Solplanet ASW S G2 Series Single Isigaba String Inverters
Imininingwane
- Imodeli: I-Solplanet inverter
- Uhlobo: I-inverter yelanga engena-transformer
- Abalandeli be-MPP: Ezimbili ezizimele
- Ukuguqulwa: I-DC isuka kuhlu lwe-PV ukuya ku-AC
- Amamodeli Ahlanganisiwe: ASW3000-S-G2, ASW3680-S-G2, ASW4000-S-G2, ASW5000-S-G2, ASW6000-S-G2
Imiyalo yokusetshenziswa komkhiqizo
1. Ukukhweza kanye nokufakwa:
Landela imihlahlandlela enikezwe kumanuwali yokukhweza isiguquli seSolplanet. Qinisekisa ukungena komoya okufanele kanye nemvume ezungeze i-inverter ukuze usebenze kahle.
2. Ukugunyazwa:
Xhuma amalungu afanayo e-PV kumatheminali okufakwayo akhethiwe e-inverter. Qinisekisa ukuthi konke ukuxhumana kuvikelekile futhi ulandele umdwebo wezintambo onikezwe kumanuwali.
3. Ukusebenza:
Vula i-inverter bese uqapha isibonisi nganoma yimiphi imilayezo yephutha. I-inverter izoguqula i-DC isuka ohlwini lwe-PV iye ku-AC ukuze isetshenziswe ngokuthobela igridi. Njalo hlola i-inverter ukuze uthole noma yiziphi izimpawu zokushisa ngokweqile noma ukusebenza okungavamile.
4. Isondlo:
Yenza ukunakekelwa okujwayelekile njengoba kunconywe kumanuwali. Hlola i-inverter ukuze uthole ukunqwabelana kothuli futhi uqinisekise ukuthi konke ukuxhumana kuqinile. Hlanza ingaphandle le-inverter njengoba kudingeka.
Imibuzo Evame Ukubuzwa
- Q: Ingabe i-Solplanet inverter ingasetshenziswa ngaphandle?
- A: Yebo, i-inverter ifanele ukusetshenziswa kwangaphakathi nangaphandle.
- Umbuzo: Yini okufanele ngiyenze uma ngihlangabezana nophawu oluyisixwayiso kulebula?
- A: Uma ubona uphawu oluyisixwayiso kulebula, bheka imanuwali ukuze uthole isiqondiso sokuthi ungaqhubeka kanjani ngokuphepha. Osebenza ngogesi abanekhono nabagunyaziwe kuphela okufanele basebenze ku-inverter.
- Q: Ngiyilahla kanjani i-inverter ye-Solplanet?
- A: Ungawulahli umkhiqizo nemfucuza yasendlini. Landela imithetho yokulahla imfucuza kagesi esebenza endaweni yakho yokufaka.
“`
Amanothi kule Manuwali
1.1 Amanothi Ajwayelekile
I-Solplanet inverter iyisiguquli selanga esingaguquki esinama-trackers amabili we-MPP azimele. Iguqula i-direct current (DC) isuka kuhlelo lwe-photovoltaic (PV) iye kugridi ethobela i-alternating current (AC) iphinde iyifake kugridi.
1.2 Indawo esemthethweni
Leli bhukwana lichaza ukukhwezwa, ukufakwa, ukugunyazwa nokugcinwa kwama-inverter alandelayo:
ASW3000-S-G2 ASW3680-S-G2 ASW4000-S-G2 ASW5000-S-G2 ASW6000-S-G2
Bheka wonke amadokhumenti ahambisana ne-inverter. Zigcine endaweni ekahle futhi zitholakala ngaso sonke isikhathi.
1.3 Iqembu eliqondiwe
Le manuwali ngeyabasebenzi bakagesi abaqeqeshiwe kuphela, okufanele benze imisebenzi njengoba kuchaziwe. Bonke abantu abafaka ama-inverters kumele baqeqeshwe futhi babe nolwazi ngokuphepha okujwayelekile okufanele kubhekwe lapho besebenza ezintweni zikagesi. Abasebenzi bokufaka kumele bajwayelane nezidingo zendawo, imithetho nemithethonqubo. Abantu abaqeqeshiwe kumele babe nala makhono alandelayo: · Ulwazi lokuthi i-inverter isebenza kanjani futhi isebenza kanjani · Ukuqeqeshwa ngendlela yokubhekana nobungozi nobungozi obuhambisana nokufaka, ukulungisa kanye
kusetshenziswa izinto zikagesi kanye nezinto ezifakwayo · Ukuqeqeshwa ekufakeni nasekusebenziseni izinto zikagesi · Ulwazi lwayo yonke imithetho esebenzayo, amazinga neziqondiso · Ulwazi nokuhambisana nalo mbhalo kanye nayo yonke imininingwane yezokuphepha.
1.4 Izimpawu ezisetshenziswe kuleli bhukwana
Imiyalelo yokuphepha izogqanyiswa ngezimpawu ezilandelayo:
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UBUNGOZI bukhomba isimo esiyingozi okuthi uma singagwenywa siholele ekufeni noma ekulimaleni okubi kakhulu.
ISEXWAYISO sibonisa isimo esiyingozi okuthi uma singagwenywa, singaholela ekufeni noma ekulimaleni okubi kakhulu.
UKUQAPHELA kukhombisa isimo esiyingozi, okuthi uma singagwenywa, siphumele ekulimaleni okungatheni noma okulingene.
ISAZISO sikhombisa isimo okuthi uma singagwenywa, singaholela ekulimaleni kwempahla.
ULWAZI olubalulekile esihlokweni noma umgomo othile, kodwa aluhambisani nezokuphepha.
Ukuphepha
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2.1 Ukusetshenziswa okuhlosiwe 1. Isiguquli siguqula amandla akhona aqondile asuka kuhlu lwe-PV abe ukushintshana okuthobela igridi
okwamanje. 2. I-inverter ifanele ukusetshenziswa kwangaphakathi nangaphandle. 3. I-inverter kufanele isetshenziswe kuphela ngama-PV arrays (amamojula e-PV kanye nekhebula) yokuvikela.
isigaba II, ngokuhambisana ne-IEC 61730, isigaba sesicelo A. Ungaxhumi noma yimiphi imithombo yamandla ngaphandle kwamamojula e-PV ku-inverter. 4. Amamojula e-PV anamandla aphezulu okuya phansi kufanele asetshenziswe kuphela uma amandla awo okuhlanganisa engaphansi kuka-1.0F. 5. Uma amamojula e-PV echayeka elangeni, i-DC voltage inikezwa inverter. 6. Lapho uklama uhlelo lwe-PV, qinisekisa ukuthi amanani ahambisana nebanga lokusebenza elivunyelwe lazo zonke izingxenye ngaso sonke isikhathi. 7. Umkhiqizo kufanele usetshenziswe kuphela emazweni lapho ugunyazwe khona noma ukhishwe i-AISWEI kanye no-opharetha wegridi. 8. Sebenzisa lo mkhiqizo kuphela ngokuvumelana nolwazi olunikezwe kula madokhumenti kanye namazinga neziqondiso ezisebenzayo endaweni. Noma yisiphi esinye isicelo singadala ukulimala komuntu siqu noma ukulimala kwempahla. 9. Ilebula yohlobo kufanele ihlale inamathele unomphela kumkhiqizo.
2.2 Ulwazi olubalulekile lokuphepha
Ingozi empilweni ngenxa yokushaqeka kukagesi lapho kuthintwa izingxenye ezibukhoma noma izintambo · Wonke umsebenzi ku-inverter kufanele wenziwe kuphela izisebenzi eziqeqeshiwe ezifundile.
futhi baluqonde ngokugcwele lonke ulwazi lokuphepha oluqukethwe kule manuwali. · Ungawuvuli umkhiqizo. · Izingane kufanele zigadwe ukuze kuqinisekiswe ukuthi azidlali ngalo mshini.
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Ingozi empilweni ngenxa yevolumu ephezulutagama-PV array Lapho echayeke elangeni, i-PV array ikhiqiza i-DC voltage ekhona kumakhondaktha e-DC kanye nezingxenye ezibukhoma ze-inverter. Ukuthinta amakhondatha e-DC noma izingxenye ezibukhoma kungaholela ekushayweni kukagesi okubulalayo. Uma unqamula izixhumi ze-DC ku-inverter ngaphansi komthwalo, i-arc kagesi ingase yenzeke okuholela ekushaqekeni kukagesi nokusha. · Ungathinti iziphetho zekhebula ezingavalekile. · Ungathinti ama-conductor e-DC. · Ungathinti noma yiziphi izingxenye ezibukhoma ze-inverter. · Yiba inverter agibele amahhashi, efakwe futhi ethunywe kuphela abantu abaqeqeshiwe nge
amakhono afanele. · Uma kwenzeka iphutha, lilungiswe abantu abaqeqeshiwe kuphela. · Ngaphambi kokwenza noma yimuphi umsebenzi ku-inverter, yinqamule kuwo wonke umthamotage imithombo njengoba
echazwe kulo mbhalo (bheka Isigaba 9 “Ukunqamula i-Inverter ku-Voltage Imithombo”).
