,223 years units count nameplate or meter nameQ;_zQ;_z34E4 3Q;^ FREEAIRE Refrigeration System Energy Savings Worksheet Richart Travers, president 802-496-5205 Fred & Freida Freeman 802-876-5432 Stan Dupp & Sid Down 802-655-1234 mos/summer: $/kwh ave. $0.04966 $2.52 $0.05484 $2.52 $0.05182 Total FREEAIRE Savings add kwQ;_zQ;_z34E4 3Q;x FREEAIRE Refrigeration System Energy Savings Worksheet Richart Travers, president 802-496-5205 Fred & Freida Freeman 802-876-5432 Stan Dupp & Sid Down 802-655-1234 7 $/kw/mo total $0.04966 $12.53 $0.05484 $21.12 $16.11 Total FREEAIRE Savings add kwh/yr foQ;`zQ;_z34E4DFA 3O/E 3 +43*#! 4523  43" H ]<3OH ]%3OQ44$%3O& Q4444 80($950 Cooler Controller, model 2000 504 00($950 Cooler Controller, model 2000 504 00($950 Cooler Controller, model 2000 504 02*$1,695 Cooler Controller, model 2001 509 12*$1,695 Cooler Controller, model 2001 509 12*$1,695 Cooler Controller, model 2001 509 1,$$1 sensor extension wire (ft) 568- 0,$$1 sensor extension wire (ft) 568- 0,$$1 sensor extension wire (ft) 568- 0+#$225 downflow circulating fan 531 1+#$225 downflow circulating fan 531 1+#$225 downflow circulating fan 531 1)!$225 upflow circulating fan 530 0)!$225 upflow circulating fan 530 0)!$225 upflow circulating fan 530 05-$18 24" long x 10"diam. 24ga. duct pipe 518 05-$18 24" long x 10"diam. 24ga. duct pipe 518 05-$18 24" long x 10"diam. 24ga. duct pipe 518 00($19 10"diam. 24ga. duct pipe elbow 525 00($19 10"diam. 24ga. duct pipe elbow 525 00($19 10"diam. 24ga. duct pipe elbow 525 02*$62 DPDT power relay with dust cover 639 02*$62 DPDT power relay with dust cover 639 02*$62 DPDT power relay with dust cover 639 02*$49 SPST power relay with dust cover 642 02*$49 SPST power relay with dust cover 642 02*$49 SPST power relay with dust cover 642 0' Basic Freeaire System subtotals' Basic Freeaire System subtotals' Basic Freeaire System subtotals( $65 door heater humidistat 550 1(  $65 door heater humidistat 550 1(  $65 door heater humidistat 550 1) !$0.10 humidistat wire (ft) 570 10) !$0.10 humidistat wire (ft) 570 10) !$0.10 humidistat wire (ft) 570 102 *$62 DPDT power relay with dust cover 639 02 *$62 DPDT power relay with dust cover 639 02 *$62 DPDT power relay with dust cover 639 02 *$49 SPST power relay with dust cover 642 02 *$49 SPST power relay with dust cover 642 02 *$49 SPST power relay with dust cover 642 0%Door Heater Control subtotals%Door Heater Control subtotals%Door Heater Control subtotals( $1,550 outside air package 495 1( $1,550 outside air package 495 1( $1,550 outside air package 495 15-$55 temperature sensor on a 30' wire 568-30 15-$55 temperature sensor on a 30' wire 568-30 15-$55 temperature sensor on a 30' wire 568-30 1$45 summer plug 527 0$45 summer plug 527 0$45 summer plug 527 02*$10 2"x16" pleated disposable filter 517 02*$10 2"x16" pleated disposable filter 517 02*$10 2"x16" pleated disposable filter 517 0.&$28 10" cast aluminum angle ring 512 0.&$28 10" cast aluminum angle ring 512 0.