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webs tore i ec ch /cs c Si vous désirez nous donner des commentaires sur cette publication ou si vous avez des questions contactez-nous: csc@iec.ch I E C 60 4-3 ® Edition 3.0 201 6-04 I N TE RN ATI ON AL S TAN D ARD N ORM E I N TE RN ATI ON ALE Ph otovol tai c d evi ces – Part 3: M eas u rem en t pri n ci pl es for terres tri al ph otovol tai c (P V) s ol ar d evi ces wi th referen ce s pectral i rrad i an ce d ata D i s pos i ti fs ph otovol taïq u es – Parti e : Pri n ci pes d e m es u re d es d i s pos i ti fs s ol res ph otovol taïq u es (P V) u s ag e terres tre i n cl u an t l es d on n ées d e l ' écl rem en t s pectral d e référen ce INTERNATIONAL ELECTROTECHNICAL COMMISSION COMMISSION ELECTROTECHNIQUE INTERNATIONALE ICS 27.1 60 ISBN 978-2-8322-3294-1 Warn i n g ! M ake s u re th at you ob tai n ed th i s pu bl i cati on from an au th ori zed d i s tri bu tor Atten ti on ! Veu i l l ez vou s as s u rer q u e vou s avez o bten u cette pu bl i cati on vi a u n d i s tri b u teu r ag réé ® Registered trademark of the International Electrotechnical Commission Marque déposée de la Commission Electrotechnique Internationale –2– I EC 60904-3: 201 © I EC 201 CONTENTS FOREWORD Scope an d obj ect N orm ati ve references Measurem ent pri ncipl es Reference solar spectral irrad i ance d istribu ti on Ann ex A (inform ati ve) U se of SMARTS 58 Bibl iograph y 59 Figu re – G l obal and d irect reference solar spectral irrad i ance d istri buti on l isted i n Table 57 Table – Reference sol ar spectral irrad iance d istri bu tion Tabl e A – I nput data for g enerati on of reference solar spectral irrad i ance d istri bu tion 58 I EC 60904-3: 201 © I EC 201 –3– I NTERNATI ON AL ELECTROTECH NI CAL COMMI SSI ON PHOTOVOLTAIC DEVICES – Part 3: Measurement principles for terrestrial photovoltaic (PV) solar devices with reference spectral irradiance data FOREWORD ) The I n tern ati on al El ectrotechni cal Comm i ssi on (I EC) i s a worl d wi d e organi zati on for stan dard i zati on com pri si n g al l n ati on al el ectrotech ni cal com m i ttees (I EC N ati on al Com m i ttees) Th e obj ect of I EC i s to prom ote i n ternati on al co-operati on on al l q uesti on s concern i ng stan d ard i zati on i n the el ectri cal an d el ectroni c fi el d s To thi s en d and i n ad di ti on to other acti vi ti es, I EC pu bl i sh es I nternati onal Stan d ard s, Techn i cal Speci fi cati ons, Tech ni cal Reports, Publ i cl y Avai l abl e Speci fi cati on s (PAS) an d Gu i des (h ereafter referred to as “I EC Publ i cati on(s)”) Th ei r preparati on i s entru sted to tech n i cal com m i ttees; any I EC N ati onal Com m ittee i nterested i n th e su bj ect deal t wi th m ay partici pate i n thi s preparatory work I nternati onal , governm ental an d n on governm en tal organ i zati ons l i si ng wi th th e I EC al so parti ci pate i n thi s preparati on I E C col l aborates cl osel y wi th th e I ntern ati on al Organ i zati on for Stand ard i zati on (I S O) i n accordan ce wi th di ti ons d eterm i n ed by agreem ent between th e two organi zati ons 2) The form al deci si on s or ag reem ents of I EC on tech ni cal m atters express, as n earl y as possi bl e, an i ntern ati onal sen su s of opi n i on on the rel evan t su bj ects si nce each techn i cal com m i ttee h as represen tati on from al l i nterested I EC N ati onal Com m ittees 3) I EC Pu bl i cati ons h ave the form of recom m end ati ons for i n tern ati onal u se an d are accepted by I EC N ati onal Com m i ttees i n that sen se Whi l e al l reasonabl e efforts are m ade to en su re that th e tech ni cal content of I EC Publ i cati ons i s accu rate, I EC can n ot be h el d respon si bl e for th e way i n wh i ch th ey are used or for an y m isi nterpretati on by an y en d u ser 4) I n ord er to prom ote i ntern ati onal u ni form i ty, I EC N ati on al Com m i ttees u nd ertake to appl y I EC Publ i cation s transparentl y to the m axi m um exten t possi bl e i n th ei r nati on al an d regi on al pu bl i cati ons Any d i vergen ce between an y I EC Publ i cati on and th e correspond i n g nati onal or regi on al publ i cati on sh al l be cl earl y i n di cated i n the l atter 5) I EC i tsel f d oes n ot provi d e an y attestati on of conform i ty I n d epen d en t certi fi cati on bodi es provi d e conform ity assessm ent servi ces and , i n som e areas, access to I EC m arks of conform i ty I EC i s not responsi bl e for an y servi ces carri ed out by i nd epen dent certi fi cati on bodi es 6) Al l users shou l d ensu re that th ey h ave th e l atest edi ti on of th i s publ i cati on 7) N o l i abi l i ty shal l attach to I EC or i ts d i rectors, em pl oyees, servants or ag en ts i ncl u di n g i n d i vi d u al experts an d m em bers of i ts tech n i cal com m i ttees an d I EC N ati on al Com m i ttees for any person al i nj u ry, property d am age or oth er dam age of any n ature whatsoever, wheth er di rect or i n di rect, or for costs (i ncl u d i n g l eg al fees) an d expen ses ari si n g out of the pu bl i cati on, use of, or rel i an ce upon, th is I EC Pu bl i cati on or an y other I EC Publ i cati on s 8) Attenti on i s d rawn to th e N orm ati ve referen ces ci ted i n th i s pu bl i cati on U se of th e referenced publ i cati on s i s i n di spen sabl e for the correct appl i cati on of thi s pu bl i cati on 9) Attenti on i s drawn to th e possi bi l i ty that som e of th e el em en ts of thi s I EC Pu bl i cati on m ay be th e su bj ect of patent ri g hts I EC shal l n ot be h el d responsi bl e for i d en ti fyi n g any or al l su ch paten t ri ghts I n tern ati on al Stan d ard I EC 60904-3 h as been prepared by I EC techn ical comm ittee 82: Sol ar ph otovoltaic energ y system s This th ird ed iti on cancels an d repl aces the second ed ition publ ished in 2008 Th is edi ti on constitutes a techn ical revision This ed i ti on inclu des the foll owing sig n ifican t techn ical chan ges with respect to the previ ous ed i tion: a) th