Ingozi yokulimala ngenxa yokushaqeka kukagesi Ukuthinta imojula ye-PV engagxiliwe noma ifreyimu ye-array kungabangela ukushaqeka kukagesi okubulalayo. · xhuma futhi ugaye amamojula e-PV, uhlaka lwamalungu afanayo kanye nezindawo ezisebenza ngogesi
ukuze kube khona ukuqhuba okuqhubekayo.
Ingozi yokusha ngenxa yezingxenye ezivalekile ezishisayo Ezinye izingxenye zendawo ebiyelwe zingashisa ngesikhathi sokusebenza. · Ngesikhathi sokusebenza, ungathinti noma yiziphi izingxenye ngaphandle kwesivalo esivalekile se-inverter.
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Ukulimala kwe-inverter ngenxa yokukhishwa kwe-electrostatic Izingxenye zangaphakathi ze-inverter zingalimala ngokungenakulungiseka ngokuphuma kwe-electrostatic. Zithobe ngaphambi kokuthi uthinte noma iyiphi ingxenye.
2.3 Izimpawu kulebula
Uphawu
Incazelo Qaphela indawo eyingozi Lolu phawu lubonisa ukuthi umkhiqizo kufanele ubekwe phansi uma kudingeka isisekelo esengeziwe noma isibopho se-equipotential endaweni yokufaka. Qaphela ivolumu ephezulutage kanye nokusebenza kwamanje I-inverter isebenza ngevolthi ephezulutage namanje. Umsebenzi ku-inverter kumele wenziwe kuphela ngabasebenza ngogesi abanekhono nabagunyaziwe.
Qaphela izindawo ezishisayo I-inverter ingashisa ngesikhathi sokusebenza. Gwema ukuthintana ngesikhathi sokusebenza.
Incazelo ye-WEEE Ungawulahli umkhiqizo kanye nemfucuza yasendlini kodwa ngokuhambisana nemithethonqubo yokulahla imfucuza ye-elekthronikhi esebenza endaweni yokufaka.
Ukumakwa kwe-CE Umkhiqizo uhambisana nezidingo zeziqondiso ezisebenzayo ze-EU.
Uphawu lwesitifiketi Umkhiqizo uhlolwe yi-TUV futhi uthole uphawu lwesitifiketi sekhwalithi. I-RCM Mark Umkhiqizo uthobelana nezidingo zamazinga asebenzayo ase-Australia.
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Ukukhishwa kwama-Capacitors Ngaphambi kokuvula izembozo, i-inverter kufanele inqanyulwe kugridi ne-PV array. Linda okungenani imizuzu emi-5 ukuze uvumele ama-capacitor okugcina amandla ukuthi aphume ngokugcwele.
Bheka amadokhumenti Bheka wonke amadokhumenti ahlinzekwe nomkhiqizo
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Ukuqaqa
3.1 Ububanzi bokulethwa
Into AB
C
DEFGHI
Incazelo Inverter Ubakaki ofakwa odongeni Izikhonkwane zodonga namabhawodi angu-hexagon (2×) Isikulufu se-M5 (2×) Isixhumi se-DC Isixhumi se-AC Ipulaki Induku ye-WiFi RS 485 Ipulagi ye-COMOkokuzithandela Imibhalo Itheminali yemitha ehlakaniphileOkokuzithandela
Inani 1 piece 1 piece
1 isethi
2 amapheya 1 isiqephu 1 piece 2 izingcezu 1 setha 1 ucezu
A
B
C
D
E
F
G
H
I
Hlola ngokucophelela zonke izingxenye. Uma kukhona okushodayo, xhumana nomthengisi wakho.
3.2 Ukuhlola umonakalo kwezokuthutha Hlola ngokucophelela ukupakishwa kwakho lapho ulethwa. Uma ubona noma yimuphi umonakalo ephaketheni okhombisa ukuthi inverter yonakele, yazisa inkampani yezokuthutha enomthwalo wemfanelo ngokushesha. Sizokujabulela ukukusiza uma kudingeka.
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Ukukhweza
4.1 Izimo ze-ambient
1. Qiniseka ukuthi i-inverter ifakwe endaweni lapho izingane zingafinyeleleki khona. 2. Faka i-inverter ezindaweni lapho ingenakuthintwa khona ungaqondile. 3. Qinisekisa ukufinyelela okuhle ku-inverter ukuze kufakwe kanye nesevisi engenzeka. 4. Qinisekisa ukuthi ukushisa kungahlakazeka, gcina imvume encane elandelayo ezindongeni, nokunye
ama-inverters, noma izinto:
Isiqondiso ngenhla ngezansi kwezinhlangothi
Okuncane. clearancemm 500 500 300
5. Izinga lokushisa le-ambient liyanconywa libe ngaphansi kuka-40°C ukuze kuqinisekiswe ukusebenza kahle. 6. Ncoma ukufaka i-inverter ngaphansi kwendawo enomthunzi yesakhiwo noma ukufaka i-an
isisitho selanga phezu kwe-inverter. 7. Gwema ukubeka inverter ekukhanyeni kwelanga, imvula neqhwa ukuze uqinisekise ukusebenza kahle
futhi andise impilo yesevisi.
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8. Indlela yokukhweza, indawo nendawo kufanele ifanele isisindo nobukhulu be-inverter.
9. Uma ifakwe endaweni yokuhlala, sincoma ukufaka i-inverter endaweni eqinile. I-Plasterboard nezinto ezifanayo azinconywa ngenxa yokudlidliza okuzwakalayo lapho kusetshenziswa.
10. Ungabeki noma yiziphi izinto ku-inverter. 11. Ungayimbozi i-inverter.
4.2 Ukukhetha indawo yokukhweza
Ingozi empilweni ngenxa yomlilo noma ukuqhuma · Ungayikhwezi inverter ezintweni zokwakha ezivuthayo. · Ungayikhwezi inverter ezindaweni lapho kugcinwa khona izinto ezivuthayo.
· Ungayikhwezi inverter ezindaweni lapho kunengozi yokuqhuma.
1. Faka i-inverter iqonde phezulu noma utshekele emuva ngenani eliphakeme elingu-15°. 2. Ungalokothi ukhweze isiguquli esitshekele phambili noma emaceleni. 3. Ungalokothi ukhweze i-inverter ngokuvundlile. 4. Faka i-inverter ezingeni lamehlo ukuze wenze kube lula ukusebenza nokufunda isibonisi. 5. Indawo yokuxhuma ugesi kufanele ibheke phansi.
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4.3 Ukukhweza i-inverter ngobakaki odongeni
Ingozi yokulimala ngenxa yesisindo se-inverter · ·Uma ukhuphuka, qaphela ukuthi inverter inesisindo esingaba ngu-18.5kg.
Izinqubo zokugxumeka: 1. Sebenzisa ubakaki osodongeni njengesifanekiso sokubhoboza bese umaka izindawo zokubhoboza izimbobo. I-Drill 2
izimbobo ezinomshini wokubhoboza ongu-10 mm. Imigodi kumele ibe ngu-70 mm ukushona. Gcina i-drill imile odongeni, futhi ubambe i-drill inganyakazi ukuze ugweme izimbobo ezitshekile.
Ingozi yokulimala ngenxa ye-inverter iwela phansi · ·Ngaphambi kokufaka amahange odongeni, kala ukujula nebanga lezimbobo. · ·Uma amanani akaliwe engahlangabezani nezidingo zembobo, bhoboza kabusha imigodi.
2. Ngemva kokubhoboza izimbobo odongeni, faka amahange ngezikulufu ezintathu emigodini, bese unamathisela ubakaki ofakwa odongeni usebenzisa izikulufo ezizishayayo ezilethwe nge-inverter.
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3. Misa futhi ulengise i-inverter kubakaki odongeni uqinisekise ukuthi izikhonkwane ezimbili ezisezinmbanjeni zangaphandle ze-inverter zifakwe ezindaweni ezihlukene kubakaki odongeni.
4. Hlola izinhlangothi zombili ze-sink yokushisa ukuze uqinisekise ukuthi isendaweni ngokuphephile. faka isikulufu esisodwa esingu-M5x12 ngasinye embotsheni yesikulufu esingezansi nhlangothi zombili ze-inverter anchorage bracket ngokulandelanayo futhi uziqinise.
Uma i-conductor yesibili evikelayo idingeka endaweni yokufaka, gaya inverter futhi uyivikele ukuze ingakwazi ukwehla kusukela endlini (bheka isigaba 5.4 "Uxhumano lwesibili oluvikelayo lwesisekelo").
Hlukanisa i-inverter ngokulandelana okuphambene.