&$28 10" cast aluminum angle ring 512 080$58 10" insulated (R6) flex-duct (25') 506-box 080$58 10" insulated (R6) flex-duct (25') 506-box 080$58 10" insulated (R6) flex-duct (25') 506-box 0"$65 adjustable elbow 524 0"$65 adjustable elbow 524 0"$65 adjustable elbow 524 0$Outside Air System subtotals$Outside Air System subtotals$Outside Air System subtotals+#$110 PSC evaporator fan motor 638 8+#$110 PSC evaporator fan motor 638 8+#$110 PSC evaporator fan motor 638 8)!$23 10" clockwise fan blade 637 0)!$23 10" clockwise fan blade 637 0)!$23 10" clockwise fan blade 637 0+#PSC Evaporator Fan Motors subtotals+#PSC Evaporator Fan Motors subtotals+#PSC Evaporator Fan Motors subtotals;3Totals for items purchased from R.H.Travers Company;3Totals for items purchased from R.H.Travers Company;3Totals for items purchased from R.H.Travers Company*"Items Purchased Locally: estimates*"Items Purchased Locally: estimates*"Items Purchased Locally: estimates|@ @ l@@   !!!"""###$$$X@%@%.@%&@P@&@&'?'?'((()))gfffff @*P@*@*+8@+8@+,K@,?,---...///000111T@2@29@23@30@3444F@5@50@5k@6w@6M@677=68P> 68ؠ?d  L}6 Lcx|ZT\dlt||  dMbP?_*+%Mom && Pop's Store&RPage &P"L??cU } I} $ } }  }  } m }  } $ } m  Y@ j@0@O @p{Z  pf @{   ؁   @ @{ ,@ءZ {gL H8E4 >6FREEAIRE Refrigeration System Energy Savings Worksheet contractor:R.H.Travers Company Contact:"Richard Travers, presidentaddress:1)200 Burnt Mountain Road, Warren, VT 05674 Phone: 802-496-5205 job name:Mom and Pop's Store #Contact:Fred & Freida Freeman#address:801234 Fredonia Freeway, Fictional Falls, VT 05678 #Phone: 802-876-5432#utility:( Green Mountain Power Corporation #Contact:Stan Dupp & Sid Down#address:,$163 Acorn Lane, Colchester, VT 05446 #Phone: 802-655-1234 #Date:~ | K@  peak hrs/wk:~ {T@ mos/summer:~ {@ walk-in infoutility rate class:~ {O@on-peakoff-peak $/kwh ave. $/kw/mo total hi temp (F)~ D@  summer $/kwh energy cost ~$~? ~c]F?5 $oIm?D DD D  + height (ft)~ } @ # summer $/kw/mo demand cost: H@o@  &(\)@  D D  + length (ft)~ }D@ ! winter $/kwh energy cost: ~h|?5? ~9#?5 $:?m?-D DD D  + width (ft)~ }$@ # winter $/kw/mo demand cost: @o@  &Q5@  D D  , cubic feet$ -@D D D   yearly average:5 $jMS? D DD  D 5 $8? D DD  D 5 $L3؇?D DD D5 &%X0@XD DD  D Total FREEAIRE Savings fghtotal energy savings:)i~v@yD&D/DIDVgkwh/yrj#kadd kwh/yr for each measurel mn4h,total annual energy and demand cost savings:)o5ys@yD'D3DMDY g/yearp&padd savings for all 4 measuresq mn3h+installed cost of complete Freeaire system:)ǒ>@ D(D5DNDZ rp.p&add installed costs for all 4 measuresq mn hprobable utility rebate:$@D RQ? rpptalk to utilityq mnhnet installed cost:ǒ~@ DD gp"pinstalled cost less rebateq stupayback period:v^SA=>?O DD wyearsx)y!net installed cost/yearly savingsz  item value units how to calculate or find ( evaporator fans: number of fans:~  @ fans count  * amps (each):~ @j@ ampsnameplate or meter  *volts:~ ^@ voltsnameplate or meter  * power factor:~ N@  assumed value phase factor: ~ ?.