e d irect beam irrad i ance correspond i n g to th e gl obal irrad iance i n Table was i nclu ded ; b) th e term “Gl obal photon i rradi ance” i n Table was ch anged to “G l obal photon fl ux”; c) th e ti tles of som e cl auses h ave been chan ged (oth ers h ave been ad d ed ) i n accord ance wi th th e usual structure of I EC stan d ards This pu bl ication contai n s an attach ed fi le in the form of an Excel spreadsh eet Th is fi l e is i nten d ed to be used as a com pl em ent an d d oes not form an integral part of th e publicati on –4– I EC 60904-3: 201 © I EC 201 The text of th is stan d ard is based on the fol lowi n g docum en ts: FDI S Report on voti n g 82/1 071 /FDI S 82/1 096/RVD Fu l l inform ation on th e voti ng for th e approval of th is stan dard can be fou nd i n th e report on voti ng in d icated in th e above table This publ icati on has been drafted i n accordance wi th th e I SO/I EC Directi ves, Part A list of all parts of th e I EC 60904 seri es, pu blish ed u nd er th e g eneral title can be fou n d on the I EC website devices, Photovoltaic The comm ittee h as deci ded that the ten ts of th is pu blicati on wi ll rem n unch anged u nti l th e stabi l i ty d ate in d icated on the I EC website un d er "h ttp: //webstore i ec ch " i n th e d ata related to th e specific pu blicati on At th is d ate, th e publ icati on wi l l be • reconfirm ed, • wi thdrawn , • repl aced by a revised ed i tion, or • am end ed I EC 60904-3: 201 © I EC 201 –5– PHOTOVOLTAIC DEVICES – Part 3: Measurement principles for terrestrial photovoltaic (PV) solar devices with reference spectral irradiance data Scope and object This part of I EC 60904 appli es to th e foll owi n g ph otovol taic devices for terrestrial appl icati ons: – – – – solar cel ls wi th or wi th out a protecti ve cover; sub-assem bl ies of sol ar cells; m odu les; and system s N OTE The term “test speci m en” is u sed to den ote an y of these devi ces The princi ples tai n ed i n th is stan d ard cover testi n g i n both n atural an d sim ulated su n li ght Photovoltaic version is spectral l y selecti ve du e to th e nature of th e sem icon d uctor m aterials used in PV solar cel ls and m od u les To com pare the rel ati ve perform ance of d ifferent PV d evices and m aterials a referen ce stan d ard sol ar spectral d istribu ti on is necessary Th is stan dard i nclud es such a reference solar spectral irrad i ance d istri bu tion This stan d ard also d escri bes basic m easu rem ent pri nciples for d eterm i n in g the electrical ou tpu t of PV d evices The pri ncipl es gi ven in th is stan dard are d esi gn ed to rel ate the perform ance rating of PV d evices to a com m on reference terrestri al sol ar spectral irrad iance d istribu tion The reference terrestri al solar spectral irrad i ance d istribu tion is g iven in th i s stan d ard i n order to classify solar sim ulators accordin g to the spectral perform ance requ irem ents tai n ed i n I EC 60904-9 Normative references The foll owing docum en ts, i n wh ole or i n part, are norm ati vel y referenced i n th is docum en t and are i n d ispensabl e for i ts appl ication For dated references, on l y the ed iti on cited appli es For un d ated references, th e l atest ed iti on of th e referenced docum en t (inclu d i ng an y am endm ents) appli es I EC 60891 , Photovoltaic devices – Procedures for temperature and irradiance corrections to measured I-V characteristics I EC 60904-1 , Photovoltaic devices – Part 1: Measurements of photovoltaic current-voltage characteristics I EC 60904-2, Photovoltaic devices – Part 2: Requirements for photovoltaic reference devices Photovoltaic devices – Part 5: Determination of the equivalent cell temperature (ECT) of photovoltaic (PV) devices by the open-circuit voltage method I EC 60904-5, Photovoltaic devices – Part 7: Computation of the spectral mismatch correction for measurements of photovoltaic d evices I EC 60904-7, –6– I EC 60904-3: 201 © I EC 201 I EC 60904-8, Photovoltaic devices – Part 8: Measurement of spectral responsivity of a photovoltaic (PV) device M easu rement pri nci pl es I n cu rrent practice th e photovol taic perform ance of a solar cel l or m odu le is d eterm i ned by exposing it at a known tem perature to stable su nli gh t, n atural or sim ulated, and m easuri n g its curren t-vol tage (I -V) ch aracteristic curve wh i l e measuri ng the m agn itu d e of both th e i nci d en t irrad iance and the PV d evice tem perature Detai led I -V cu rve m easurem en t procedures are incl u ded in I EC 60904-1 The m easured perform ances can th en be corrected to stan dard test d iti ons (STC) or oth er desired d iti ons of irrad i ance an d tem perature accord in g to I EC 60891 The corrected power outpu t at th e m axim um power vol tage an d STC is com m onl y referred to as th e rated power I nciden t irrad i ance can be m easured by m eans of a PV reference d evi ce (whose spectral responsi vity sh al l be known ) or, if m easurin g un der natural su n l i gh t, by m eans of a th erm opi le-type irrad i ance detector (pyran om eter) I f a PV reference devi ce is used , i t shal l satisfy th e req uirem en ts specifi ed in I EC 60904-2 Tem perature determi nation of th e PV device u nd er test shal l be m ad e accordi n g to I EC 60904-1 or I EC 60904-5 Since a sol ar cel l h as a wavelen gth-depen d en t response, i ts perform ance is sign ificantl y affected by th e spectral d istribu tion of th e i ncid ent rad iati on , wh ich i n n atural su n lig h t varies with factors such as location, weather, tim e of year, tim e of d ay, ori entati on of the recei ving surface, etc , an d with a sim ul ator varies with its type and d iti ons of use Regard less of wh eth er th e i rrad iance i s m easured with ei th er a therm opil e-type rad i om eter (that is n ot spectral l y selecti ve) or wi th a reference sol ar d evice, th e spectral irrad i ance d istribution of the incom ing l igh t shall be known i n order to use I EC 60904-7 to calcu late th e spectral m ism atch between