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Ukuxhumana Ngogesi
5.1 Ukuphepha
Ingozi empilweni ngenxa yevolumu ephezulutagama-PV array Lapho echayeke elangeni, i-PV array ikhiqiza i-DC voltage ekhona kumakhondaktha e-DC kanye nezingxenye ezibukhoma ze-inverter. Ukuthinta amakhondatha e-DC noma izingxenye ezibukhoma kungaholela ekushayweni kukagesi okubulalayo. Uma unqamula izixhumi ze-DC ku-inverter ngaphansi komthwalo, i-arc kagesi ingase yenzeke okuholela ekushaqekeni kukagesi nokusha. · Ungathinti iziphetho zekhebula ezingavalekile. · Ungathinti ama-conductor e-DC. · Ungathinti noma yiziphi izingxenye ezibukhoma ze-inverter. · Faka i-inverter, ifakwe futhi ithunyelwe ngabantu abaqeqeshiwe kuphela
ngamakhono afanele. · Uma kwenzeka iphutha, lilungiswe abantu abaqeqeshiwe kuphela. · Ngaphambi kokwenza noma yimuphi umsebenzi ku-inverter, yinqamule kuwo wonke umthamotage imithombo njengoba
echazwe kulo mbhalo (bheka Isigaba 9 “Ukunqamula i-Inverter ku-Voltage Imithombo”).
Ingozi yokulimala ngenxa yokushaqeka kukagesi · I-inverter kufanele ifakwe kuphela ochwepheshe bakagesi abaqeqeshiwe nabagunyaziwe. · Konke ukufakwa kukagesi kumele kwenziwe ngokuhambisana neMithetho Yezintambo Kazwelonke
amazinga kanye nawo wonke amazinga neziqondiso ezisebenzayo endaweni.
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Ukulimala kwe-inverter ngenxa yokukhishwa kwe-electrostatic Ukuthinta izingxenye ze-elekthronikhi kungabangela umonakalo noma kucekele phansi i-inverter ngokusebenzisa
ukukhishwa kwe-electrostatic. Zithobe ngaphambi kokuthi uthinte noma iyiphi ingxenye.
5.2 Ukuhlelwa kwesistimu yamayunithi ngaphandle kokushintshwa kwe-DC okuhlanganisiwe
Amazinga endawo noma amakhodi angase adinge ukuthi amasistimu e-PV afakelwe iswishi yangaphandle ye-DC
ohlangothini lwe-DC. Iswishi ye-DC kufanele ikwazi ukunqamula ngokuphephile ivolumu yesekhethi evulekiletage ye-PV
amalungu afanayo kanye nendawo yokuphepha engu-20%.
Faka iswishi ye-DC ochungechungeni ngalunye lwe-PV ukuze uhlukanise uhlangothi lwe-DC lwe-inverter. Sincoma i
ukuxhumeka kukagesi okulandelayo:
Kugridi
PE N
L
+
– DC BOX + (uyazikhethela)
–
-+
I-PE -+
INVERTER
I-DC INPUT
+- +-
Okwesibili
isisekelo AC OUTPUT
I-LN PE
AC BOX
I-electrode ephansi
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5.3 Ngaphezuluview yendawo yokuxhumana
Into ABCDEFG
Incazelo DC SHINTSHA: vula noma vala ku-PV-load. Okokufaka kwe-DC: isixhumi se-plug-in ukuze sixhume izintambo. I-COM: Imbobo yenethiwekhi enekepisi elivikelayo. Isixhumi semitha. I-WiFi: hambisa kanye nesiginali ye-Wi-Fi. Iphoyinti lokuxhuma lesisekelo esengeziwe. I-AC OUTPUT: isixhumi se-plug-in, xhuma igridi.
5.4 Ukuxhumana okuyisisekelo okuvikelekile kwesibili
Uma kusebenza ohlotsheni lweGridi ye-Delta-IT, ukuze kuqinisekiswe ukuthobela ukuphepha ngokuhambisana ne-IEC 62109, lesi sinyathelo esilandelayo kufanele sithathwe: I-conductor yesibili evikela umhlaba/umhlabathi, enobubanzi okungenani obuyi-10 mm2 futhi yenziwe. kusuka ethusi , kufanele ixhunywe endaweni ekhethiwe yomhlaba ku-inverter.
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Inqubo: 1. Faka i-conductor ephansi endaweni efanele yetheminali bese unqamula othintana naye. 2. Qondanisa isikhwama setheminali ne-conductor yaphansi kusikulufu. 3. Yiqinise ngokuqinile endlini (uhlobo lwe-screwdriver: PH2, i-torque: 2.5 Nm).
Into engu-M5 isikulufu Intambo ye-Bootlace ferrule yokumisa
5.5 Ukuxhumeka kwe-AC
Ulwazi lwezingxenye eziphansi: Incazelo Uhlobo lwe-Screwdriver: PH2, i-torque: 2.5Nm Ikhasimende linikeziwe, uhlobo: I-M5 Copper Copper cross-section: 6-16mm2
Ingozi empilweni ngenxa yevolumu ephezulutages inverter · Ngaphambi kokusungula uxhumano lukagesi, qinisekisa ukuthi isekethe encane-
i-breaker ivaliwe futhi ayikwazi ukuphinda isebenze.
5.5.1 Izimo zezimfuneko zekhebula loxhumano lwe-AC
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Uxhumano lwegridi lusungulwa kusetshenziswa amakhondatha amathathu (L, N, kanye ne-PE). Sincoma ukucaciswa okulandelayo kwentambo yethusi eboshiwe. Izindlu zepulaki ye-AC zinokubhala ngobude bokukhumula ikhebula.
ASW3000-S-G2/ASW3680-S-G2/ASW4000-S-G2/ASW5000-S-G2/ASW6000-S-G2
Incazelo Yento
Inani
A
Ububanzi bangaphandle
10 kuya ku-16 mm
B
I-conductor cross-section
4 kuya ku-8 mm²
C
Ubude bokuhlubula bamakhondatha afakiwe
cishe. 13 mm
D
Ubude bokukhumula komgodla wangaphandle wekhebula
cishe. 53 mm
Izingxenye eziphambanayo ezinkulu kufanele zisetshenziselwe izintambo ezinde.
Idizayini yekhebula
I-conductor cross-section kufanele ilinganiswe ukuze kugwenywe ukulahleka kwamandla kumakhebuli angaphezu kuka-1%
kwamandla okukhiphayo alinganiselwe.
I-impedance ephezulu yegridi yekhebula ye-AC yenza kube lula ukunqamula kugridi ngenxa
voltage endaweni yokuphakelayo.
Ubude bobude bekhebula obukhulu buncika ku-conductor cross-section ngale ndlela elandelayo:
I-Conducto r crosssection
I-ASW3000-S
Ubude bekhebula obukhulu ASW3680-S ASW4000-S ASW5000-S
I-ASW6000-S
4 mm² 6 mm² 8 mm²
30m 45m 60m
24m 36m 48m
22m 34m 45m
18m 27m 36m
15m 22m 30m
I-conductor cross-section edingekayo incike esilinganisweni se-inverter, izinga lokushisa le-ambient, indlela yomzila, uhlobo lwekhebula, ukulahleka kwekhebula, izidingo zokufakwa ezisebenzayo zezwe
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ukufakwa, njll.
5.5.2 Ukuxhumana kwegridi
Ingozi yokulimala ngenxa yokushaqeka kukagesi kanye nomlilo obangelwa ukuvuza kwamanje okuphezulu · I-inverter kufanele isekelwe phansi ngendlela ethembekile ukuze kuvikelwe impahla kanye nomuntu.
ukuphepha. · Intambo ye-PE kufanele ibe yinde ngo-2 mm kuno-L,N ngesikhathi sokuhlubula umgodla wangaphandle wekhebula le-AC.
Ukulimala kophawu lwekhava ezimeni ezingaphansi kukaziro Uma uvula ikhava esimweni esingaphansi kweziro, ukuvala kwekhava kungalimala. Lokhu kungaholela umswakama ukungena ku-inverter. · Ungavuli ikhava ye-inverter emazingeni okushisa angaphansi kuka -5. · Uma ungqimba lweqhwa kwakheka uphawu lwekhava kuma-sub-zero compditions, lususe
ngaphambi kokuvula inverter (isb ngokuncibilikisa iqhwa ngomoya ofudumele). Qaphela umthethonqubo wokuphepha osebenzayo. Inqubo: 1. Vala i-circuit breaker encane futhi uyivikele ngokumelene nokuvuswa futhi ungaqondile. 2. Nciphisa u-L no-N ngo-2 mm ngayinye, ukuze umqhubi ophansi abe ngu-3 mm ubude. Lokhu kuqinisekisa ukuthi i-conductor yaphansi ingeyokugcina ukudonswa kutheminali yesikulufu uma kwenzeka kuba nokucindezeleka. 3. Faka ikhondakta ku-acc ye-ferrule efanelekile. ku-DIN 46228-4 bese unqamula othintana naye.
4. Faka i-PE, N kanye ne-L conductor ngokusebenzisa indlu yesixhumi se-AC bese uyinqamulela kumatheminali ahambisanayo wetheminali yesixhumi se-AC futhi uqiniseke ukuthi uyawafaka.
