TC.230.07.MAR2014 SolarBoiler™TechnicalSpecifications;page1of8
Solar Boiler ™
SolarDomesticHotWaterSystemTechnicalSpecificationsSRCCCertification#100-2006-005A–CSA#243150
Thermo Dynamics Ltd.101 Frazee AvenueDartmouth,NovaScotiaCanada,B3B-1Z4Tel:(902)468-1001Fax:(902)468-1002Email:[email protected]
A. General Information1.0 System Description:
The Thermo Dynamics Solar Boiler™systemisarevolutionaryconceptinsolardomesticwaterheatingsystems.Itisasolarpreheat system using the external Side-Arm™heat exchange system pioneeredbyThermoDynamicsandtheMicro-Flo®collector system for unsurpassed heatexchangeefficiency.
1.1 Warranties:Thermo Dynamics Ltd. warranties theMicro-Flo® collectors and Solar Boiler™heatexchangemoduleforten(10)years,all other components are warranted forone(1)year.
1.2 System Options:Micro-Flo®collectorsareavailablein1.2mx2.4m,(4'x8').TheSolarBoiler™systemcan have either one or two Micro-Flo®collectors installed. Collector mountinghardwareisavailableforeitherslopedorflatroofinstallations.
2.0 Product Use:Yearrounddomesticandsmallcommercialhotwaterpreheatsystems.Idealforremotelocations where power electrical powerconsumptionislimitedorunavailable.
2.1 Geographic and Climatic Limitations:None.Freezeprotection,usingfoodgradeantifreeze,protectsthesystemincoldcli-mates. Inhotclimatesover temperatureprotection is provided by thermostaticsystemshutoff.
PV Module
SSeriesLFPSolarCollectors
Solar Boiler™ Module SolarStorageTank
SB64-9PVmoduleonly
3002009051A-SB32-9PV3002009051B-SB64-9PV
243150-F379
e-MagSolarPump™
TC.230.07.MAR2014 SolarBoiler™TechnicalSpecifications;page2of8
Solar Boiler ™
SolarDomesticHotWaterSystemTechnicalSpecificationsSRCCCertification#100-2006-005A–CSA#243150
SB32-9PV (1-collector system)
SB64-9PV (2-collector system)
3.0 Thermo Dynamics Ltd.’s Experience:ThermoDynamicsLtd. (TDL) isaCana-dian company engaged in the research,development,production,distributionandinstallation of solar thermal equipment.The company has been involved in thesolar thermal industry since 1981 andoperatesfromitsheadofficeandfactoryinDartmouth,NovaScotia,Canada,thesistercityofHalifaxsituatedontheAtlanticcoast.Thecompany’sspecializationistheglazedliquid-flat-plate(LFP)collectorswithmetalabsorbers.TDLisafullyintegratedsolarthermalcompanywiththeabilitytoconvertrawaluminumandcopperintoahightech-nologysolarwaterheatingsystem.
ThermoDynamicsLtd.,asaworldleaderin solar technology, manufactures andmarkets solar heating equipment fromcompletesystemstobasicselectivesurfacecomponentsforO.E.M.’slicensees,dealersanddistributorsthroughoutNorthAmerica,Europe,Africa,NewZealand,aswellas10othercountriesaroundtheworld.