the m easured perform ance an d th e pred i cted perform ance u nd er the g lobal or d irect reference sol ar spectral d istri bu tion d efi n ed in th i s stan d ard When the spectral responsi vity of th e PV d evi ce is known as d eterm i ned accordi n g to I EC 60904-8, it is also possibl e to use I EC 60904-7 to com pute th e perform ance of th at PV device wh en exposed to l i gh t of an y kn own spectral irrad i ance d istribu ti on Reference sol ar spectral i rradi ance di stri bu ti on The reference sol ar spectral d istributi ons AM1 are gi ven i n Tabl e and Fi gure Th ese are – – g lobal d istributi on (d irect + diffuse) of su nl i ght, correspond i ng to an i ntegrated irrad iance of 000 W· m –2 i ncident on a sun-facin g pl an e surface tilted at 37º to th e h ori zontal, an d th e d irect d istributi on of sun l i gh t, correspond i n g to an i n tegrated irrad iance of 900 W· m –2 i nci d en t on a su n-facing plan e surface perpend icu l ar to th e i nci d ent su n l igh t, consi d erin g th e wavelength-d epen den t al bed o of a l igh t bare soi l , u nd er th e fol l owi ng atm osph eric d iti ons: – U S stan dard atm osphere with CO concentration increased to current level (370 ppm ), a rural aerosol m od el, an d no pol luti on ; preci pitable water: , 41 cm ; – – – ozon e conten t: 0, 343 atm -cm (or 343, DU ); turbid i ty (aerosol optical depth): 0, 084 at 500 nm ; pressure: 01 , 325 kPa (i e sea l evel) – Data contai ned i n Tabl e have been gen erated usin g th e solar spectral m od el SM ARTS, Version A g eneral descri pti on of th is m od el and its su i tabi l ity to reprod uce actu al solar I EC 60904-3: 201 © I EC 201 –7– spectral irrad iance d istri bu tions can be fou n d i n “Proposed Reference I rrad i ance Spectra for Sol ar En erg y S ystem s Testin g” by C A Gu eym ard, C M yers an d K Em ery , an d in th e references th erein Table can be obtain ed usin g th e d ata contain ed in Ann ex A as an i nput to the m od el SM ARTS Version Th e resul ti ng ou tput spectral i rrad i ance val ues h ave to be m ultiplied by a norm alizati on factor (0, 997 08) in ord er to get an i n tegrated irrad iance of 000 W· m –2 in th e wavel en gth ran ge to i nfi n ity for th e global irrad iance This sam e scal i n g factor is appli ed to th e d irect spectrum gi vi ng an i ntegrated irrad i ance of 900 W· m –2 in th e wavelen gth ran ge to i nfi ni ty 0F At th e tim e of pu blicati on of th is stan d ard th e SM ARTS Version spectral m odel code is avail abl e, free of charge, subj ect to th e author's l icen se agreem en t, at http: //www n rel gov/rredc/sm arts A copy of th e m odel, n ot for d istributi on purposes, is kept un d er I EC TC 82 trol The ten ts of Tabl e are incl u ded i n an attach ed fi l e i n th e form of an Excel spreadsheet T able – Reference sol ar spectral i rradian ce distribution 1B Wavelength Global spectral i rradi an ce Global photon fl ux Cum ulati ve global integrated i rradi an ce Direct spectral irradian ce Direct photon flux Cumul ati ve direct i ntegrated i rradi an ce (nm ) (W· m –2 · nm –1 ) (m –2 · s –1 · nm –1 ) (W· m –2 ) (W· m –2 · n m –1 ) (m –2 · s –1 · nm –1 ) (W· m –2 ) 280, 4, 71 7E-23 6, 649E-5 0, 00E+ 2, 529E-26 3, 564E-8 0, 00E+ 280, , 227E-21 , 733E-3 3, 9E-22 , 089E-24 , 537E-6 2, 78E-25 281 , 5, 673E-21 8, 025E-3 2, 04E-21 6, 07E-24 8, 640E-6 2, 08E-24 281 , , 562E-1 2, 21 3E-1 4, 25E-20 2, 740E-22 3, 883E-4 7, 21 E-23 282, , 91 E-1 , 691 E+0 3, 79E-1 2, 826E-21 4, 01 2E-3 8, 47E-22 282, 4, 530E-1 6, 443E+0 2, 53E-1 , 323E-20 , 882E-2 6, 87E-21 283, , 840E-1 2, 621 E+1 , 04E-1 6, 745E-20 9, 609E-2 3, 51 E-20 283, 3, 526E-1 5, 032E+1 2, 77E-1 , 457E-1 2, 080E-1 , 05E-1 284, 7, 246E-1 , 036E+3 3, 06E-1 4, 969E-1 7, 05E+0 2, 00E-1 284, 2, 478E-1 3, 550E+3 , 41 E-1 2, 56E-1 3, 088E+1 , 3E-1 285, 7, 991 E-1 , 47E+4 4, 94E-1 8, 974E-1 , 288E+2 4, 97E-1 285, 4, 249E-1 6, 07E+4 2, 26E-1 6, 424E-1 9, 232E+2 3, 0E-1 286, , 364E-1 , 964E+5 8, 33E-1 2, 343E-1 3, 374E+3 , 34E-1 286, 8, 358E-1 , 205E+6 4, 26E-1 , 840E-1 2, 654E+4 8, 75E-1 287, 2, 729E-1 3, 942E+6 , 64E-1 7, 234E-1 , 045E+5 4, 02E-1 287, , 087E-1 1 , 573E+7 6, 30E-1 3, 651 E-1 5, 284E+5 , 93E-1 288, 6, 21 6E-1 9, 01 E+7 3, 20E-1 2, 798E-1 4, 057E+6 , 32E-1 288, , 71 E-1 2, 485E+8 , 0E-1 9, 039E-1 , 31 3E+7 5, 37E-1 289, 5, 61 0E-1 8, 62E+8 3, 56E-1 3, 488E-1 5, 074E+7 2, 04E-1 289, 2, 069E-9 3, 01 5E+9 , 25E-9 , 532E-1 2, 233E+8 8, 54E-1 290, 5, 999E-9 8, 758E+9 3, 95E-9 5, 30E-1 7, 490E+8 3, 2E-1 290, , 374E-8 2, 01 0E+1 , 03E-8 , 326E-9 , 940E+9 9, 8E-1 291 , 3, 495E-8 5, 20E+1 2, 61 E-8 3, 885E-9 5, 691 E+9 2, 64E-9 291 , , 088E-7 , 597E+1 7, 40E-8 , 438E-8 2, 1 E+1 8, 84E-9 _ C A Gu eym ard, C Myers an d K Em ery, “Proposed Reference I rrad i ance Spectra for Sol ar En ergy S ystem s Testin g ”, Solar Energy, Vol 73, N o 6, pp 443-467, 2002 –8– I EC 60904-3: 201 © I EC 201 Wavelength Global spectral irradiance Global photon flux Cumulative global integrated irradiance Direct spectral irradiance Direct photon flux Cumulative direct integrated irradiance (nm ) (W· m –2 · nm –1 ) (m –2 · s –1 · nm –1 ) (W· m –2 ) (W· m –2 · n m –1 ) (m –2 · s –1 · nm –1 ) (W· m –2 ) 292, 2, 675E-7 3, 932E+1 1 , 97E-7 4, 067E-8 5, 978E+1 2, 72E-8 292, 4, 256E-7 6, 267E+1 4, 0E-7 7, 021 E-8 , 034E+1 6, 9E-8 293, 8, 621 E-7 , 272E+1 8, 06E-7 , 571 E-7 2, 31 8E+1 1 , 33E-7 293, 2, 264E-6 3, 345E+1 , 82E-6 4, 696E-7 6, 938E+1 3, 40E-7 294, 4, 62E-6 6, 60E+1 3, 84E-6 9, 428E-7 , 395E+1 7, 91 E-7 294, 6, 572E-6 9, 743E+1 7, 06E-6 , 592E-6 2, 360E+1 , 57E-6 295, , 225E-5 , 820E+1 , 28E-5 3, 21 5E-6 4, 775E+1 3, 05E-6 295, 2, 775E-5 4, 27E+1 2, 54E-5 7, 997E-6 , 90E+1 6, 65E-6 296, 4, 776E-5 7, 1 7E+1 4, 87E-5 , 469E-5 2, 90E+1 , 38E-5 296, 7, 1 4E-5 , 062E+1 8, 39E-5 2, 324E-5 3, 469E+1 2, 52E-5 297, 9, 652E-5 , 443E+1 , 32E-4 3, 309E-5 4, 947E+1 4, 5E-5 297, , 855E-4 2, 779E+1 2, 7E-4 6, 771 E-5 , 01 4E+1 7, 23E-5 298, 2, 890E-4 4, 336E+1 3, 59E-4 , 1 0E-4 , 664E+1 , 27E-4 298, 3, 569E-4 5, 362E+1 5, 42E-4 , 423E-4 2, 38E+1 , 99E-4 299, 4, 