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kuze kube sekugcineni ngendlela ebonisiwe bese uqinisa izikulufu ngokhiye olingana nosayizi we-hex onetorque ephakanyisiwe engu-2.0 Nm.
5. Xhuma ipulaki yesixhumi se-AC kutheminali ye-inverter's AC okukhiphayo.
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5.5.3 Ukuvikelwa kwamanje okuyinsalela I-inverter ifakwe iyunithi yokuqapha yamanje eyinsalela ezwela kakhulu (RCMU) enenzwa yamanje ehlukile edidiyelwe efeza izimfuneko ze-DIN VDE 0100-712 (IEC60364-7-712:2002). Ngakho-ke idivayisi yamanje eyinsalela yangaphandle (RCD) ayidingeki. Uma i-RCD yangaphandle idinga ukufakwa ngenxa yemithetho yendawo, uhlobo lwe-RCD A noma uhlobo B lungafakwa njengesinyathelo sokuphepha esengeziwe. Iyunithi yokuqapha yamanje eyinsalela ebucayi (RCMU) ithola amaza ashintshashintshayo futhi aqondile. Inzwa yamanje ehlukile ehlanganisiwe ithola umehluko wamanje phakathi kwe-conductor engathathi hlangothi kanye ne-conductor yomugqa. Uma umehluko wamanje ukhula ngokuzumayo, i-inverter iyanqamuka kugridi. Umsebenzi weyunithi yokuqapha esele yamanje ebucayi (RCMU) uhloliwe ngokuvumelana ne-IEC 62109-2.
Isilinganiso sedivayisi yamanje eyinsalela yangaphandle · Uma idivayisi yamanje eyinsalela yangaphandle (RCD) idingeka ohlelweni lwe-TT noma lwe-TN-S, faka
idivayisi yamanje eyinsalela ehamba ngokusalela okungu-100 mA noma ngaphezulu. · Ku-inverter ngayinye exhunyiwe, i-RCD enensalela yamanje elinganiselwe engu-100mA kufanele ibe
enikeziwe. Isilinganiso sensalela yamanje ye-RCD kufanele ilingane okungenani nesamba semali esele elinganiselwe yama-inverter axhunyiwe. Lokho kusho ukuthi, uma, ngokwesiboneloample, ama-inverter amabili angenawo amandla axhunyiwe, i-current residual residual ye-RCD kufanele ibe okungenani i-200 mA.
5.5.4 I-Overvoltagisigaba se-e I-inverter ingasatshalaliswa kumagridi wesigaba sokufakwa III noma ngaphansi, njengoba kuchazwe ngaphansi kwe-IEC 60664-1. Lokhu kusho ukuthi ingaxhunywa unomphela endaweni yokuxhuma igridi esakhiweni. Ekufakweni okubandakanya umzila wekhebula wangaphandle omude, ukugcwala okungeziwetagkufanele kuthathwe izinyathelo zokunciphisa i-elekthronikhi ukuze kudlule i-overvoltagisigaba sika-e sincishisiwe sisuka ku-IV siye ku-III.
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5.5.5 Ukuqapha ikhondatha ephansi I-inverter ifakwe idivayisi yokuqapha ikhondatha ephansi. Le divayisi yokuqapha ikhondatha ephansi ithola lapho kungekho mqhubi waphansi oxhunyiwe futhi inqamule isiguquli kugridi yokusetshenziswa uma lokhu kunjalo. Ngokuya ngendawo yokufaka nokucushwa kwegridi, kungase kube ukuhlakanipha ukuvala ukuqapha komqhubi ophansi. Lokhu kuyadingeka, ngokwesiboneloample, ohlelweni lwe-IT uma ingekho ikhondatha engathathi hlangothi ekhona futhi uhlose ukufaka isiguquli phakathi kwamakhondatha wemigqa emibili. Uma ungaqiniseki ngalokhu, xhumana no-opharetha wegridi yakho noma i-AISWEI-TECH.
5.5.6 Isilinganiso se-circuit breaker encane
Ingozi yokuphila ngenxa yomlilo · Kumelwe uvikele isiguquli ngasinye nge-circuit breaker ngayinye ukuze
ukuthi i-inverter inganqanyulwa ngokuphepha.
Akukho mthwalo okufanele usetshenziswe phakathi kwe-circuit-breaker kanye ne-inverter. Sebenzisa ama-circuitbreaker azinikele anomsebenzi wokushintsha umthwalo ukuze ushintshe ukulayisha. Ukukhethwa kwesilinganiso se-circuit-breaker kuncike ekwakhiweni kwezintambo (indawo ye-wire cross-section), uhlobo lwekhebula, indlela yezintambo, izinga lokushisa elizungezile, isilinganiso samanje se-inverter njll. Ukuncishiswa kwesilinganiso se-circuit breaker kungase kudingeke ngenxa yokuzishisisa noma uma evezwe ekushiseni. Ukuvikelwa okuphezulu kokuphuma kwe-overcurrent kwama-inverters kungatholakala esigabeni 10.2.
5.6 Ukuxhumana kwe-DC
Ingozi empilweni ngenxa yevolumu ephezulutages inverter · Ngaphambi kokuxhuma uhlelo lwe-PV, qinisekisa ukuthi iswishi ye-DC ivaliwe nokuthi
ayikwazi ukuphinda isebenze. · Unganqamuli izixhumi ze-DC ezilayishiwe.
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5.6.1 Izimfuneko Zokuxhunywa kwe-DC
Ukusetshenziswa kwama-adaptha angu-Y ekuxhumekeni okuhambisanayo kwezintambo Ama-adaptha angu-Y akufanele asetshenziselwe ukuphazamisa isekethe ye-DC. · Ungasebenzisi ama-adaptha angu-Y eduze nendawo ye-inverter.
Ama-adaptha akufanele abonakale noma afinyeleleke ngokukhululekile. · Ukuze uphazamise isekethe ye-DC, nqamula njalo i-inverter njengoba kuchaziwe kulokhu
idokhumenti (bheka Isigaba 9 “Ukunqamula I-Inverter ku-Voltage Imithombo”).
Izidingo zamamojula we-PV weyunithi yezinhlamvu:
· Amamojula e-PV ezintambo ezixhunyiwe kufanele abe: uhlobo olufanayo, ukuqondanisa okufanayo kanye nokutsheka okufanayo.
· Imikhawulo yokufaka ivolumutage kanye nokokufaka kwamanje kwe-inverter kufanele kulandelwe (bona Isigaba 10.1 "Idatha yokufaka ye-Technical DC").
· Ngosuku olubanda kakhulu olusekelwe kumarekhodi ezibalo, i-open-circuit voltagI-e yohlelo lwe-PV akumele idlule ivolumu enkulu yokufakatage ye-inverter.
· Izintambo zokuxhuma zamamojula we-PV kufanele zifakwe izixhumi ezifakwe kububanzi bokulethwa.
· Izintambo zokuxhuma ezinhle zamamojula we-PV kufanele zifakwe izixhumi eziphozithivu ze-DC. Izintambo zokuxhuma ezingezinhle zamamojula we-PV kumele zifakwe izixhumi ze-DC ezingezinhle.
5.6.2 Ukuhlanganisa izixhumi ze-DC
Ingozi empilweni ngenxa yevolumu ephezulutages kumakhondaktha e-DC Lapho echayeke elangeni, i-PV array ikhiqiza i-DC voltage ekhona ku-DC conductors. Ukuthinta amakhondaktha e-DC kungaholela ekushayweni kukagesi okubulalayo. · Mboza amamojula e-PV. · Ungathinti ama-conductor e-DC.
Hlanganisa izixhumi ze-DC njengoba kuchazwe ngezansi. Qiniseka ukuthi ubheka i-polarity efanele. Izixhumi ze-DC zimakwe ngezimpawu “+” kanye no-” – “.
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Izidingo zekhebula: Ikhebuli kufanele ibe yohlobo lwe-PV1-F, UL-ZKLA noma i-USE2 futhi ithobelane nezici ezilandelayo: Ububanzi bangaphandle: 5 mm ukuya ku-8 mm I-Conductor cross-section: 2.5 mm² kuya ku-6 mm² Izintambo ezingazodwa ezingu-Qty: okungenani 7 Ivolumu yegamatage: okungenani 600V Qhubeka kanje ukuze uhlanganise isixhumi ngasinye se-DC. 1. Khipha intambo engu-12 mm.
2. Hola ikhebuli ehlutshiwe kusixhumi esihambisanayo sepulaki ye-DC. Cindezela i-clampi-bracket phansi kuze kube yilapho ingena ngokuzwakalayo endaweni.
3. Phusha inadi elijikayo liye phezulu entanjeni bese uqinisa nati elijikayo. (SW15, Torque: 2.0Nm).
4. Qinisekisa ukuthi ikhebuli ibekwe ngendlela efanele: Umphumela
Kala
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Uma izintambo eziboshwe zibonakala ekamelweni le-clampubakaki wocingo, ikhebula libekwe ngendlela efanele.