&1 if single phase, 1.73 if three phase  *wattage (each):)Rfffffb@DDDD watts2*#fans*amps*volts*power factor*phase factor  *6.evaporator fan runtime without Freeaire system~ ?3+use 100% if your evaporator fans never stop  *5-expected reduction in evaporator fan runtime:~ @P@2*use 65% for model 2001, 20% for model 2000  ,$circulating fans: number to be used:e?  DcDb1 per 3000 cubic feet  wattage (each):~ SB@ watts nameplate DlZxG:xwpkf Y!j0"O# $p%{&Z' (pF)@{*+@,؁- . /{012 34 ؁5Z@67{8g9L H:;8<E=4> ? 7 /total kilowatt reduction when circ fans are on:0 T^)?!DDDD kw %4 ,((#evap fans*watts)-(#circ fans*watts))/1000  !6!.hours/year evap fan operation will be reduced:!VgfffA@"D>"!hrs/yr!%0!(runtime reduction * 8766 hours in a year! "="5annual energy saved directly by reduced evap fan use:"VP1@$ D D!"kwh/yr"%1")kilowatt reduction * hours/year reduction" #=#5condensing unit co-efficient of performance (C.O.P.):~ #@ #%(# assumed value for typical system# $>$6% of evap. energy condensing unit uses to remove heat:$U?%D# $%$ 1/(C.O.P.)$ %@%8annual bonus energy saved indirectly by condensing unit:%V@@& D"D$%kwh/yr%%(% direct evap savings * (1/C.O.P.)% &;&3total annual energy saved by controlling evap fans:&V9UH@' D"D%&kwh/yr&%3&+direct evap savings + condensing unit bonus& '.'&annual evaporator energy cost savings:'<("Q~@Q D&D  '/year'%$'kwh/yr saved * average $/kwh' (.(&installed cost for evaporator control:)(7 @iDhDhDhD} (%&(material + tax + ship. + labor( )=)2payback (before rebate) for Basic Freeaire System:){@[ D(D' )years)%)installed cost/yearly savings) *;*3number of reach-in doors with anti-fogging heaters:~ *.@ *doors* *count* ++amps (per door):~ +T@ +amps++nameplate or meter+ ,&, volts:~ ,^@ ,volts,,nameplate or meter, --total kilowattage:(-T ףp= ?/D*D+D, -kw-'-# of doors * amps * volts /1000- .;.3# of added days heaters can be off without fogging:~ .r@. days/year...&assume 300 w/air conditioning; 200 w/o. //annual energy saved: #/V@@0 D-D./kwh/yr/"/kilowats * days * 24 hours/ 050-annual energy cost savings for door heaters: 0W8!Kā@2 D/D  0/year0-0%kwh/yr saved * wintertime energy cost0 1;13number of months heaters can stay off entire month:~ 1@ 1mo/yr1-1%assume 7 with air conditioning; 5 w/o1 2/2'annual demand savings for door heaters:>2W{Gzb@3(Di  BD1D  2kw202(# of months * winter demand charge/month2 3,3$annual energy & demand cost savings:3Wҽsc@E D0D2 3/year3%3add energy and demand savings344Payback period4!54TepiE44E44E44E44 4years 4''! 5/5'installed cost for door heater control:)5e@DmDmDmD 5&5material + tax + ship. + labor5 6;60payback (before rebate) for Door Heater Control:6b9?  D5D3 6years6%6installed cost/yearly savings6 7<74total full load amps (rla or fla) for compressor(s):~ 75@ 7amps707(nameplate or meter (ave./leg if 3 phase)7 88compressor voltage:~ 8 j@ 8volts88nameplate or meter8 99 power factor:~ 9@U@ 99 assumed value9 : ::phase factor: ~ :e@ :.:&1 if single phase, 1.73 if three phase: ;;compressor kilowatts:.;TTl@?D8D7D:D9 ;kw;1;)amps*volts*power factor*phase factor/1000; </<'total amps for one condensing fan/unit:~ < b@ <amps<<nameplate or meter< =!