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SHEET 1 OF 1
DRAWN
DESIGNED
APPROVED
MFGPLA
TLA
PLA
SEPT 2011
PART NUMBER
TITLE
Solar Boiler Module with Solar Tank
PROJECT
Solar Boiler SystemSCALE
Thermo Dynamics Ltd.101 Frazee Avenue, DartmouthNova Scotia, Canada, B3B 1Z4
Tel: +1 (902) 468-1001 Fax: +1 (902) 468-1002www.thermo-dynamics.com
REV
PRS
FILE: SolarBoilerSystem.idw
5'-0"
2'-8"
1134" 1'-111
2"
2'-1114"
1'-214"
1'-1112"
Hot water OUT 3/4" MPT
Cold water IN3/4" FPT
Glycol IN port3/8" compression nut
Glycol OUT port3/8" compression nut
5'-212"
2'-414"
Pressure relief valve, 60 PSI (PRV)
Drain valve3/4" hose fitting
Solar Boiler Modulewith e-Mag Solar Pump
270 L storage tank
Glycol drain port
Water drain valve(for back flushing)3/4" hose fitting
Allow 8" above tank forplumbing connections
Temperature pressure relief valve (TPRV)with discharge tube
3/4" union
3/4" union
Temperature sensor wellwith storage sensor
4.0 SystemConfiguration:The Solar Boiler™ is available in twoformats: SB32-9PV SB64-9PVAll systems come with a Solar Boiler™module,S-Seriescollector(s),atubingkittoconnecttheSolarBoiler™moduletothecollector,andaflushmountingkit forthecollector.A270literstoragetankisincludedwiththesystem.
4.1 Shipping Information:System: Weight:SB32-9PV 94kg(206lbs)SB64-9PV 141kg(310lbs)
TC.230.07.MAR2014 SolarBoiler™TechnicalSpecifications;page3of8
Solar Boiler ™
SolarDomesticHotWaterSystemTechnicalSpecificationsSRCCCertification#100-2006-005A–CSA#243150
Thermo Dynamics Ltd.101 Frazee AvenueDartmouth,NovaScotiaCanada,B3B-1Z4Tel:(902)468-1001Fax:(902)468-1002Email:[email protected]
B. Collector Array1.0 Micro-Flo® Collectors:
Thermo Dynamics S32 flat plate liquidcollectorsaresingleglazedwith low-irontemperedglass.Theabsorberconsistsofasingleserpentinealuminumfinwithanintegralcoppertube,whichiscompletelysurrounded by the aluminum andmetal-lurgicallybondedtogether.Thebackandsidesareinsulatedwitha25mm(1")layerofcompressedfiberglass.Thecollectorframeisextrudedaluminumwithabaked-enamelfinish,(darkbrown).Collectormountingisbywayofaslidingbolt-track.Flushandrackedcollectormountingformatsareeasilyaccommodated.
1.1 Options:Factoryinstalledtemperaturesensors.
1.2 Dimensions:S32: 1.20mx2.47mx0.086m (47-3/8inx97-3/8inx3-3/8in) Grossarea:2.96m2(31.9ft2) Aperturearea:2.78m2(30.0ft2) Absorberarea:2.87m2(30.9ft2 Liquidcapacity:0.389L(0.086IG)
1.3 Weight:Model Net ShippingS32 45kg(99lb) 55kg(120lb)
1.4 More Information:SeetheThermoDynamicspublication“SSeriesSolarCollectors-TechnicalSpeci-fications (TC.201.03.JAN/09)” for morecompletespecificationsontheMicro-Flo®collectors.
1.20m (47-3/8")
2.4
7m (9
7-3/
8")
3.0
8m (1
21-3
/8")
1.20m (47-3/8") 0.086m (3-3/8")
CollectorThermalEfficiency
(Ti-Ta)/G(°C•m2/W)
0.0
0.1
0.2
0.3
0.4
0.5
0.6
0.7
0.8
0.9
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Efficiency
1storder:η=0.694-4.809(Ti-Ta)/G2nd order: η=0.685-3.759(Ti-Ta)/G-0.0150(Ti-Ta)2/G
TC.230.07.MAR2014 SolarBoiler™TechnicalSpecifications;page4of8
Solar Boiler ™
SolarDomesticHotWaterSystemTechnicalSpecificationsSRCCCertification#100-2006-005A–CSA#243150
e-Mag Solar Pump™
2.3 Leak Detection:Theglycol reservoir in theSolarBoiler™modulewilloverflowontothefloor.Propyl-eneglycolisclear(olderpropyleneglycolmaybeslightlygreenand/orbrown).Thefluid has an oily, slippery feeling whenrubbedbetweenyourfingers.