· Qhubekela esinyathelweni sesi-5.
Uma izintambo eziboshiwe zingabonakali ekamelweni, ikhebula alibekwe kahle.
· Khipha i-clampubakaki. Ukuze wenze lokhu, faka i-screwdriver ye-flat-blade (ububanzi be-blade: 3.5 mm) ku-clampi-bracket bese uyivula.
5.6.3 Ukuqaqa izixhumi ze-DC
· Khipha ikhebula bese ubuyela esinyathelweni sesi-2.
Ingozi empilweni ngenxa yevolumu ephezulutages kumakhondaktha e-DC Lapho echayeke elangeni, i-PV array ikhiqiza i-DC voltage ekhona ku-DC conductors. Ukuthinta amakhondaktha e-DC kungaholela ekushayweni kukagesi okubulalayo. · Mboza amamojula e-PV. · Ungathinti ama-conductor e-DC.
Ukuze ukhiphe izixhumi nezintambo zepulaki ye-DC, sebenzisa i-screwdriver (ububanzi beblade: 3.5mm) njengenqubo elandelayo.
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5.6.4 Ukuxhumanisa i-PV array
I-inverter ingacekelwa phansi yi-overvoltage Uma i-voltagI-e yamayunithi ezinhlamvu idlula umthamo omkhulu wokufakwayo we-DCtage ye-inverter, ingacekelwa phansi ngenxa yokugcwala ngokweqiletage. Zonke izimangalo zewaranti ziba yize. · Ungaxhumi izintambo ngevolumu yomjikelezo ovulekiletage enkulu kune-DC ephezulu
okokufaka voltage ye-inverter. · Hlola ukwakheka kohlelo lwe-PV.
1. Qinisekisa ukuthi i-circuit breaker ngayinye ivaliwe futhi uqinisekise ukuthi ayikwazi ukuxhunywa kabusha ngephutha.
2. Qinisekisa ukuthi iswishi ye-DC ivaliwe futhi uqinisekise ukuthi ayikwazi ukuxhunywa kabusha ngephutha.
3. Qinisekisa ukuthi alikho iphutha eliphansi kuhlu lwe-PV. 4. Hlola ukuthi isixhumi se-DC sine-polarity efanele yini.
Uma isixhumi se-DC sifakwe intambo ye-DC ene-polarity engalungile, isixhumi se-DC kufanele sihlanganiswe kabusha. Ikhebula le-DC kufanele njalo libe ne-polarity efana nesixhumi se-DC. 5. Qinisekisa ukuthi i-open-circuit voltagI-e yohlelo lwe-PV ayeqi ubuningi bomthamo wokufaka we-DCtage ye-inverter. 6. Xhuma izixhumi ze-DC ezihlanganisiwe ku-inverter zize zingene ngokuzwakalayo endaweni.
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7. Qinisekisa ukuthi zonke izixhumi ze-DC zisendaweni ngokuphephile.
Ukulimala kwe-inverter ngenxa yomswakama kanye nokungena kothuli · Vala okokufaka kwe-DC okungasetshenzisiwe ukuze umswakama nothuli kungakwazi ukungena ku-inverter. · Qiniseka ukuthi zonke izixhumi ze-DC zivaliwe ngokuvikelekile.
5.7 Ukuxhunywa kwempahla yokuxhumana
Ingozi empilweni ngenxa yokushaqeka kukagesi lapho kuthintwa izingxenye ezibukhoma. · Nqamula inverter kuwo wonke umthamotage imithombo ngaphambi kokuxhuma ikhebula lenethiwekhi.
Ukulimala kwe-inverter ngenxa yokukhishwa kwe-electrostatic Izingxenye zangaphakathi ze-inverter zingalimala ngokungenakulungiseka ngenxa ye-electrostatic.
khipha • Zithobe ngaphambi kokuthi uthinte noma iyiphi ingxenye.
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5.7.1 Ukuxhunywa kwekhebula le-RS485 Umsebenzi wephinikhodi wesokhethi ye-RJ45 umi kanje:
Ikhebuli yenethiwekhi ehlangana ne-EIA/TIA 568A noma 568B ejwayelekile kufanele imelane ne-UV uma izosetshenziswa ngaphandle. Isidingo sekhebula : – Intambo evikelayo – i-CAT-5E noma ngaphezulu – Ingavimbeli i-UV ukuze isetshenziswe ngaphandle – ikhebula le-RS485 ubude obungu-1000m Inqubo: 1. Khipha into yokulungisa ikhebula ephaketheni. 2. Khipha nati elijikayo lendlala yekhebula le-M25, khipha ipulaki yokugcwalisa endlaleni yekhebula futhi
yigcine kahle. Uma kunekhebula yenethiwekhi eyodwa kuphela, sicela ugcine ipulaki yokugcwalisa emgodini osele wendandatho yokuvala ngokumelene nokungena kwamanzi. 3. Umsebenzi wephinikhodi yekhebula ye-RS485 njengoba ingezansi, khumula intambo njengoba kuboniswe emfanekisweni, futhi unqamule ikhebula kusixhumi se-RJ45 (ngokwe-DIN 46228-4, ehlinzekwe ikhasimende):
4. Khipha isikulufa sembobo yembobo yokuxhumana ngokulandelana komcibisholo olandelayo bese ufaka ikhebuli yenethiwekhi kuklayenti lokuxhumana le-RS485 elinamathiselwe.
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5. Faka ikhebula lenethiwekhi kutheminali yokuxhumana ehambisanayo ye-inverter ngokuvumelana nokulandelana komcibisholo, qinisa umkhono wentambo, bese uqinisa indlala.
Hlukanisa ikhebula lenethiwekhi ngokulandelana okuphambene.
5.7.2 Imitha ehlakaniphile yokuxhuma ikhebula Umdwebo wokuxhuma
Inqubo: 30
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1. Khulula indlala yesixhumi. Faka ama-conductor acijile kokuhambisanayo
amatheminali futhi uqinise izikulufu nge-screwdriver njengoba kukhonjisiwe. I-Torque: 0.5-0.6 Nm
2. Khipha isivalo sothuli kutheminali yesixhumi semitha bese uxhuma imitha
ipulaki.
5.7.3 Uxhumano lwe-WiFi/4G stick 1. Khipha i-WiFi/4G modular efakwe kububanzi bokulethwa. 2. Namathisela i-modular ye-WiFi embobeni yokuxhumana esendaweni bese uyiqinisa ethekwini ngesandla nge-nati ku-modular. Qiniseka ukuthi i-modular ixhumeke ngokuvikelekile futhi ilebula kumodular ingabonakala.
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Ukuxhumana
6.1 Ukuqapha uhlelo nge-WLAN/4G
Umsebenzisi angakwazi ukuqapha i-inverter ngokusebenzisa imojula yenduku ye-WiFi/4G yangaphandle. Umdwebo wokuxhuma phakathi kwe-inverter ne-inthanethi uboniswa njengokulandela izithombe ezimbili, zombili izindlela ziyatholakala. Sicela uqaphele ukuthi induku ngayinye ye-WiFi/4G ingaxhumeka kuma-inverter angu-5 kuphela ku-method1.
-...
-...
~~~~
I-Inverter
-… ~~
-...
-...
~~~~
I-Inverter
-… ~~
I-WIFI Router
4G
I-inthanethi
I-inthanethi ye-ASWCloud
Isiteshi sesisekelo sesignali
Ithebhulethi ye-IOS Android PC
Indlela 1 i-inverter eyodwa kuphela ene-4G/WiFi Stick, enye inverter ixhunywe ngekhebula le-RS 485.
-...
~~
I-Inverter
-...
~~
I-Inverter
I-WIFI
Irutha
4G
I-inthanethi
I-inthanethi ye-ASWCloud
Isiteshi sesisekelo sesignali
I-IOS yethebhulethi
I-PC ye-Android
I-Mehod 2 yonke inverter ene-4G/WiFi Stick, yonke inverter ingaxhuma ku-inthanethi.
Njengoba kuboniswe ngenhla, sinikeza inkundla yokuqapha ekude ebizwa ngokuthi "ifu le-AiSWEI". Ungakwazi futhi
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faka i-“AiSWEI APP” kumakhalekhukhwini ohlakaniphile usebenzisa i-Android noma isistimu yokusebenza ye-iOS. Ungavakashela i- webisayithi (https://solplanet.net/installer-area/#monitoring) ukuze uthole ulwazi lwesistimu. Bese ulanda imanuwali yomsebenzisi ye-AISWEI Cloud Web noma AISWEI APP.
6.2 Ukulawula amandla asebenzayo nge-Smart meter Isiguquli singakwazi ukulawula ukuphuma kwamandla ngokuxhuma imitha ehlakaniphile, isithombe esilandelayo imodi yokuxhuma isistimu nge-WiFi stick.