=condensing fan(s): volts:~ =l@ =volts==nameplate or meter= >> power factor:~ >@U@ >> assumed value> ?3?+kilowatts for a single condensing fan/unit:(?TMSt$?@D=D<D> ?kw?$?amps*volts*power factor/1000?Dklz~ff@YAj0B@OC DpE{FZG HpFI@{JKL؁M N@ O{ P,@Q@R @S@T@؁UZVW{XgYL HZ[8\Te]4^@ _! @&@condensing unit(s): kilowatts:@C3@C D;D? @kw@3@+add compressor and condensing fan kilowatts@ A@A8condensing unit % runtime in winter without outside air:~ AD@ A%A40% if inside, 30% if outsideA B5B-days/yr outside air takes over refrigeration:~ Ba@Bdays/yrB(B see chart in outside air sectionB C:C2energy/winter saved by having condensing unit off:(CXt@HD@DADBCkwh/yrC.C&kilowatts*% runtime*# of days*24 hoursC D.D&hrs/winter reduced evap fan operation:)Dc`@SDDDB DhrsD5D-% of evaporator runtime* # of days * 24 hoursD E4E,energy/winter saved by having evap fans off:EXQI@; DDD Ekwh/yrE#E(evap kw - circ kw) * hoursE F&Foutside air system: kilowatts:FY+? FkwF&Fuse .186 for each pair of fansF GGwintertime % runtime:~ G? GGuse 50% if average G H"H energy/winter to be used:(HZHzs@IDBDFDGHkwh/yrH4H,% runtime * kilowatts * # of days * 24 hoursH I8I0net energy saved per year by outside air system:$Io@JDCDEDHIkwh/yrI5I-condensing unit kw + evap kw - outside air kwI J$Jannual energy cost savings: Jc~X@L DID  J/yearJJwinter $/kwh * kwhJ K9K1# of months compressor can stay off entire month:~ K@ Kmo/yrK2K*assume condensing unit can be switched offK LLwinter demand savings:/LW"$fdt@MD@D DFDKD  L$/kwL7L/(cond. kw + evap. kw - out. air kw)*winter $/kwL M3M+annual outside air energy & demand savings:M; u9@ DJDL M/yearM+M#energy $ savings + demand $ savingsM N.N&installed cost for outside air system:)N@vDuDuDuD N&Nmaterial + tax + ship. + laborN O:O/payback (before rebate) for Outside Air System:O@) DNDM OyearsO%Oinstalled cost/yearly savingsO P<P4PSC replacement evaporator fan motor wattage (each):~ PV@ PwattsPP tested valueP Q"Qwattage reduction per fan:QZO@R DDP QwattsQ5Q-original evap. motor wattage less psc wattageQ R3R+total evaporator fan kilowattage reduction:#R[uq -?D DQDv RkwR%R# of evap fans * wattage/1000R S"Shours of yearly operation:#Sddffff@T >"D!DD ShoursS'6S.8766 hours - hours evaporator fans not runningS T 6T.annual energy saved directly by PSC evap fans:TR8*@U DRDSTkwh/yrT 2T*Kw reduction * # of hours reduced runtime T U:U2annual energy saved indirectly by condensing unit:UZ5miw@V DTD$Ukwh/yrU(U direct evap savings * (1/C.O.P.)U V.V&total annual energy saved by PSC fans:VZ\7@W DTDUVkwh/yrV3V+direct evap savings + condensing unit bonusV W8W0annual psc evaporator motor energy cost savings:WWMKYQ@  DVD  W/yearW&Wkwh/yr savings * average $/kwhW X+X#annual demand savings for PSC fans:*XW~(\T@YDRD  DK X/yearX-X%kw savings * # of month evap fans runX Y,Y$annual energy & demand cost savings:YW b@  DWDX Y/yearY+Y#energy $ savings + demand $ savingsY Z#Zinstalled cost of PSC fans:)ZW0@DxDxDxD Z&Zmaterial + tax + ship. + laborZ [<[1payback (before rebate) for PSC Evap. Fan Motors:[S6@$+@4 DZDY [years[%[installed cost/yearly savings[ \#\Installed