907E-4 7, 386E+1 7, 79E-4 2, 026E-4 3, 050E+1 2, 97E-4 299, 8, 582E-4 , 294E+1 , 8E-3 3, 728E-4 5, 620E+1 4, 70E-4 300, , 01 8E-3 , 537E+1 0, 00 4, 550E-4 6, 871 E+1 0, 00 300, , 241 E-3 , 878E+1 0, 00 5, 704E-4 8, 629E+1 0, 00 301 , , 924E-3 2, 91 6E+1 0, 00 9, 66E-4 , 389E+1 0, 00 301 , 2, 684E-3 4, 073E+1 0, 00 , 31 6E-3 , 998E+1 0, 00 302, 2, 91 2E-3 4, 428E+1 0, 01 , 453E-3 2, 209E+1 0, 00 302, 4, 272E-3 6, 505E+1 0, 01 2, 85E-3 3, 327E+1 0, 00 303, 7, 074E-3 , 079E+1 0, 01 3, 722E-3 5, 678E+1 0, 01 303, 8, 953E-3 , 368E+1 0, 02 4, 790E-3 7, 31 9E+1 0, 01 304, 9, 443E-3 , 445E+1 0, 02 5, 082E-3 7, 778E+1 0, 01 304, , 92E-2 , 827E+1 0, 03 6, 449E-3 9, 885E+1 0, 01 305, , 642E-2 2, 520E+1 0, 03 8, 908E-3 , 368E+1 0, 02 305, , 866E-2 2, 870E+1 0, 04 , 01 6E-2 , 562E+1 0, 02 306, , 852E-2 2, 853E+1 0, 05 , 01 2E-2 , 559E+1 0, 03 306, 2, 05E-2 3, 247E+1 0, 06 , 53E-2 , 780E+1 0, 03 307, 2, 777E-2 4, 291 E+1 0, 08 , 520E-2 2, 349E+1 0, 04 307, 3, 553E-2 5, 500E+1 0, 09 , 941 E-2 3, 005E+1 0, 05 308, 3, 773E-2 5, 850E+1 0, 1 2, 069E-2 3, 208E+1 0, 06 308, 4, 31 E-2 6, 41 5E+1 0, 2, 268E-2 3, 523E+1 0, 07 309, 4, 042E-2 6, 287E+1 0, 2, 223E-2 3, 458E+1 0, 08 309, 4, 31 8E-2 6, 728E+1 0, 2, 360E-2 3, 678E+1 0, 31 0, 5, 079E-2 7, 926E+1 0, 20 2, 775E-2 4, 330E+1 0, 1 31 0, 6, 535E-2 , 022E+1 0, 23 3, 577E-2 5, 592E+1 0, 31 , 8, 268E-2 , 294E+1 0, 27 4, 526E-2 7, 086E+1 0, 31 , 8, 384E-2 , 31 5E+1 0, 32 4, 602E-2 7, 21 7E+1 0, 31 2, 9, 31 0E-2 , 462E+1 0, 36 5, 075E-2 7, 971 E+1 0, 20 – 06 – I EC 60904-3: 201 © I EC 201 Longueur d’ onde Éclairem en t spectral global Flux ph otonique global Éclairem en t i ntégré cumul é global Écl remen t spectral di rect Flux photon ique direct Écl remen t intégré cumu lé direct (n m ) (W· m –2 · nm –1 ) (m –2 · s –1 · nm –1 ) (W· m –2 ) (W· m –2 · n m –1 ) (m –2 · s –1 · nm –1 ) (W· m –2 ) 2265, 6, 794E-2 7, 747E+1 980, 54 6, 71 6E-2 7, 658E+1 880, 64 2270, 6, 468E-2 7, 391 E+1 980, 87 6, 395E-2 7, 308E+1 880, 96 2275, 6, 383E-2 7, 31 E+1 981 , 6, 31 2E-2 7, 229E+1 881 , 28 2280, 6, 61 0E-2 7, 586E+1 981 , 52 6, 536E-2 7, 502E+1 881 , 60 2285, 6, 290E-2 7, 235E+1 981 , 84 6, 221 E-2 7, 56E+1 881 , 92 2290, 6, 304E-2 7, 267E+1 982, 6, 235E-2 7, 88E+1 882, 22 2295, 6, 09E-2 7, 058E+1 982, 46 6, 043E-2 6, 981 E+1 882, 53 2300, 5, 865E-2 6, 791 E+1 982, 75 5, 802E-2 6, 71 8E+1 882, 82 2305, 5, 900E-2 6, 846E+1 983, 04 5, 837E-2 6, 773E+1 883, 1 231 0, 6, 368E-2 7, 406E+1 983, 35 6, 301 E-2 7, 327E+1 883, 42 231 5, 5, 797E-2 6, 756E+1 983, 66 5, 736E-2 6, 685E+1 883, 72 2320, 5, 88E-2 6, 059E+1 983, 92 5, 34E-2 5, 996E+1 883, 97 2325, 5, 605E-2 6, 560E+1 984, 5, 546E-2 6, 492E+1 884, 24 2330, 5, 666E-2 6, 646E+1 984, 47 5, 607E-2 6, 576E+1 884, 52 2335, 5, 780E-2 6, 794E+1 984, 76 5, 720E-2 6, 723E+1 884, 81 2340, 4, 570E-2 5, 384E+1 985, 01 4, 523E-2 5, 329E+1 885, 05 2345, 5, 25E-2 6, 050E+1 985, 24 5, 072E-2 5, 988E+1 885, 28 2350, 4, 42E-2 4, 899E+1 985, 47 4, 00E-2 4, 850E+1 885, 51 2355, 4, 734E-2 5, 61 2E+1 985, 68 4, 685E-2 5, 554E+1 885, 72 2360, 5, 009E-2 5, 951 E+1 985, 94 4, 958E-2 5, 890E+1 885, 97 2365, 4, 927E-2 5, 865E+1 986, 4, 877E-2 5, 806E+1 886, 22 2370, 3, 073E-2 3, 666E+1 986, 36 3, 043E-2 3, 630E+1 886, 40 2375, 4, 402E-2 5, 263E+1 986, 54 4, 358E-2 5, 21 0E+1 886, 57 2380, 4, 243E-2 5, 083E+1 986, 78 4, 201 E-2 5, 033E+1 886, 80 2385, 3, 074E-2 3, 690E+1 986, 94 3, 044E-2 3, 654E+1 886, 97 2390, 3, 700E-2 4, 452E+1 987, 3, 664E-2 4, 409E+1 887, 2395, 4, 048E-2 4, 880E+1 987, 31 4, 008E-2 4, 833E+1 887, 33 2400, 4, 402E-2 5, 31 9E+1 987, 53 4, 360E-2 5, 268E+1 887, 55 2405, 3, 350E-2 4, 056E+1 987, 71 3, 31 9E-2 4, 01 8E+1 887, 73 241 0, 3, 371 E-2 4, 090E+1 987, 87 3, 341 E-2 4, 053E+1 887, 89 241 5, 2, 722E-2 3, 309E+1 988, 01 2, 698E-2 3, 280E+1 888, 03 2420, 2, 651 E-2 3, 230E+1 988, 2, 628E-2 3, 202E+1 888, 2425, 3, 298E-2 4, 026E+1 988, 30 3, 271 E-2 3, 993E+1 888, 31 2430, 4, 497E-2 5, 501 E+1 988, 51 4, 460E-2 5, 455E+1 888, 53 2435, , 484E-2 , 81 8E+1 988, 64 , 472E-2 , 805E+1 888, 65 2440, 4, 31 2E-2 5, 297E+1 988, 78 4, 280E-2 5, 257E+1 888, 79 2445, 2, 074E-2 2, 552E+1 988, 95 2, 060E-2 2, 535E+1 888, 96 2450, , 357E-2 , 674E+1 989, 00 , 348E-2 , 663E+1 889, 01 2455, 2, 478E-2 3, 063E+1 989, 2, 462E-2 3, 043E+1 889, 1 2460, 3, 327E-2 4, 20E+1 989, 27 3, 306E-2 4, 094E+1 889, 28 2465, 2, 408E-2 2, 988E+1 989, 41 2, 394E-2 2, 971 E+1 889, 42 I EC 60904-3: 201 © I EC 201 – 07 – Longueur d’ onde Éclairem en t spectral global Flux ph otonique global Éclairem en t i ntégré cumul é global Écl remen t spectral di rect Flux photon ique direct Écl remen t intégré cumu lé direct (n m ) (W· m –2 · nm –1 ) (m –2 · s –1 · nm –1 ) (W· m –2 ) (W· m –2 · n m –1 ) (m –2 · s –1 · nm –1 ) (W· m –2 ) 2470, , 668E-2 2, 074E+1 989, 49 , 659E-2 2, 062E+1 889, 50 2475, , 641 E-2 2, 044E+1 989, 57 , 632E-2 2, 033E+1 889, 57 2480, 8, 01 6E-3 , 001 E+1 989, 62 7, 976E-3 9, 958E+1 889, 62 2485, 5, 594E-3 6, 998E+1 989, 64 5, 568E-3 6, 965E+1 889, 64 2490, 3, 501 E-3 4, 389E+1 989, 65 3, 486E-3 4, 369E+1 889, 66 2495, 2, 869E-3 3, 603E+1 989, 67 2, 856E-3 3, 588E+1 889, 67 2500, 7, 044E-3 8, 865E+1 989, 70 7, 01 2E-3 8, 825E+1 889, 70 2505, , 51 5E-3 , 91 0E+1 989, 72 , 508E-3 , 902E+1 889, 72 251 0, 2, 21 0E-3 2, 792E+1 989, 72 2, 200E-3 2, 780E+1 889, 72 251 5, 5, 73E-4 6, 549E+1 989, 72 5, 49E-4 6, 520E+1 889, 73 2520, 3, 695E-4 4, 687E+1 989, 72 3, 677E-4 4, 665E+1 889, 73 2525, 4, 27E-5 5, 246E+1 989, 72 4, 07E-5 5, 221 E+1 889, 73 2530, 6, 341 E-7 8, 076E+1 989, 72 6, 309E-7 8, 036E+1 889, 73 2535, , 745E-7 2, 227E+1 989, 72 , 736E-7 2, 21 6E+1 889, 73 2540, 3, 761 E-7 4, 809E+1 989, 72 3, 741 E-7 4, 784E+1 889, 73 2545, 5, 360E-1 6, 867E+8 989, 72 5, 331 E-1 6, 830E+8 889, 73 2550, 2, 81 4E-1 3, 61 2E+6 989, 72 2, 798E-1 3, 592E+6 889, 73 2555, , 041 E-9 , 338E+1 989, 72 , 035E-9 , 331 E+1 889, 73 2560, 3, 093E-1 3, 986E+8 989, 72 3, 075E-1 3, 963E+8 889, 73 2565, , 591 E-1 2, 054E+5 989, 72 , 580E-1 2, 040E+5 889, 73 2570, , 521 E-1 , 968E+1 989, 72 , 51 E-1 , 955E+1 889, 73 2575, , 076E-27 , 394E-8 989, 72 , 068E-27 , 384E-8 889, 73 2580, 3, 81 0E-22 4, 949E-3 989, 72 3, 782E-22 4, 91 2E-3 889, 73 2585, , 71 4E-34 2, 231 E-1 989, 72 , 701 E-34 2, 21 4E-1 889, 73 2590, 5, 463E-31 7, 23E-1 989, 72 5, 421 E-31 7, 068E-1 889, 73 2595, 2, 277E-33 2, 975E-1 989, 72 2, 260E-33 2, 952E-1 889, 73 2600, 4, 478E-28 5, 861 E-9 989, 72 4, 443E-28 5, 81 5E-9 889, 73 2605, 5, 788E-35 7, 591 E-1 989, 72 5, 742E-35 7, 531 E-1 889, 73 261 0, 5, 927E-34 7, 788E-1 989, 72 5, 880E-34 7, 726E-1 889, 73 261 5, , 1 6E-37 , 470E-1 989, 72 , 07E-37 , 458E-1 889, 73 2620, 5, 634E-29 7, 431 E-1 989, 72 5, 589E-29 7, 372E-1 889, 73 2625, 3, 857E-28 5, 097E-9 989, 72 3, 827E-28 5, 057E-9 889, 73 2630, 2, 794E-45 3, 700E-26 989, 72 2, 794E-45 3, 700E-26 889, 73 2635, 3, 891 E-1 5, 62E+3 989, 72 3, 861 E-1 5, 21 E+3 889, 73 2640, , 72E-1 , 557E+3 989, 72 , 62E-1 , 545E+3 889, 73 2645, 8, 973E-1 , 95E+1 989, 72 8, 903E-1 , 86E+1 889, 73 2650, , 425E-1 , 901 E+0 989, 72 , 41 5E-1 , 887E+0 889, 73 2655, , 31 0E-27 , 750E-8 989, 72 , 300E-27 , 737E-8 889, 73 2660, 2, 599E-25 3, 481 E-6 989, 72 2, 581 E-25 3, 455E-6 889, 73 2665, , 09E-37 , 488E-1 989, 72 , 01 E-37 , 478E-1 889, 73 2670, 0, 000E+0 0, 000E+0 989, 72 0, 000E+0 0, 000E+0 889, 73 – 08 – I EC 60904-3: 201 © I EC 201 Longueur d’ onde Éclairem en t spectral global Flux ph otonique global Éclairem en t i ntégré cumul é global Écl remen t spectral di rect Flux photon ique direct Écl remen t intégré cumu lé direct (n m ) (W· m –2 · nm –1 ) (m –2 · s –1 · nm –1 ) (W· m –2 ) (W· m –2 · n m –1 ) (m –2 · s –1 · nm –1 ) (W· m –2 ) 2675, 0, 000E+0 0, 000E+0 989, 72 0, 000E+0 0, 000E+0 889, 73 2680, 0, 000E+0 0, 000E+0 989, 72 0, 000E+0 0, 000E+0 889, 73 2685, 0, 000E+0 0, 000E+0 989, 72 0, 000E+0 0, 000E+0 889, 73 2690, , 020E-29 , 381 E-1 989, 72 , 01 5E-29 , 374E-1 889, 73 2695, 7, 08E-33 9, 643E-1 989, 72 7, 081 E-33 9, 606E-1 889, 73 2700, 0, 000E+0 0, 000E+0 989, 72 0, 000E+0 0, 000E+0 889, 73 2705, 2, 923E-42 3, 980E-23 989, 72 2, 91 9E-42 3, 975E-23 889, 73 271 0, , 22E-35 , 530E-1 989, 72 , 21 E-35 , 529E-1 889, 73 271 5, 3, 845E-26 5, 255E-7 989, 72 3, 844E-26 5, 253E-7 889, 73 2720, 5, 589E-45 7, 653E-26 989, 72 5, 589E-45 7, 653E-26 889, 73 2725, 7, 272E-22 9, 976E-3 989, 72 7, 288E-22 9, 998E-3 889, 73 2730, 6, 056E-1 8, 322E+0 989, 72 6, 075E-1 8, 349E+0 889, 73 2735, 5, 473E-21 7, 535E-2 989, 72 5, 496E-21 7, 567E-2 889, 73 2740, 2, 325E-27 3, 206E-8 989, 72 2, 337E-27 3, 223E-8 889, 73 2745, , 31 E-23 , 81 E-4 989, 72 , 31 9E-23 , 822E-4 889, 73 2750, , 660E-28 2, 298E-9 989, 72 , 671 E-28 2, 31 3E-9 889, 73 2755, 6, 707E-44 9, 301 E-25 989, 72 6, 707E-44 9, 301 E-25 889, 73 2760, 0, 000E+0 0, 000E+0 989, 72 0, 000E+0 0, 000E+0 889, 73 2765, 2, 670E-27 3, 71 6E-8 989, 72 2, 692E-27 3, 747E-8 889, 73 2770, 8, 355E-24 , 65E-4 989, 72 8, 428E-24 , 75E-4 889, 73 2775, 3, 987E-38 5, 570E-1 989, 72 4, 024E-38 5, 622E-1 889, 73 2780, 4, 793E-34 6, 707E-1 989, 72 4, 839E-34 6, 772E-1 889, 73 2785, 3, 875E-27 5, 433E-8 989, 72 3, 91 4E-27 5, 488E-8 889, 73 2790, , 21 4E-1 , 704E+3 989, 72 , 226E-1 , 722E+3 889, 73 2795, 3, 61 0E-1 5, 079E+3 989, 72 3, 648E-1 5, 34E+3 889, 73 2800, , 644E-1 2, 31 7E+7 989, 72 , 662E-1 2, 342E+7 889, 73 2805, 6, 728E-1 9, 501 E+5 989, 72 6, 803E-1 9, 606E+5 889, 73 281 0, 4, 01 2E-1 5, 675E+9 989, 72 4, 058E-1 5, 740E+9 889, 73 281 5, 2, 860E-1 4, 053E+9 989, 72 2, 893E-1 4, 00E+9 889, 73 2820, 2, 049E-1 2, 909E+8 989, 72 2, 073E-1 2, 943E+8 889, 73 2825, , 755E-7 2, 496E+1 989, 72 , 776E-7 2, 526E+1 889, 73 2830, 3, 889E-6 5, 541 E+1 989, 72 3, 936E-6 5, 607E+1 889, 73 2835, 2, 21 E-1 3, 028E+9 989, 72 2, 47E-1 3, 064E+9 889, 73 2840, , 955E-7 2, 795E+1 989, 72 , 979E-7 2, 830E+1 889, 73 2845, 4, 046E-5 5, 794E+1 989, 72 4, 095E-5 5, 866E+1 889, 73 2850, , 53E-6 , 655E+1 989, 72 , 67E-6 , 675E+1 889, 73 2855, 4, 474E-7 6, 430E+1 989, 72 4, 529E-7 6, 51 0E+1 889, 73 2860, 2, 528E-5 3, 640E+1 989, 72 2, 560E-5 3, 685E+1 889, 73 2865, , 671 E-4 2, 41 E+1 989, 73 , 692E-4 2, 441 E+1 889, 73 2870, 6, 295E-6 9, 094E+1 989, 73 6, 374E-6 9, 209E+1 889, 73 2875, 3, 906E-4 5, 653E+1 989, 73 3, 955E-4 5, 724E+1 889, 73 I EC 60904-3: 201 © I EC 201 – 09 – Longueur d’ onde Éclairem en t spectral global Flux ph otonique global Éclairem en t i ntégré cumul é global Écl remen t spectral di rect Flux photon ique direct Écl remen t intégré cumu lé direct (n m ) (W· m –2 · nm –1 ) (m –2 · s –1 · nm –1 ) (W· m –2 ) (W· m –2 · n m –1 ) (m –2 · s –1 · nm –1 ) (W· m –2 ) 2880, 2, 465E-4 3, 574E+1 989, 73 2, 496E-4 3, 61 9E+1 889, 73 2885, 4, 520E-4 6, 565E+1 989, 73 4, 577E-4 6, 648E+1 889, 74 2890, , 857E-4 2, 702E+1 989, 73 , 881 E-4 2, 736E+1 889, 74 2895, 2, 657E-3 3, 872E+1 989, 74 2, 690E-3 3, 921 E+1 889, 75 2900, 8, 092E-4 , 81 E+1 989, 75 8, 94E-4 , 96E+1 889, 76 2905, , 06E-4 , 61 8E+1 989, 75 , 20E-4 , 639E+1 889, 76 291 0, 2, 71 4E-3 3, 976E+1 989, 76 2, 749E-3 4, 026E+1 889, 76 291 5, , 254E-3 , 841 E+1 989, 77 , 271 E-3 , 864E+1 889, 78 2920, 2, 886E-3 4, 243E+1 989, 78 2, 923E-3 4, 297E+1 889, 79 2925, , 080E-3 , 591 E+1 989, 79 , 094E-3 , 61 E+1 889, 80 2930, 5, 869E-3 8, 656E+1 989, 81 5, 943E-3 8, 766E+1 889, 82 2935, 6, 471 E-3 9, 562E+1 989, 85 6, 553E-3 9, 683E+1 889, 86 2940, , 623E-3 2, 401 E+1 989, 87 , 643E-3 2, 432E+1 889, 87 2945, , 445E-3 2, 42E+1 989, 87 , 463E-3 2, 69E+1 889, 87 2950, 5, 21 2E-3 7, 741 E+1 989, 89 5, 278E-3 7, 838E+1 889, 89 2955, 2, 329E-3 3, 465E+1 989, 91 2, 359E-3 3, 509E+1 889, 91 2960, 4, 584E-3 6, 830E+1 989, 92 4, 641 E-3 6, 91 6E+1 889, 93 2965, 7, 41 6E-3 , 07E+1 989, 96 7, 509E-3 , 21 E+1 889, 97 2970, 3, 51 3E-4 5, 252E+1 989, 98 3, 557E-4 5, 31 9E+1 889, 98 2975, 8, 51 8E-4 , 276E+1 989, 97 8, 625E-4 , 292E+1 889, 98 2980, , 334E-3 2, 002E+1 989, 98 , 351 E-3 2, 027E+1 889, 98 2985, 6, 943E-3 , 043E+1 990, 00 7, 029E-3 , 056E+1 890, 01 2990, , 025E-2 , 543E+1 990, 06 , 038E-2 , 562E+1 890, 07 2995, 4, 263E-3 6, 427E+1 990, 09 4, 31 6E-3 6, 507E+1 890, 3000, 7, 824E-3 , 82E+1 990, 7, 921 E-3 , 96E+1 890, 3005, 2, 882E-3 4, 360E+1 990, 2, 91 8E-3 4, 41 4E+1 