Imitha ehlakaniphile kufanele isekele iphrothokholi ye-MODBUS enesilinganiso se-baud esingu-9600 kanye nekheli elibekwe 1. I-Smart meter njengenhla kwendlela yokuxhuma ye-SDM230-Modbus kanye nendlela yokusetha ye-baud rate ye-modbus sicela ubhekisele encwadini yayo yomsebenzisi.
Isizathu esingaba khona sokwehluleka ukuxhumana ngenxa yokuxhumeka okungalungile · Induku ye-WiFi isekela kuphela isiguquli esishintshayo esisodwa ukwenza ukulawula kwamandla okusebenzayo. · Ubude bubonke bekhebula ukusuka ku-inverter ukuya ku-smart meter buyi-100m.
Umkhawulo wamandla osebenzayo ungasethwa kuhlelo lokusebenza lwe-“AiSWEI APP”, imininingwane ingatholakala kubhukwana lomsebenzisi le-AISWEI APP.
6.3 Izindlela zokuphendula ezifunwa yi-Inverter (DRED)
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Incazelo yesicelo se-DRM · Isebenza kuphela ku-AS/NZS4777.2:2015. · DRM0, DRM5, DRM6, DRM7, DRM8 ayatholakala.
I-inverter izothola futhi iqalise impendulo kuyo yonke imiyalo yempendulo yesidingo esekelwe,
Izindlela zokuphendula zokufuna zichazwe kanje:
Imodi
Imfuneko
I-DRM 0
Sebenzisa idivayisi yokunqamula
I-DRM 1
Ungawadli amandla
I-DRM 2
Ungadli ngaphezu kuka-50% wamandla alinganiselwe
I-DRM 3
Ungadli ngaphezu kuka-75% wamandla alinganiselwe KANYE namandla asebenzayo omthombo uma ukwazi
I-DRM 4
Khulisa ukusetshenziswa kwamandla (kuncike emikhawulweni evela kwamanye ama-DRM asebenzayo)
I-DRM 5
Ungawakhiqizi amandla
I-DRM 6
Ungakhiqizi ngaphezu kuka-50% wamandla alinganiselwe
I-DRM 7
Ungawakhiqizi amandla angaphezu kuka-75% alinganiselwe KANYE namandla asebenzayo kaSink uma ukwazi
I-DRM 8
Khulisa ukukhiqizwa kwamandla (kuncike emigomeni evela kwamanye ama-DRM asebenzayo)
Izabelo zephinikhodi yesokhethi ye-RJ45 yezindlela zokuphendula ngokufunwa kanje:
Iphinikhodi1——–DRM 1/5
Iphinikhodi2——- DRM 2/6
Iphinikhodi3——- DRM 3/7
Iphinikhodi4——- DRM 4/8
Pin5——- RefGen
I-Pin6——- Com/DRM0
Iphinikhodi7——–N/A
Iphinikhodi8——- N/A
Uma kudingeka ukwesekwa kwama-DRM, isiguquli kufanele sisetshenziswe ngokuhlanganyela ne-AiMonitor. i
Idivayisi Evumela Ukusabela Kwesidingo (DRED) ingaxhunywa embobeni ye-DRED ku-AiMonitor nge-
Ikhebula le-RS485. Ungavakashela i- website www.solplanet.net ukuze uthole ulwazi olwengeziwe futhi ulande
imanuwali yomsebenzisi ye-AiMonitor.
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6.4 Ukuxhumana namadivayisi ezinkampani zangaphandle
Iziguquli zeSolplanet zingaxhumana ne-Solarlog noma i-Meteocontrol, ngamanye amazwi, ungasebenzisa i-Solarlog noma i-Meteocontrol ukuqapha iziguquli ze-solplanet. Ukuze uthole ulwazi olwengeziwe, sicela ubheke imanuwali yabo yomsebenzisi.
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7 Ukugunyazwa
Ingozi yokulimala ngenxa yokufakwa okungalungile · Sincoma ngokuqinile ukuthi uhlole ngaphambi kokuthumela ukuze ugweme okungenzeka
ukulimala kocingo okudalwe ukufakwa okunephutha.
7.1 Ukuhlola ugesi Yenza izivivinyo zikagesi eziyinhloko ngale ndlela elandelayo: 1. Hlola uxhumano lwe-PE nge-multimeter: qiniseka ukuthi insimbi eveziwe ye-inverter
indawo engaphezulu inokuxhumana okuphansi.
Ingozi empilweni ngenxa yobukhona be-DC voltage · Ungathinti izingxenye ze-sub-structure kanye nohlaka lwe-PV yamalungu. Gqoka izinto zokuzivikela ezifana namagilavu avikelayo.
2. Bheka ivolumu ye-DCtage amanani: hlola ukuthi DC voltagI-e yeyunithi yezinhlamvu aweqi imikhawulo evunyelwe. Bheka Isigaba 2.1 "Ukusetshenziswa okuhlosiwe" mayelana nokuklama isistimu ye-PV yevolumu ephezulu evunyelwe ye-DCtage.
3. Hlola i-polarity ye-DC voltage: qiniseka ukuthi i-DC voltagu-e une-polarity efanele. 4. Hlola ukwahlukanisa kwe-PV array ukuze iphansi nge-multimeter: qiniseka ukuthi i-insulation
ukumelana nomhlaba kukhulu kuno-1 MOhm.
Ingozi empilweni ngenxa yokuba khona kwe-AC voltage · Thinta kuphela i-insulation yezintambo ze-AC. Gqoka izinto zokuzivikela ezifana namagilavu avikelayo.
5. Hlola igridi ivolumutage: hlola ukuthi igridi voltage endaweni yokuxhumana ye-inverter ihambisana nenani elivunyelwe.
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7.2 Ukuhlolwa kwemishini
Yenza ukuhlola okuyinhloko komshini ukuze uqinisekise ukuthi i-inverter ayinamanzi: Qinisekisa ukuthi i-inverter ifakwe ngendlela efanele ngobakaki odongeni. Qiniseka ukuthi ikhava igxunyekwe ngendlela efanele. Qiniseka ukuthi ikhebuli yokuxhumana nesixhumi se-AC kufakwe izintambo ngendlela efanele futhi
kuqiniswe.
7.3 Ukuqala
Ngemva kokuqeda ukuhlola kukagesi nokomshini, vula i-circuit breaker encane kanye ne-DC-switch ngokushintshana. Once the DC input voltagi-e iphakeme ngokwanele futhi izimo zokuxhuma igridi ziyahlangatshezwa, i-inverter izoqala ukusebenza ngokuzenzakalelayo. Ngokuvamile, kunezifunda ezintathu ngesikhathi sokusebenza: Ukulinda: Lapho ivolumu yokuqalatagI-e yeyunithi yezinhlamvu inkulu kunevolumu encane yokufaka ye-DCtage kodwa iphansi kunomthamo wokufaka we-DC wokuqalisatage, i-inverter ilinde ivolumu eyanele yokufaka ye-DCtage futhi ayikwazi ukuphakela amandla kugridi. Ukuhlola: Lapho ivolumu yokuqalatagi-e yeyunithi yezinhlamvu idlula ivolumu yokufaka ye-DC yokuqalisatage, i-inverter izohlola izimo zokudla ngesikhathi esisodwa. Uma kukhona okungalungile ngesikhathi sokuhlola, i-inverter izoshintshela kumodi ethi "Fault". Okuvamile: Ngemva kokuhlola, i-inverter izoshintshela kusimo "Esivamile" futhi ifake amandla kugridi. Ngezikhathi zemisebe ephansi, i-inverter ingase iqale ngokuqhubekayo futhi ivale. Lokhu kungenxa yamandla anganele akhiqizwa amalungu afanayo e-PV. Uma leli phutha lenzeka kaningi, sicela ushayele isevisi.
Ukuxazulula Ukuxazulula Ngokushesha Uma i-inverter ikumodi "Iphutha", bheka Isigaba 11 "Ukuxazulula inkinga".
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Ukusebenza
Ulwazi olunikezwe lapha luhlanganisa izinkomba ze-LED. 8.1 Ngaphezuluview wephaneli I-inverter ifakwe izinkomba ezintathu ze-LED.
Into
Incazelo
A
Okuvamile (I-LED Emhlophe)
B
Ukuxhumana (I-LED Emhlophe)
C
Iphutha (i-LED ebomvu)
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8.1.1 Ama-LED I-inverter ifakwe izibonisi ze-LED ezimbili “ezimhlophe” “nobomvu” ezihlinzeka ngolwazi mayelana nezimo ezihlukene zokusebenza.
I-LED A: I-LED A ikhanya lapho i-inverter isebenza ngokujwayelekile. I-LED A ivaliwe I-inverter ayiphakeli kugridi.
I-LED B: I-LED B iyakhanya ngesikhathi sokuxhumana namanye amathuluzi isb. i-AiCom/AiManager, i-Solarlog njll. Futhi, i-LED B iyakhanya phakathi nokubuyekezwa kwe-firmware nge-RS485.