2.4 High Temperature Limit:A high temperature limit sensor installedontheSolarBoiler™modulepreventsthestoragetankfromexceeding82°C(180°F).An adjustable tempering valve can beinstalledonthehotwateroutletifrequiredbythelocalplumbingcode.
2.5 Over Temperature Protection:Theboilingpointof40/60%aqueoussolu-tion of Propylene glycol/distilled water is105°C (221°F). The maximum recom-mendedbulktemperatureis163°C(325°F)and the maximum recommended filmtemperatureis191°C(375°F).TheSolarBoiler™isequipedwitha414kPa,(60psi)pressurreliefvalve(PRV)onthesolarloop.Intheeventofapumpfailingtocirculatetheglycolonahotsunnyday, theglycolexpands in thesolarcollector, increasingthepressureinthesolarloop,andtherebyincreasingtheboilingpointoftheglycoltopreventboiling.
2.6 Corrosion Protection:Inthecollectorloop,thepropyleneglycol,whenthepHisapproximately5-7,isnonaggressive. Allwettedpartsarecopper,stainlesssteel,carbonandbrass.
3.0 Pump Description:Thee-MagSolarPump™isabrassbody,vane-type, positive displacement pump.The pump has special clearances andethelyene-propylenesealsforhightempera-tureprotection. Ithasamaximumoutputpressureof500kPa(73psi).Thenominalflowrateis1.2L/min.(0.32USGPM).ThepumpisdrivenbyanefficientbrushlessDCmotor.Nominalpowerconsumptionis18watts(1/40hp).
3.1 Maximum Operating Temperature:88°C(190°F)
3.2 Maximum Operating Pressure:414kPa(60psi)
4.0 Piping:TheconnectionbetweentheSolarBoiler™moduleandthesolarcollectorsismadewithsoftcoppertubing
4.1 Copper Tube Kit:Acoppertubekitissuppliedforconnectingthe solar collectors to the Solar Boier™module.Thekitconsistsoftwo9.53mm(3/8") copper tubes, Armaflex™ foaminsulation,and16/4communicationwire.Theinsulationisputonthecoppertubingonsitebytheinstaller.
C. Liquid Handling System1.0 General Description:
TheSolarBoiler™moduleisaShellandCoil™allcopperheatexchangerandglycolreservoir. The heat transfer fluid in thesolarloopcirculatesfromthereservoirtothesolarcollectorsandbackthroughthecoilsof theheatexchangerbyapositivedisplacement pump. The solar loop isclosed fromtheatmosphere. A414kPa(60 psi) pressure relief valve is installedforsafety.Circulationontheshellorwatersideoftheheatexchangerisgeneratedbynaturalcirculation.
2.0 Principles of Operation:
2.1 Freeze Protection:Freezeprotectionisprovidedbyasolutionof 40%PropyleneGlycol USP and 60%distilledwaterinthesolarloop.Propyleneglycols freezing point is -19°C (-2.4°F).Thewaterinthesystemstartstoformicecrystalsandpumpingbecomesdifficult.The40/60aqueoussolutionofPropyleneGlycolprovidesburstprotectionto-51°C(-60°F).
2.2 Contamination Protection:The Solar Boiler™ module operates atatmosphericpressure. Thestorage tankisatcitywaterpressureandthewaterwillflowintotheSolarBoiler™moduleifthereisaleakintheheatexchanger,dilutinganddispellingthesmallvolumeofheattransferfluidfromthesystem.Propyleneglycolisnontoxicfoodgradeapprovedheattransferfluidand iscompatiblewithasinglewallheatexchanger.
TC.230.07.MAR2014 SolarBoiler™TechnicalSpecifications;page5of8
Solar Boiler ™
SolarDomesticHotWaterSystemTechnicalSpecificationsSRCCCertification#100-2006-005A–CSA#243150
Thermo Dynamics Ltd.101 Frazee AvenueDartmouth,NovaScotiaCanada,B3B-1Z4Tel:(902)468-1001Fax:(902)468-1002Email:[email protected]
2.3 DurabilityHot water in contact with copper tubinghas shown a life expectancy in excessof 30 years. Corrosion inhibitors on thepropylene glycol heat transfer fluid offerexcellentprotectioninthecollectorloop.