890, 301 0, 6, 828E-3 , 035E+1 990, 6, 91 2E-3 , 047E+1 890, 301 5, 5, 539E-3 8, 407E+1 990, 20 5, 607E-3 8, 51 0E+1 890, 21 3020, 6, 31 8E-4 9, 606E+1 990, 21 6, 396E-4 9, 723E+1 890, 22 3025, 7, 481 E-3 , 39E+1 990, 23 7, 573E-3 , 53E+1 890, 24 3030, 6, 058E-3 9, 240E+1 990, 27 6, 31 E-3 9, 352E+1 890, 28 3035, 2, 491 E-3 3, 806E+1 990, 29 2, 522E-3 3, 853E+1 890, 30 3040, 2, 01 8E-3 3, 089E+1 990, 29 2, 043E-3 3, 26E+1 890, 31 3045, 4, 97E-3 6, 433E+1 990, 31 4, 248E-3 6, 51 E+1 890, 32 3050, , 029E-3 , 580E+1 990, 32 , 042E-3 , 599E+1 890, 33 3055, 2, 886E-4 4, 439E+1 990, 32 2, 921 E-4 4, 492E+1 890, 33 3060, 6, 283E-3 9, 678E+1 990, 34 6, 358E-3 9, 793E+1 890, 36 3065, 2, 903E-3 4, 479E+1 990, 37 2, 937E-3 4, 532E+1 890, 38 3070, , 744E-3 2, 696E+1 990, 38 , 765E-3 2, 727E+1 890, 39 3075, 6, 005E-3 9, 295E+1 990, 40 6, 075E-3 9, 404E+1 890, 41 3080, 3, 61 2E-3 5, 600E+1 990, 43 3, 654E-3 5, 665E+1 890, 44 – 110 – I EC 60904-3: 201 © I EC 201 Longueur d’ onde Éclairem en t spectral global Flux ph otonique global Éclairem en t i ntégré cumul é global Écl remen t spectral di rect Flux photon ique direct Écl remen t intégré cumu lé direct (n m ) (W· m –2 · nm –1 ) (m –2 · s –1 · nm –1 ) (W· m –2 ) (W· m –2 · n m –1 ) (m –2 · s –1 · nm –1 ) (W· m –2 ) 3085, , 762E-3 2, 736E+1 990, 43 , 782E-3 2, 768E+1 890, 45 3090, 2, 374E-3 3, 692E+1 990, 44 2, 401 E-3 3, 735E+1 890, 46 3095, 6, 532E-4 , 01 8E+1 990, 45 6, 607E-4 , 030E+1 890, 46 31 00, 4, 388E-3 6, 848E+1 990, 46 4, 438E-3 6, 926E+1 890, 48 31 05, 9, 89E-4 , 436E+1 990, 48 9, 293E-4 , 453E+1 890, 49 31 0, 8, 432E-4 , 320E+1 990, 48 8, 528E-4 , 335E+1 890, 49 31 5, 2, 261 E-3 3, 546E+1 990, 49 2, 287E-3 3, 586E+1 890, 50 31 20, 9, 791 E-3 , 538E+1 990, 53 9, 900E-3 , 555E+1 890, 54 31 25, 3, 020E-3 4, 751 E+1 990, 56 3, 054E-3 4, 804E+1 890, 58 31 30, 5, 745E-3 9, 052E+1 990, 58 5, 808E-3 9, 51 E+1 890, 59 31 35, , 41 E-2 , 801 E+1 990, 63 , 54E-2 , 821 E+1 890, 65 31 40, 3, 31 4E-3 5, 239E+1 990, 67 3, 351 E-3 5, 296E+1 890, 68 31 45, 3, 242E-3 5, 33E+1 990, 67 3, 277E-3 5, 89E+1 890, 69 31 50, 6, 655E-3 , 055E+1 990, 70 6, 726E-3 , 067E+1 890, 72 31 55, 5, 620E-3 8, 926E+1 990, 73 5, 680E-3 9, 021 E+1 890, 75 31 60, 9, 205E-3 , 464E+1 990, 77 9, 302E-3 , 480E+1 890, 79 31 65, , 398E-2 2, 227E+1 990, 84 , 41 2E-2 2, 250E+1 890, 86 31 70, , 248E-2 , 992E+1 990, 91 , 261 E-2 2, 01 2E+1 890, 93 31 75, 9, 203E-3 , 471 E+1 990, 96 9, 298E-3 , 486E+1 890, 98 31 80, , 059E-2 , 695E+1 991 , 01 , 070E-2 , 71 3E+1 891 , 03 31 85, 8, 059E-3 , 292E+1 991 , 05 8, 41 E-3 , 305E+1 891 , 07 31 90, 4, 226E-3 6, 787E+1 991 , 08 4, 269E-3 6, 856E+1 891 , 31 95, 2, 685E-3 4, 31 8E+1 991 , 09 2, 71 2E-3 4, 362E+1 891 , 1 3200, 4, 372E-4 7, 042E+1 991 , 09 4, 41 5E-4 7, 1 2E+1 891 , 1 3205, 3, 088E-4 4, 983E+1 991 , 09 3, 1 9E-4 5, 032E+1 891 , 1 321 0, , 359E-4 2, 97E+1 991 , 09 , 373E-4 2, 21 8E+1 891 , 1 321 5, 4, 961 E-4 8, 029E+1 991 , 09 5, 009E-4 8, 07E+1 891 , 1 3220, , 604E-3 2, 600E+1 991 , 1 , 620E-3 2, 626E+1 891 , 3225, , 982E-4 3, 21 7E+1 991 , 2, 001 E-4 3, 248E+1 891 , 3230, 3, 398E-4 5, 525E+1 991 , 3, 430E-4 5, 578E+1 891 , 3235, 7, 273E-3 , 84E+1 991 , 7, 341 E-3 , 96E+1 891 , 3240, 3, 736E-3 6, 093E+1 991 , 3, 771 E-3 6, 50E+1 891 , 3245, 7, 320E-4 , 96E+1 991 , 7, 388E-4 , 207E+1 891 , 3250, 2, 599E-3 4, 252E+1 991 , 2, 623E-3 4, 292E+1 891 , 3255, 9, 909E-3 , 624E+1 991 , 22 0, 000E-3 , 639E+1 891 , 24 3260, , 221 E-3 2, 004E+1 991 , 24 , 232E-3 2, 023E+1 891 , 26 3265, 2, 439E-3 4, 009E+1 991 , 24 2, 461 E-3 4, 046E+1 891 , 26 3270, , 21 5E-3 2, 000E+1 991 , 25 , 226E-3 2, 01 8E+1 891 , 27 3275, 5, 909E-3 9, 742E+1 991 , 27 5, 958E-3 9, 823E+1 891 , 29 3280, 2, 856E-3 4, 71 6E+1 991 , 30 2, 881 E-3 4, 756E+1 891 , 32 3285, , 1 0E-2 , 835E+1 991 , 34 , 1 9E-2 , 851 E+1 891 , 36 I EC 60904-3: 201 © I EC 201 – 111 – Longueur d’ onde Éclairem en t spectral global Flux ph otonique global Éclairem en t i ntégré cumul é global Écl remen t spectral di rect Flux photon ique direct Écl remen t intégré cumu lé direct (n m ) (W· m –2 · nm –1 ) (m –2 · s –1 · nm –1 ) (W· m –2 ) (W· m –2 · n m –1 ) (m –2 · s –1 · nm –1 ) (W· m –2 ) 3290, 8, 732E-3 , 446E+1 991 , 39 8, 805E-3 , 458E+1 891 , 42 3295, , 220E-3 2, 023E+1 991 , 41 , 230E-3 2, 040E+1 891 , 43 3300, , 774E-3 2, 947E+1 991 , 41 , 789E-3 2, 972E+1 891 , 43 3305, 3, 930E-3 6, 539E+1 991 , 42 3, 963E-3 6, 594E+1 891 , 45 331 0, 3, 91 2E-3 6, 51 9E+1 991 , 45 3, 945E-3 6, 574E+1 891 , 47 331 5, , 609E-5 2, 684E+1 991 , 45 , 622E-5 2, 707E+1 891 , 47 3320, 5, 981 E-5 9, 997E+1 991 , 45 6, 032E-5 , 008E+1 891 , 47 3325, 3, 508E-3 5, 873E+1 991 , 46 3, 538E-3 5, 923E+1 891 , 48 3330, 4, 648E-3 7, 792E+1 991 , 49 4, 688E-3 7, 858E+1 891 , 51 3335, 9, 043E-3 , 51 8E+1 991 , 53 9, 20E-3 , 531 E+1 891 , 55 3340, 3, 450E-3 5, 801 E+1 991 , 56 3, 480E-3 5, 852E+1 891 , 58 3345, 3, 531 E-3 5, 945E+1 991 , 57 3, 562E-3 5, 998E+1 891 , 59 3350, 8, 004E-3 , 350E+1 991 , 60 8, 076E-3 , 362E+1 891 , 63 3355, 3, 620E-3 6, 1 4E+1 991 , 63 3, 654E-3 6, 71 E+1 891 , 66 3360, 5, 225E-3 8, 838E+1 991 , 65 5, 274E-3 8, 920E+1 891 , 67 3365, 7, 70E-3 , 21 5E+1 991 , 68 7, 238E-3 , 226E+1 891 , 71 3370, 3, 927E-3 6, 663E+1 991 , 71 3, 965E-3 6, 727E+1 891 , 74 3375, 8, 431 E-3 , 433E+1 991 , 74 8, 51 4E-3 , 447E+1 891 , 77 3380, 5, 097E-3 8, 672E+1 991 , 78 5, 47E-3 8, 758E+1 891 , 80 3385, 7, 468E-3 , 273E+1 991 , 81 7, 543E-3 , 285E+1 891 , 84 3390, 9, 827E-3 , 677E+1 991 , 86 9, 926E-3 , 694E+1 891 , 89 3395, 9, 51 9E-3 , 627E+1 991 , 91 9, 61 7E-3 , 644E+1 891 , 94 3400, , 247E-2 2, 35E+1 991 , 97 , 260E-2 2, 57E+1 892, 00 3405, 4, 446E-3 7, 622E+1 992, 00 4, 493E-3 7, 702E+1 892, 03 341 0, 7, 060E-3 , 21 2E+1 992, 03 7, 34E-3 , 225E+1 892, 05 341 5, 7, 256E-3 , 247E+1 992, 06 7, 333E-3 , 261 E+1 892, 09 3420, , 31 3E-2 2, 260E+1 992, , 327E-2 2, 284E+1 892, 3425, 9, 977E-3 , 720E+1 992, , 008E-2 , 738E+1 892, 21 3430, 8, 664E-3 , 496E+1 992, 23 8, 755E-3 , 51 2E+1 892, 26 3435, , 52E-2 , 992E+1 992, 28 , 64E-2 2, 01 3E+1 892, 31 3440, 8, 01 E-3 , 387E+1 992, 33 8, 094E-3 , 402E+1 892, 36 3445, , 29E-2 , 957E+1 992, 37 , 40E-2 , 977E+1 892, 41 3450, , 1 2E-2 , 931 E+1 992, 43 , 23E-2 , 951 E+1 892, 47 3455, 8, 285E-3 , 441 E+1 992, 48 8, 369E-3 , 456E+1 892, 51 3460, , 249E-2 2, 76E+1 992, 53 , 262E-2 2, 98E+1 892, 57 3465, 9, 789E-3 , 708E+1 992, 59 9, 887E-3 , 725E+1 892, 62 3470, , 223E-2 2, 36E+1 992, 64 , 235E-2 2, 57E+1 892, 68 3475, , 091 E-2 , 909E+1 992, 70 , 02E-2 , 928E+1 892, 74 3480, , 1 9E-2 , 961 E+1 992, 76 , 30E-2 , 980E+1 892, 79 3485, , 206E-2 2, 1 6E+1 992, 82 , 21 8E-2 2, 36E+1 892, 85 3490, , 039E-2 , 825E+1 992, 87 , 049E-2 , 843E+1 892, 91 – 112 – I EC 60904-3: 201 © I EC 201 Longueur d’ onde Éclairem en t spectral global Flux ph otonique global Éclairem en t i ntégré cumul é global Écl remen t spectral di rect Flux photon ique direct Écl remen t intégré cumu lé direct (n m ) (W· m –2 · nm –1 ) (m –2 · s –1 · nm –1 ) (W· m –2 ) (W· m –2 · n m –1 ) (m –2 · s –1 · nm –1 ) (W· m –2 ) 3495, , 223E-2 2, 52E+1 992, 93 , 235E-2 2, 72E+1 892, 97 3500, , 88E-2 2, 094E+1 992, 99 , 200E-2 2, 1 4E+1 893, 03 3505, , 78E-2 2, 078E+1 993, 05 , 89E-2 2, 098E+1 893, 09 351 0, , 93E-2 2, 08E+1 993, 1 , 204E-2 2, 28E+1 893, 351 5, , 46E-2 2, 028E+1 993, , 56E-2 2, 046E+1 893, 21 3520, , 209E-2 2, 42E+1 993, 23 , 21 9E-2 2, 60E+1 893, 27 3525, , 40E-2 2, 022E+1 993, 28 , 49E-2 2, 039E+1 893, 33 3530, , 1 0E-2 , 972E+1 993, 34 , 1 8E-2 , 988E+1 893, 38 3535, 9, 428E-3 , 678E+1 993, 39 9, 503E-3 , 691 E+1 893, 43 3540, 9, 005E-3 , 605E+1 993, 43 9, 075E-3 , 61 7E+1 893, 47 3545, 9, 51 5E-3 , 698E+1 993, 48 9, 587E-3 , 71 E+1 893, 52 3550, , 051 E-2 , 878E+1 993, 53 , 059E-2 , 892E+1 893, 57 3555, 9, 032E-3 , 61 6E+1 993, 58 9, 098E-3 , 628E+1 893, 62 3560, , 076E-2 , 929E+1 993, 63 , 084E-2 , 943E+1 893, 67 3565, , 082E-2 , 942E+1 993, 68 , 090E-2 , 956E+1 893, 73 3570, 8, 31 3E-3 , 494E+1 993, 73 8, 371 E-3 , 504E+1 893, 77 3575, 8, 61 9E-3 , 551 E+1 993, 77 8, 677E-3 , 562E+1 893, 81 3580, , 01 6E-2 , 831 E+1 993, 82 , 023E-2 , 843E+1 893, 86 3585, 9, 40E-3 , 650E+1 993, 87 9, 201 E-3 , 661 E+1 893, 91 3590, 9, 425E-3 , 703E+1 993, 91 9, 487E-3 , 71 5E+1 893, 96 3595, 9, 642E-3 , 745E+1 993, 96 9, 705E-3 , 756E+1 894, 01 3600, , 023E-2 , 854E+1 994, 01 , 030E-2 , 866E+1 894, 06 3605, , 033E-2 , 875E+1 994, 06 , 040E-2 , 886E+1 894, 1 361 0, 9, 451 E-3 , 71 8E+1 994, 1 9, 51 E-3 , 728E+1 894, 361 5, 9, 445E-3 , 71 9E+1 994, 9, 504E-3 , 730E+1 894, 21 3620, , 58E-2 2, 1 0E+1 994, 21 , 65E-2 2, 23E+1 894, 26 3625, , 021 E-2 , 863E+1 994, 27 , 027E-2 , 875E+1 894, 32 3630, 9, 926E-3 , 81 4E+1 994, 32 9, 987E-3 , 825E+1 894, 37 3635, , 027E-2 , 879E+1 994, 37 , 033E-2 , 891 E+1 894, 42 3640, , 45E-2 2, 098E+1 994, 42 , 52E-2 2, 1 0E+1 894, 47 3645, , 057E-2 , 939E+1 994, 48 , 063E-2 , 951 E+1 894, 53 3650, , 009E-2 , 855E+1 994, 53 , 01 5E-2 , 866E+1 894, 58 3655, , 095E-2 2, 01 4E+1 994, 58 , 01 E-2 2, 026E+1 894, 63 3660, , 088E-2 2, 005E+1 994, 64 , 095E-2 2, 01 7E+1 894, 69 3665, , 022E-2 , 886E+1 994, 69 , 028E-2 , 897E+1 894, 74 3670, 7, 877E-3 , 455E+1 994, 73 7, 923E-3 , 464E+1 894, 78 3675, 4, 81 5E-3 8, 907E+1 994, 76 4, 843E-3 8, 959E+1 894, 81 3680, 8, 307E-3 , 539E+1 994, 79 8, 355E-3 , 548E+1 894, 84 3685, 9, 41 E-3 , 746E+1 994, 84 9, 463E-3 , 755E+1 894, 89 3690, 9, 664E-3 , 795E+1 994, 89 9, 71 7E-3 , 805E+1 894, 94 3695, , 01 0E-2 , 879E+1 994, 94 , 01 6E-2 , 890E+1 894, 99 I EC 60904-3: 201 © I EC 201 – 113 – Longueur d’ onde Éclairem en t spectral global Flux ph otonique global Éclairem en t i ntégré cumul é global Écl remen t spectral di rect Flux photon ique direct Écl remen t intégré cumu lé direct (n m ) (W· m –2 · nm –1 ) (m –2 · s –1 · nm –1 ) (W· m –2 ) (W· m –2 · n m –1 ) (m –2 · s –1 · nm –1 ) (W· m –2 ) 3700, , 085E-2 2, 020E+1 994, 99 , 091 E-2 2, 031 E+1 895, 05 3705, , 074E-2 2, 003E+1 995, 05 , 080E-2 2, 01 4E+1 895, 371 0, 9, 337E-3 , 744E+1 995, 9, 386E-3 , 753E+1 895, 371 5, 9, 99E-3 , 720E+1 995, 9, 246E-3 , 729E+1 895, 3720, , 035E-2 , 937E+1 995, , 040E-2 , 947E+1 895, 24 3725, , 067E-2 2, 000E+1 995, 25 , 072E-2 2, 01 0E+1 895, 30 3730, 9, 244E-3 , 736E+1 995, 29 9, 290E-3 , 744E+1 895, 35 3735, 8, 559E-3 , 609E+1 995, 34 8, 601 E-3 , 61 7E+1 895, 39 3740, 8, 824E-3 , 661 E+1 995, 38 8, 866E-3 , 669E+1 895, 43 3745, , 030E-2 , 942E+1 995, 43 , 035E-2 , 951 E+1 895, 48 3750, 9, 263E-3 , 749E+1 995, 48 9, 307E-3 , 757E+1 895, 53 3755, 8, 966E-3 , 695E+1 995, 52 9, 007E-3 , 703E+1 895, 58 3760, 8, 837E-3 , 673E+1 995, 57 8, 878E-3 , 681 E+1 895, 62 3765, 8, 525E-3 , 61 6E+1 995, 61 8, 564E-3 , 623E+1 895, 66 3770, 9, 098E-3 , 727E+1 995, 65 9, 38E-3 , 734E+1 895, 71 3775, 9, 026E-3 , 71 5E+1 995, 70 9, 065E-3 , 723E+1 895, 75 3780, 9, 547E-3 , 81 7E+1 995, 75 9, 588E-3 , 824E+1 895, 80 3785, 8, 787E-3 , 674E+1 995, 79 8, 824E-3 , 681 E+1 895, 85 3790, 7, 734E-3 , 476E+1 995, 83 7, 766E-3 , 482E+1 895, 89 3795, 8, 843E-3 , 690E+1 995, 87 8, 880E-3 , 696E+1 895, 93 3800, 9, 830E-3 , 881 E+1 995, 92 9, 870E-3 , 888E+1 895, 98 3805, 9, 278E-3 , 777E+1 995, 97 9, 31 4E-3 , 784E+1 896, 03 381 0, 8, 221 E-3 , 577E+1 996, 01 8, 253E-3 , 583E+1 896, 07 381 5, 7, 734E-3 , 485E+1 996, 05 7, 764E-3 , 491 E+1 896, 1 3820, 9, 627E-3 , 851 E+1 996, 09 9, 663E-3 , 858E+1 896, 3825, 9, 478E-3 , 825E+1 996, 9, 51 2E-3 , 832E+1 896, 20 3830, 9, 565E-3 , 844E+1 996, 9, 599E-3 , 851 E+1 896, 25 3835, 7, 669E-3 , 481 E+1 996, 23 7, 697E-3 , 486E+1 896, 29 3840, 8, 949E-3 , 730E+1 996, 27 8, 980E-3 , 736E+1 896, 33 3845, 8, 755E-3 , 695E+1 996, 32 8, 784E-3 , 700E+1 896, 38 3850, 8, 802E-3 , 706E+1 996, 36 8, 831 E-3 , 71 2E+1 896, 42 3855, 8, 484E-3 , 646E+1 996, 41 8, 51 2E-3 , 652E+1 896, 46 3860, 7, 971 E-3 , 549E+1 996, 45 7, 996E-3 , 554E+1 896, 50 3865, 8, 075E-3 , 571 E+1 996, 49 8, 01 E-3 , 576E+1 896, 54 3870, 7, 339E-3 , 430E+1 996, 52 7, 362E-3 , 434E+1 896, 58 3875, 6, 742E-3 , 31 5E+1 996, 56 6, 763E-3 , 31 9E+1 896, 62 3880, 6, 51 5E-3 , 273E+1 996, 59 6, 535E-3 , 277E+1 896, 65 3885, 6, 752E-3 , 321 E+1 996, 62 6, 773E-3 , 325E+1 896, 68 3890, 6, 862E-3 , 344E+1 996, 66 6, 883E-3 , 