I-LED C: I-LED C ikhanya lapho inverter iyekile ukufaka amandla kugridi ngenxa yephutha. Ikhodi yephutha ehambisanayo izoboniswa ku-APP.
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9 Ukunqamula i-Inverter ku-Voltage Imithombo Ngaphambi kokwenza noma yimuphi umsebenzi ku-inverter, yikhiphe kuwo wonke umthamotage imithombo njengoba kuchazwe kulesi sigaba. Ngaso sonke isikhathi bambelela ngokuqinile ekulandeleni okunqunyiwe.
Ukucekelwa phansi kwedivayisi yokulinganisa ngenxa yokugcwala ngokweqiletage · Sebenzisa amadivaysi okulinganisa ane-DC input voltagububanzi obungu-0 V noma ngaphezulu. Inqubo: 1. Nqamula i-circuit breaker encane futhi uvikeleke ekuxhumekeni kabusha. 2. Nqamula iswishi ye-DC futhi uvikeleke ekuxhumekeni kabusha. 3. Sebenzisa i-cl yamanjeamp imitha ukuqinisekisa ukuthi awekho amakhebuli ezintambo ze-DC. 4. Khulula futhi ususe zonke izixhumi ze-DC. Faka i-screwdriver ene-flat-blade noma i-screwdriver ene-engeli (ububanzi beblade: 3.5 mm) kwesinye sezikhala zama-slide bese udonsa izixhumi ze-DC ziye phansi. Ungadonsi ikhebula.
5. Qinisekisa ukuthi akukho voltagI-e ikhona ekufakweni kwe-DC kwe-inverter. 6. Khipha isixhumi se-AC kujeke. Sebenzisa umshini wokulinganisa ofanele ukuhlola ukuthi cha
ivolumutagI-e ikhona kusixhumi se-AC phakathi kuka-L no-N no-L kanye ne-PE.
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Idatha Yezobuchwepheshe
Uhlobo
Ubukhulu. Amandla afanayo e-PV(STC)
UMax. okokufaka voltage MPP voltage ububanzi Ikalwe ngevolumu yevolumutage I-feeding-in voltage Min. Okuphakelayo kwamandla Max. okokufaka kwamanje ngokokufaka kwe-MPP ngakunye Isc PV(absolute maximum) Inombolo yokokufaka kwe-MPP ezimele
Izintambo ngokokufaka ngakunye kwe-MPP
Ubukhulu. i-inverter backfeed yamanje ohlwini lwedatha yokufaka engu-10.1 DC
I-ASW3000-S-G2
I-ASW3680-S-G2
4500wp
600V 60V-560V
360V 80V 20W 16A 24A
1
1
5520wp
0A
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Uhlobo
I-ASW4000-S-G2
I-ASW5000-S-G2
I-ASW6000-S-G2
Ubukhulu. Amandla afanayo e-PV(STC)
UMax. okokufaka voltage
I-MPP voltagibanga
Umthamo wokufaka okaliwetage I-feeding-in voltage Min. Okuphakelayo kwamandla Max. okokufaka kwamanje ngokokufaka kwe-MPP ngakunye Isc PV(absolute maximum) Inombolo yokokufaka kwe-MPP ezimele
Izintambo ngokokufaka ngakunye kwe-MPP
Ubukhulu. inverter backfeed current ohlwini
6000wp
7500Wp 600V
60V-560V 360V 100V 20W
16A/16A 22.5A/22.5A
2
1/1
0A
9000wp
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10.2 AC okukhipha idatha
Uhlobo Likalwe amandla asebenzayo Ikalwe amandla asebenzayo e-AC asobala. Amandla e-AC okubonakalayo Nominal AC voltagi-e/ ububanzi AC amandla imvamisa/ ububanzi Ikalwe okukhiphayo yamanje Max. okukhiphayo kwamanje Max. iphutha lokukhiphayo lamanje I-Max. ukuvikela okuphumayo okudlulele Isici sokuqala samanje se-AC esifushane se-Inrush yamanje yamandla (@amandla alinganiselwe)
Isici samandla okususwa esilungisekayo
Isigaba sokuphakelayo/isigaba sokuxhuma Ukuhlanekezelwa kwe-Harmonic (THD) ekuphumeni okulinganiselwe
I-ASW3000-S-G2 3000W 3000VA
I-ASW3680-S-G2 3680W 3680VA
3300VA
3680VA
220V,230V.240V/180V-295V
50, 60/±5Hz
15A
20A
15A
20A
40A
40A
40A
40A
60A
60A
<20% ye-AC yamanje yokulinganisa ubukhulu obungu-10ms
1
0.8 inductive…. 0.8 capacitive
1 <3%
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Uhlobo
Amandla asebenzayo Alinganiselwe Ikalwe amandla abonakalayo e-AC Max. Amandla e-AC okubonakalayo Nominal AC voltagi-e/ ububanzi AC amandla imvamisa/ ububanzi Ikalwe okukhiphayo yamanje Max. okukhiphayo kwamanje Max. iphutha lokukhiphayo lamanje I-Max. ukuvikela okuphumayo okudlulele Isici sokuqala samanje se-AC esifushane se-Inrush yamanje yamandla (@amandla alinganiselwe)
I-ASW4000-S-G2 4000W 4000VA
I-ASW5000-S-G2 5000W 5000VA
I-ASW6000-S-G2 6000W 6000VA
4400VA
5500VA
6600VA
220V,230V.240V/180V-295V
50, 60/±5Hz
20A
25A
30A
20A
25A
30A
40A
40A
42.5A
40A
40A
45 A
60A
60A
60A
<20% ye-AC yamanje yokulinganisa ubukhulu obungu-10ms
1
Isici samandla okususwa esilungisekayo
0.8 inductive…. 0.8 capacitive
Isigaba sokuphakelayo / 1
isigaba sokuxhuma ukuhlanekezela kwe-Harmonic
<3% (THD) kokuphumayo okulinganiselwe
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10.3 Idatha ejwayelekile
Imininingwane ejwayelekile
ukuxhumana: WIFI/Meter/RS485/ GPRS Display Earth Fault Alarm Zero power output
Ubukhulu (W x H x D mm) Isisindo Umqondo wokupholisa Ukukhishwa komsindo (okujwayelekile) Ukufakwa kolwazi lokukhweza Ubuchwepheshe boxhumano lwe-DC Ubuchwepheshe boxhumano lwe-AC Ububanzi bezinga lokushisa elisebenzayo Umswakama ohlobene (okungajiki) Ubukhulu. ukusebenza ngobude Iziqu zokuvikela (ngokuvumelana ne-IEC 60529) Isigaba sesimo sezulu (ngokuvumelana ne-IEC 60721-3-4) I-Topology Ukuzidla (ebusuku) Ubuchwepheshe bomsakazo
ASW 3000-S-G2/ 3680-S-G2/ 4000-S-G2/ 5000-S-G2/ 6000-S-G2
///
Isekelwe ngamafu e-LED, ezwakalayo(AU) Ngokuxhuma imitha ye-Smart
368x325x145 9.5Kg
i-convection <30 dB(A)@1m yasendlini nangaphandle abakaki bokukhweza odongeni
XLIX
Isixhumi se-plug-in
-25…+60 / -13…+140
0% … 100% 4000m(>4000m derating)
IP66
4K4H
I-Transormerless <1W
I-WLAN 802.11 b / g / n
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Amandla we-spectrum yomsakazo okulindile
2.4 GHz <5W
10.4 Imithetho yezokuphepha
Imishini yokuzivikela
I-DC isolator ye-PV iso / iGridi yokuqapha i-DC reverse polarity protection / AC amandla wesekethe emfushane ye-AC Umsebenzi wokuqapha wamanje oyinsalela(GFCI) Isigaba sokuvikela (ngokwe-IEC 62103) / overvoltagisigaba se-e (ngokuvumelana ne-IEC 60664-1)
ASW 3000-S-G2/ 3680-S-G2/ 4000-S-G2/ 5000-S-G2/ 6000S-G2
//
I / II(DC), III(AC)
I-overvol yangaphakathitagukuvikelwa
Kuhlanganisiwe
Ukuqapha kokuphakelayo kwe-DC Ukuvikelwa kwe-Islanding Ukuvikelwa kwe-EMC Ukukhishwa kwe-EMC
Ukuphazamiseka kosizo
-Standard
-Ongakukhetha
Integrated Integrated EN61000-6-1, EN61000-6-2 EN61000-6-3, EN61000-6-4 EN61000-3-2, EN61000-3-3 EN61000-3-11, EN61000-3-12 —N/A
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10.5 Amathuluzi netorque Amathuluzi netorque edingekayo ukuze kufakwe nokuxhunywa kukagesi.