2.4 Pressure Rating:The Shell-and-Coil™ heat exchanger istestedto300psionthecitywatersideand120psionthecollectorside.
3.0 Storage TankTheSolarBoiler™moduleisdesignedtoworkwithmanycommerciallyavailablestor-agetanks.Minimumsolarstorageis272L(72USG)ofwater.Tanksmustbesuitableforhotwaterserviceandhaveat least2ports(19mm,3/4")atthetopofthetankandonebottomport.Mostelectricwaterheatertanksaresuitable.Electricelementsmustnotbeactivated.
Cut-out view of storage tank and heat exchanger
D. Controls1.0 General Description:
TheSolarBoiler™usesaproportionalcon-trolstrategy,achievedbythevariableoutputofa20Wphotovoltaicmodule.ThevariablecollectorflowrateandthermosyphonicflowbetweentheSolarBoiler™andthestoragetankensurethathighqualitywaterissup-pliedtotheauxiliaryheaterthroughouttheyear.ThePVmoduledrivestheDCmotorthroughalinearcurrentboostertoensuregoodperformanceatlowlightlevels.
1.1 Trade NamesPVModule:BPSolarS320Jphotovoltaicmodule
LCB:Delta-TBoosterII,manufacturedbyThermoDynamicsLtd.
2.0 PV Module:TheBPSolar20WattPVmoduleisusedtodrivetheDCmotor.Themodulehas36single-crystalsiliconsolarcellsconnectedinseries,andweighs2.95kg(6.5lb)andhasoutsidedimensionsof421mm(16.6")x502mm(19.8").Themoduleselectricalspecificationsare:
CurrentatPeakPower 1.17AVoltageatPeakPower 17.1VDCTypicalPeakPower 18.0WShortCircuitCurrent 1.19AOpenCircuitVoltage 20.8VDC
3.0 Linear Current Booster (LCB) & Differential Controller:
Thee-MagSolarPump™motordriverin-cludesTDL'smostrecentLCBtechnologycompletewithdifferentialtemperaturecon-trol,fail-safeprotection,high-temperaturelimits,andanelectronicjoltingfunctiontoovercomestaticfrictionand/orminorpumpblockages.
The eMag Solar Pump™ uses a LinearCurrentBooster(LCB)tomatchthepowerdeliveryofthePVmoduletotheDCmo-torundervarying lightcondition.AtpeakirradiancethePVmodulerunsthemotorat rated speed, at lower light levels theLCBtransformsthevoltageintocurrenttoallowthemotortostart.ThemotorrunsatreducedspeedatlowerlightlevelsprovidingaproportionalcontrolfortheSolarBoiler™.Thecontrolleralsomeasuresthecollectortemperatureandthestoragetemperaturetoprovidedifferentialtemperaturecontrol.
Other features include high temperaturestorage shut off and high collector tem-peratureshutoff.
E. Heat exchanger and tank1.0 General Description:
TheSolarBoiler™usesThermoDynamicshigh performance Shell-and-Coil™ heatexchanger mounted in the Side-Arm™configuration.Thissystemprovidesahighlystratifiedstoragetank.Thestoragetankcanbeanycommerciallyavailabletankwiththecorrectconnections.
2.0 Heat Exchanger
2.1 MaterialsShell-and-Coil™heatexchangerismanu-factured entirely from copper. The heatexchangerconsistsofseveralcoppercoilsenclosedinacoppershell.Allconnectionsarebrazedandareexternaltotheshell.
2.2 Thermal PerformanceTheSolarBoiler™utilisesahighperfor-mance,Shell-and-Coil™heatexchanger.Heattransferarea:0.61m2(6.5ft2).Overall heat transfer coefficient: 380W/m2•K(67Btu/h•ft2•°F).