348E+1 896, 72 3895, 7, 454E-3 , 462E+1 996, 69 7, 476E-3 , 466E+1 896, 75 3900, 7, 902E-3 , 552E+1 996, 73 7, 926E-3 , 556E+1 896, 79 – 114 – I EC 60904-3: 201 © I EC 201 Longueur d’ onde Éclairem en t spectral global Flux ph otonique global Éclairem en t i ntégré cumul é global Écl remen t spectral di rect Flux photon ique direct Écl remen t intégré cumu lé direct (n m ) (W· m –2 · nm –1 ) (m –2 · s –1 · nm –1 ) (W· m –2 ) (W· m –2 · n m –1 ) (m –2 · s –1 · nm –1 ) (W· m –2 ) 3905, 7, 904E-3 , 554E+1 996, 77 7, 927E-3 , 558E+1 896, 83 391 0, 7, 1 5E-3 , 400E+1 996, 81 7, 35E-3 , 404E+1 896, 87 391 5, 6, 966E-3 , 373E+1 996, 84 6, 987E-3 , 377E+1 896, 90 3920, 6, 926E-3 , 367E+1 996, 88 6, 946E-3 , 371 E+1 896, 94 3925, 6, 832E-3 , 350E+1 996, 91 6, 851 E-3 , 354E+1 896, 97 3930, 7, 030E-3 , 391 E+1 996, 95 7, 049E-3 , 395E+1 897, 01 3935, 7, 333E-3 , 453E+1 996, 98 7, 353E-3 , 457E+1 897, 04 3940, 7, 381 E-3 , 464E+1 997, 02 7, 401 E-3 , 468E+1 897, 08 3945, 7, 51 9E-3 , 493E+1 997, 06 7, 539E-3 , 497E+1 897, 3950, 7, 605E-3 , 51 2E+1 997, 7, 625E-3 , 51 6E+1 897, 3955, 7, 697E-3 , 533E+1 997, 7, 71 7E-3 , 537E+1 897, 20 3960, 7, 726E-3 , 540E+1 997, 7, 745E-3 , 544E+1 897, 23 3965, 7, 783E-3 , 554E+1 997, 21 7, 803E-3 , 557E+1 897, 27 3970, 7, 658E-3 , 531 E+1 997, 25 7, 677E-3 , 534E+1 897, 31 3975, 7, 488E-3 , 498E+1 997, 29 7, 506E-3 , 502E+1 897, 35 3980, 7, 366E-3 , 476E+1 997, 33 7, 383E-3 , 479E+1 897, 39 3985, 7, 41 E-3 , 487E+1 997, 36 7, 429E-3 , 490E+1 897, 42 3990, 7, 351 E-3 , 477E+1 997, 40 7, 368E-3 , 480E+1 897, 46 3995, 7, 89E-3 , 446E+1 997, 44 7, 205E-3 , 449E+1 897, 50 4000, 7, 084E-3 , 4264E+1 997, 47 7, 099E-3 , 430E+1 897, 53 ∞ 000 900 N OTE Les val eu rs d e l ’ écl rem en t i ntégré cum ul é ont été obten ues l ’ de de l a tech n i q u e d ’ i ntégrati on trapézoïd al e m od i fi ée N OTE Les val eurs su i vantes on t été pri ses en si dérati on d an s l e cal cu l des fl u x ph otoni q u es gl obal et di rect: c = 2, 997 92 ⋅ m · s − h = 6, 626 07 ⋅ –3 J · s – 115 – ,8 ⋅ ⋅ Écl rem ent spectral (W m -2 n m -1 ) I EC 60904-3: 201 © I EC 201 ,6 ,4 ,2 0, 0, 0, 0, 300 700 1 00 500 900 300 700 00 500 900 Lon gueu r d ’ ond e (nm ) IEC Figu re – Di stribution spectral e de l’ éclai rement solai re global et d irect de référence d onnée dans le Tableau – 116 – I EC 60904-3: 201 © I EC 201 Annexe A (informative) Utilisation de SMARTS Les don nées d ’ en trée su i vantes (voir Tableau A ) du m od èl e SM ARTS Version sont exig ées pour g énérer les distri bu tions spectral es de l’ éclairem ent solaire d e référence incl use dans l a présente n orm e Les val eurs d e l ’ éclai rem ent spectral d irect et gl obal d e sorti e obten u es ont été m ultipli ées par u n facteur n orm alisộ (0, 997 08) d e faỗon reprod u ire l es don nées conten u es dans l e Tabl eau La seu le d ifférence pour gén érer les deux d istri buti ons spectral es d e l 'écl airem ent est l e ch oix de sortie d ans le cham p 2c Tableau A.1 – Données d’entrée pou r générer la distribution spectrale de l’éclairement solaire de référence Identifi cateur de carte Valeur Paramètre/Description/Nom de vari able I EC 60904-3: 201 Référence Mod e d ’ en trée de pressi on (1 = pressi on et al ti tud e): I SPR 2a 01 25 Pressi on (m b) et al ti tud e (km ) d e l a stati on: SPR, ALT Sél ecti on d u profi l d’ atm osphère type (1 = atm osphère par d éfau t uti l i sée): I ATM 3a ‘U SSA’ Profi l d ’ atm osph ère type par d éfau t: ATM En trée de vapeu r d ’ eau (1 = par d éfaut du profi l d’ atm osph ère): I H 2O Cal cu l d’ ozon e (1 = par d éfaut d u profi l d ’ atm osphère): I O3 Mode d u n i veau d e pol l uti on (1 = condi ti on s n orm al i sées/san s pol l uti on ): I GAS 370 Rapport d u m él an ge d e vol u m e d e d i oxyde d e carbon e (ppm ): q CO2 7a Spectre extraterrestre (1 = S M ARTS/Gu eym ard): I SPCTR ‘S&F_RU RAL’ Profi l d’ aérosol uti l i ser: AEROS Spéci fi cati on pou r l a profon d eu r opti qu e d e l ’ aérosol /l a tu rbi d i té en entrée (0 = AOD 500 n m ): I TU RB 9a 084 Profon deu r opti q ue d e l ’ aérosol 500 nm : TAU 10 38 Don n ées de l ’ al bédo spectral d e ch am p l oi n tai n u ti l i ser (38 = sol sabl on n eu x écl ré): I ALB DX 0b Spéci fi cati on du cal cu l de l ’ i ncl i nai son (1 = ou i ): I TI LT 0c 38 37 80 Al béd o et vari abl es d’ i n cl i nai son – d on n ées de l ’ al béd o uti l i ser pou r l e ch am p proch e, avec i n cl i nai son, et l ’ azi m ut: I ALBDG, TI LT, WAZI M 11 280 4000 367 Pl age d e l ong u eu rs d’ on d e au départ, l ’ arrêt, correcti on vectori el l e du rayon m oyen, écl rem ent d u spectre sol re i ntégré: WLMN , WLMX, SU N COR, SOLARC 12 Mod e d ’ i m pressi on d es d onn ées d e sorti e spectral es séparées (2 = ou i ): I PRT 2a 280 4000 Li m i tes d ’ i m pressi on d es l ong u eurs d’ on d e d es don nées d e sorti e, départ, arrêt, tai l l e m i ni m um du pas: WPM N , WPM X, I N TVL 2b N om bre d e vari abl es d e sorti e i m pri m er: I OTOT 2c ou Cod e rel ati f au x vari abl es d e sorti e i m pri m er (8 = écl rem ent i ncl i né gl obal , = écl rem en t norm al d i rect): OU T 13 Mod e d e cal cu l ci rcum sol re (1 = oui ): I CI RC 3a Fu i te g éom étri q ue d u récepteu r, vi si on , dem i -angl es l i m i tes: SLOPE, APERT, LI M I T 14 M od e d e fon cti on d e l i ssage (0 = aucu n ): I SCAN I EC 60904-3: 201 © I EC 201 Identifi cateur de carte Valeur – 117 – Paramètre/Description/Nom de vari able 15 Mod e d e cal cu l d e l ’ écl rem en t lu m i n eu x (0 = au cu n ): I LLU M 16 Mod e d e cal cul U V (0 = aucun ): I U V 17 Mod e d e géom étri e sol re (2 = m asse d ’ r): I MASS 7a Val eu r d e l a m asse d ’ r: AMASS – 118 – I EC 60904-3: 201 © I EC 201 Bibliograph ie I EC 60904-9, Dispositifs photovoltaïques – Partie 9: Exigences pour le fonctionnement des simulateurs solaires _ I N TE RN ATI O N AL E LE CTRO TE CH N I CAL CO M M I S S I O N 3, ru e d e Va re m bé P O B ox CH -1 1 G e n e va S wi tze rl a n d Te l : + 41 F a x: + 22 91 02 1 22 91 03 00 i n fo @i e c ch www i e c ch