Cost Calculation:\2]*items purchased from R. H. Travers Company ]]material]] Shippping] VT Sales tax^quantity^item #^item description^ ^@ ^total^(varies)^ only Vermont _6@_3%_4Cooler Controller, model 2000~ _0@_8`__g LL_aD__ shipmentsDpltI`Yaj0bOc dpe{fZg hpFi@{jkl؁m n o{pqr st؁uZvw{xg yL H(z{8|e}4~  `?6@`3%`4Cooler Controller, model 2001~ `0|@`8|@a_~ ` @`~ a a6568-a3"a4sensor extension wire (ft)~ a0?a8b_$acDa)\(?b?6@b3 b4downflow circulating fan~ b0 l@b8 l@c_~ b@b3c6@c3c4upflow circulating fan~ c0 l@c8d_cdDc cd60@d5+d4#24" long x 10"diam. 24ga. duct pipe~ d02@d8e_deDdde6h@e5&e410"diam. 24ga. duct pipe elbow~ e03@e8f_efDef6@f3(f4 DPDT power relay with dust cover~ f0O@f8g_fgDfg6@g5(g4 SPST power relay with dust cover~ g2H@g9h_ghDggh]?AB*h"Basic Freeaire System subtotals!h<@h %_g!h;.@} %_g8$hX@_Dh?i?60@i3i4door heater humidistat~ i>@P@i7@P@j DiDii@jDiij$@6Ё@j3j4humidistat wire (ft)~ j@$@j8?k DjDj$j?kDj?jk6@k3(k4 DPDT power relay with dust cover~ k0O@k8l DkDkkmDkkl6@l5(l4 SPST power relay with dust cover~ l2H@l9m DlDl~ llm]?AB(m"Door Heater Control subtotals!m<P@i %il!m:@m %il$mgfffff @Dm?n?6~@n3n4outside air package~ n>8@n=8@o DnDn~ n8@n4o?oDn  Bo6568-30o3(o4 temperature sensor on a 30' wire~ o0K@o/K@poot LL~ o?op6x@p3p4 summer plug~ p0F@p/qopqDppq6(@q5(q4 2"x16" pleated disposable filter~ q0$@q/roqrDqqr6@r5$r410" cast aluminum angle ring~ r0<@r/sorsDrr~ ss6506-boxs5*s4"10" insulated (R6) flex-duct (25')~ s0M@s/tostDsst6`@t5t4adjustable elbow~ t2@P@t1uotuDttu]?AB'u"Outside Air System subtotals!u<@p %nt !u;9@u %nt<$uT@NDu?v @6@v3 v4PSC evaporator fan motor~ v>[@v7@w DvDv~ v0@vw6@w5w410" clockwise fan blade~ w27@w9x DwDw~ wwx]?AB.x"#PSC Evaporator Fan Motors subtotalsx=@x DvDwx:0@Z DvDw$xF@xDx?y^C`a;y\3Totals for items purchased from R.H.Travers Company)yEw@DhDmDuDx)y.M@6DhDmDuDx)yk@yDhDmDuDxzD*z"Items Purchased Locally: estimatesz{HIJI${_Basic Freeaire System labor:~ {Y@{|KFFY|QBasic Freeaire System misc. materials (wire, conduit, electrical supplies, etc.):~ |I@|}L)()?}G4Basic Freeaire System locally purchased items total:}bb@( D{D|}~KFFMHIJI _Door Heat Control labor:~ R@D$lNTY j0O p{Z! pF@{؁  { ؁Z{gKFFUMDoor Heat Control misc. materials (wire, conduit, electrical supplies, etc.):~ 9@L)();G0Door Heat Control locally purchased items total:bY@5 DDHIJI!_Outside Air System labor:~ i@KFF91Pumpdown compressor control (solenoid) and labor:~ KFF_WOutside Air System misc. materials (wire, conduit, electrical supplies, ducting, etc.):~ R@L)()<G1Outside Air System locally purchased items total:$b0q@nDDDNOPONQAPSC Evaporator Fan Motor replacement labor (no materials needed):@d@_Dv                  6.QiYj0O p{Z pF@{؁  { ؁Z{gL H8E4                                 DlYj0O p{Z pF@{؁  { ؁Z{gL H8E4                                 DlYj0O p{Z pF@{؁  { ؁Z{gL H8E4                                 DlYj0O p{Z pF @{   ؁   { ؁Z{gL H8E4                                      Dl Y!j0"O# $p%{&Z' (pF)@{*+,؁- . /{012 34؁5Z67{8g9L H:;8<E=4> ?  ! !" 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