TC.230.07.MAR2014 SolarBoiler™TechnicalSpecifications;page6of8
Solar Boiler ™
SolarDomesticHotWaterSystemTechnicalSpecificationsSRCCCertification#100-2006-005A–CSA#243150
F. Heat Transfer Fluid1.0 Genral Description
The propylene glycol, used in the SolarBoiler™,isanontoxic,foodgradeapprovedheattransferfluid.Itiscommonlyusedinthefoodindustryforhighspeedfreezingofmeatsandpoultrythroughdirectimmersioninthefluid,aswellasanadditiveinmanyfooditemssuchassaladdressings,vanillaextract,etc.
2.0 Chemical Composition:Solution of Propylene Glycol, USP anddistilledwater.
Composition: 40%Propyleneglycol(%byvolume)60%distilledwater
pH: 7.0Colour: clear
TheSolarBoiler™modulecontains4LofthePropyleneglycol/distilledwatermixture.
3.0 Fire Safety:Noflashpointandnoncombustible
4.0 Toxicity:Propylene Glycol heat transfer fluid isgenerallyrecognizedbytheFoodandDrugAdministration (FDA) as a food additiveunderPart182and184oftheFoodAdditiveRegulations.Theregulationforpropyleneglycolis21CFR184.1666.
5.0 Durability:Maximumanticipated lifespan is5 to15years.
H. Maintenance1.0 General Description:
Theinstallationmanual,withmaintenanceandtroubleshootingprocedures,issuppliedwithsystems.
2.0 System Shut-Down and Start-Up:Thesystemdoesnotneedtobeshutdownforvacationorwinterperiods.Initialsystemstart-upshouldbecarriedoutinearlymorn-ingorlateeveningwhenthecollectorsarenotunderstagnationconditions.
3.0 Cleaning and Maintenance:Check for fluid loss in the collector loopeveryyear.CheckthepHofthecollectorloop fluid annually, and replace it if notbetween6.0and7.0.Replacethecollectorfluideveryfivetofifteenyears.Thestoragetankshouldbedrainedeveryyeartopreventsedimentation.Thebackflushingprocedurefor theheatexchangermustbe followedeveryyear.Thebackflushingprocedureislistedunder the topof theSolarBoiler™andintheinstallationmanual.
G. Installation1.0 Packaging:
TheSolarBoiler™systemisshippedinthreeor fourboxesdependingon thecollectorconfiguration.OnefortheSolarBoiler™module,onefortheLIFELINE®tubing,andoneortwoforthesolarcollectors.
1.1 Labour and Equipment:Two(2)menwitha ladderand ropecaneasilymountcollectors.Thesystemmaybeinstalledwithnormalplumber'sandcarpen-ter'stools.Specialtoolsarenotrequired.
2.0 Connection with Water Supply:Installabackflowpreventerandtemperingvalveifrequiredbylocalplumbingcode.
TC.230.07.MAR2014 SolarBoiler™TechnicalSpecifications;page7of8
Solar Boiler ™
SolarDomesticHotWaterSystemTechnicalSpecificationsSRCCCertification#100-2006-005A–CSA#243150
Thermo Dynamics Ltd.101 Frazee AvenueDartmouth,NovaScotiaCanada,B3B-1Z4Tel:(902)468-1001Fax:(902)468-1002Email:[email protected]
4.0CertificationsSolarBoilersystems,SB32-9PVandSB64-9PVareCSAcertified
4.1CSACertificationCertification#243150
4.2EnergystarCertificationTheSB64-9PVqualifiesfortheEnergystarrating
Solar Boiler™ System with auxiliary heater
I. Solar Thermal Performance Canada:1.0 Test Method:
CAN/CSAF378andT.I.L.MSE-45
1.1 Location:Bodycote Testing Group, Mississauga,Ontario.Date:February25,2009.
1.3 Details of System:Model:SB64-9PVSolarCollectors:2-S32CollectorArea:5.95m2(64.1ft2)Tank:270L(60IG)HeatExchanger:Shell-and-Coil™HeatTransferFluid:40%PropyleneGly-col/60%WaterControls:TDLDeltaTBoosterIIPVModule:BPSolarSX20U,20WattPump:TDLSolarPump™P24070M
2.0 Test Conditions:Systemtestedonindoortestbenchusingsolarsimulator.
2.1 Collector Tilt:Normaltoincidentradiation
2.2 Ambient Temperature:Tank:20°C(68°F)Collectors:15°C(59°F)
2.3 Windspeed:Day:3.3m/s(10.8ft/s)
2.4 Hot Water Load:300L/Day@55°C.(66IG/DAY@131°F)
2.5 Total Daily Solar Radiation:63.83MJ(60.50MBtu)
2.6 Solar Output:27.22MJ/day(25.81MBtu/day)9.94GJ/year(9.42MMBtu/year)
3.0 Simulated System Performance CanadaThesystemreferredtoinsection1.3wassimulatedusingWATSUN12.1andTMYweatherdata.
3.1 Simulation Results CanadaHalifax:2,982kWh,(10.2MMBtu)Ottawa:3,286kWh,(11.2MMBtu)Victoria:2,997kWh,(10.2MMBtu)
Ballvalve#1(NC)Ballvalve#2(NO)
Ballvalve#3(NO)
TC.230.07.MAR2014 SolarBoiler™TechnicalSpecifications;page8of8
Solar Boiler ™
SolarDomesticHotWaterSystemTechnicalSpecificationsSRCCCertification#100-2006-005A–CSA#243150
4.0CertificationsSolarBoilersystems,SB32-9PVandSB64-9PVareOG-300certified
4.1SB32-9PVCertificationCertification#300-2009051A
4.2SB64-9PVCertificationCertification#300-2009051B
TheSolarBoiler™describedbythisbrochure,whenproperlyinstalledandmaintained,meetstheminimumstandardsestablishedbytheSRCC(SolarRating&CertificationCorporation).ThiscertificationdoesnotimplyendorsementorwarrantyofthisproductbySRCC.
5.0 Simulated System Performance USA:Thesystemreferredtoinsection1.3wassimulatedusingWATSUN12.1andTMYweatherdata.
5.1 Simulation Results USA:Boston:3,234kWh,(11.3MMBtu)Ft.Worth:4,931kWh,(16.8MMBtu)Denver:4,851kWh,(16.5MMBtu)Seattle:2,873kWh,(9.8MMBtu)SanFran.:4,667kWh,(15.9MMBtu)Miami:4,794kWh,(16.3MMBtu)Chicago:3,586kWh,(12.2MMBtu)
J Solar Thermal Performance USA1.0 Test Method:
SRCC Dosument OG-300, OperatingGuidelines and Minimum Standards forCertifyingSolarWaterHeatingSystems.
1.1 Location:Bodycote Testing Group, Mississauga,Ontario.Date:February25,2009.
1.2 Details of System:Model:SB64-9PVSolarCollectors:2-S32CollectorArea:5.95m2(64.1ft2)Tank:270L(60IG)HeatExchanger:Shell-and-Coil™HeatTransferFluid:40%PropyleneGly-col/60%WaterControls:TDLDeltaTBoosterIIPVModule:BPSolarSX20U,20WattPump:TDLSolarPump™P24070M
2.0 Test Conditions:Systemtestedonindoortestbenchusingsolarsimulator.
2.1 Collector Tilt:Normaltoincidentradiation
2.2 Ambient Temperature:Tank:20°C(68°F)Collectors:14°C(58°F)
2.3 Water Mains Temperature:14°C(58°F)
2.4 Hot Water Load:43.3 MJ/day @ 57°C. (41,045 Btu/day@135°F)
2.5 Total Daily Solar Radiation:4,733Wh/m2-day(1,500Btu/ft2-day)
2.6 Solar Rating:
SB32-9PVSolarEnergyFactor:1.5
SB64-9PVSolarEnergyFactor:2.3