Amathuluzi, imodeli ye-Torque screwdriver, T25
I-screwdriver ye-torque, T20
I-screwdriver ye-flat-head, i-blade eno-3.5mm
I-screwdriver ye-flat-head, i-blade 0.4×2.5
/
Isokhethi
Vula ukuphela kuka-33
isikrufu
Vula ukuphela kuka-15
I-stripper yezintambo
Amathuluzi eCrimping
Ukubhola ngesando,
i-drill bit ye-Ø10
Isigaxa senjoloba
Intambo yokusika
I-Multimeter
Umaka
Iglovu ye-ESD
I-goggle yokuphepha
I-Anti-dust respirator
Izikulufu zento zekhava Isikulufu soxhumano lwesibili oluyisivikelo lwaphansi Izikulufu zokuxhuma isishintshisi esishintshashintshayo kanye nobakaki obondeni
DEVALAN DC isixhumi
I-Torque engu-2.5Nm 1.6Nm
/
Isixhumi semitha ehlakaniphile
/
Namathisela inadi eliguquguqukayo lendlala yekhebula le-M25 Inadi le-Swivel lesixhumi se-devalan Amabhantshi ekhebula ehlutshiwe Izintambo zamandla e-crimp
Isandla esiqinile
2.0Nm / /
Geza izimbobo odongeni
/
Udonga lwesando luxhuma emigodini
/
Sika izintambo zikagesi
/
Hlola uxhumano lukagesi
/
Maka izindawo zokumba izimbobo
/
Gqoka iglavu ye-ESD lapho uvula /
i-inverter
Gqoka izibuko zokuvikela ngesikhathi sokumba izimbobo.
/
Gqoka i-anti-dust respirator ngesikhathi sokumba /
izimbobo.
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Ukuxazulula inkinga
Uma isistimu ye-PV ingasebenzi ngokujwayelekile, sincoma izixazululo ezilandelayo zalokhu
ngokushesha ukuxazulula inkinga. Uma kwenzeka iphutha, i-LED ebomvu izokhanya. Kuzoba khona “Umcimbi
Imilayezo” iboniswa kumathuluzi okuqapha. Izinyathelo zokulungisa ezihambisanayo yilezi:
Into
Iphutha
Izinyathelo zokulungisa
ikhodi
· Hlola ivolumu ye-open-circuittages of the strings futhi uqiniseke
ingaphansi kwevolumu ephezulu yokufaka ye-DCtage ye-inverter.
· Uma okokufaka voltagu-e ungaphakathi kwebanga elivunyelwe kanye no-6
iphutha lisaqhubeka, kungenzeka ukuthi isekethe yangaphakathi ine
ephukile. Xhumana nesevisi.
Iphutha Elingenzeka
48
· Hlola ifrikhwensi yegridi futhi ubheke ukuthi kaningi kangakanani
ukushintshashintsha kwenzeka.
33
Uma leli phutha libangelwa ukushintshashintsha njalo, zama ukulungisa
amapharamitha okusebenza ngemva kokwazisa u-opharetha wegridi
kuqala.
·Hlola umthamo wegriditage kanye nokuxhumeka kwegridi ku-inverter.
· Hlola igridi voltage endaweni yokuxhuma i-inverter.
Uma igridi voltagu-e ungaphandle kwebanga elivunyelwe ngenxa yendawo
34
izimo zegridi, zama ukuguqula amanani okugadwa
imikhawulo yokusebenza ngemuva kokwazisa inkampani yezinsiza zikagesi kuqala.
Uma igridi voltagingaphakathi kwebanga elivunyelwe futhi leli phutha lisamile
kwenzeka, sicela ushayele isevisi.
· Hlola i-fuse kanye nokuqalisa kwe-circuit breaker
ibhokisi lokusabalalisa.
35
· Hlola igridi voltage, ukusebenziseka kwegridi.
· Hlola ikhebula le-AC, uxhumano lwegridi ku-inverter.
Uma leli phutha lisaboniswa, xhumana nesevisi.
· Qinisekisa ukuthi uxhumano oluyisisekelo lwe-inverter luyi
36
okuthembekile.
·Yenza ukuhlola okubonakalayo kwazo zonke izintambo ze-PV namamojula.
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Iphutha Elingenzeka
37
38
40 41, 42 43, 44 45, 47 61, 62
65
Uma leli phutha lisaboniswa, xhumana nesevisi. · Hlola ivolumu ye-open-circuittagamayunithi wezinhlamvu futhi uqiniseke ukuthi ingaphansi kwevolumu ephezulu yokufaka ye-DCtage ye-inverter. Uma i-voltagingaphakathi kwebanga elivunyelwe futhi iphutha lisaqhubeka, sicela ushayele isevisi. ·Hlola ukufakwa kwe-PV array phansi bese uqinisekisa ukuthi ukumelana nokufakwa emhlabathini kukhulu kuno-1 MOhm. Uma kungenjalo, yenza ukuhlolwa okubonakalayo kwazo zonke izintambo ze-PV namamojula. · Qinisekisa ukuthi uxhumano oluyisisekelo lwe-inverter luthembekile. Uma leli phutha lenzeka kaningi, xhumana nesevisi. ·Hlola ukuthi ingabe ukugeleza komoya kusinki wokushisa kuvimbekile yini. ·Hlola ukuthi izinga lokushisa le-ambient eduze kwe-inverter liphezulu kakhulu yini. · Nqamula inverter kugridi kanye nohlelo lwe-PV bese uxhuma kabusha ngemva kwemizuzu emi-3. Uma leli phutha lisaboniswa, xhumana nesevisi. Hlola ukuxhumana noma ukusebenza kwedivayisi ye-DRED ·Hlola ukuthi umugqa waphansi uxhumeke yini ne-inverter; · Qinisekisa ukuthi uxhumano oluyisisekelo lwe-inverter luxhunyiwe futhi luthembekile. Uma leli phutha lenzeka kaningi, xhumana nesevisi.
Iphutha Elingunaphakade
1, 2,3, 4,5,6,
8,9
· Nqamula inverter kugridi yensiza kanye ne-PV array bese uyixhuma kabusha ngemva kokucisha kwe-LED. Uma leli phutha lisaboniswa, xhumana nesevisi.
Xhumana nesevisi uma uhlangabezana nezinye izinkinga ezingekho etafuleni.
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Isondlo
Ngokuvamile, i-inverter ayidingi ukulungiswa noma ukulinganisa. Hlola njalo i-inverter nezintambo ukuze uthole umonakalo obonakalayo. Nqamula inverter kuyo yonke imithombo yamandla ngaphambi kokuhlanza. Hlanza indawo ebiyelwe kuyo ngendwangu ethambile. Qinisekisa ukuthi usinki wokushisa ngemuva kwe-inverter awumboziwe.
12.1 Ukuhlanza abathintwayo beswishi ye-DC Hlanza abathintwayo beswishi ye-DC minyaka yonke. Yenza ukuhlanza ngokugibela iswishi uyivule futhi uyivale izikhathi ezi-5. Iswishi ye-DC itholakala ngezansi kwesokunxele kwendawo ebiyelwe.
12.2 Ukuhlanza usinki wokushisa
Ingozi yokulimala ngenxa yosinki wokushisa oshisayo · Isitha sokushisa singadlula ama-70 ngesikhathi sokusebenza. Ungathinti usinki wokushisa ngesikhathi
ukusebenza. · Linda cishe. Imizuzu engu-30 ngaphambi kokuhlanza kuze kube yilapho isinki sokushisa sehlile. Zithobe ngaphambi kokuthi uthinte noma iyiphi ingxenye.
Hlanza usinki wokushisa ngomoya ocindezelwe noma ibhulashi elithambile. Ungasebenzisi amakhemikhali anolaka, izihlanzi zokuhlanza noma izihlanzi ezinamandla. Ukuze uthole umsebenzi ofanele kanye nempilo ende yesevisi, qinisekisa ukuzungeza komoya kwamahhala eduze kosinki wokushisa. 13 Ukugaywa kabusha nokulahlwa
Lahla okupakishwayo kanye nezingxenye ezishintshiwe ngokuya ngemithetho esebenza ezweni lapho idivayisi ifakwe khona. Ungalahli inverter ye-ASW ngemfucuza evamile yasekhaya.
ULWAZI
Ungawulahli umkhiqizo kanye nemfucuza yasendlini kodwa ngokuhambisana nemithetho yokulahlwa kwemfucuza kagesi esebenza endaweni yokufaka.
50
UM0023_ASW3000-6000-S-G2_EN_V02_0124
14 Isimemezelo Se-EU Sokuvumelana ngaphakathi kobubanzi beziqondiso ze-EU · Ukuhambisana kwe-Electromagnetic 2014/30/EU (L 96/79-106, March 29,2014) (EMC). · Ivolumu ephansitage Umhlahlandlela 2014/35/EU (L 96/357-374, Mashi 29, 2014)(LVD). · I-Radio Equipment Directive 2014/53/EU (L 153/62-106. May 22. 2014) (RED) I-AISWEI Technology Co., Ltd. iyaqinisekisa ngalokhu ukuthi ama-inverter achazwe kule manuwali ayahambisana nezidingo ezibalulekile kanye nokunye. izinhlinzeko ezifanele zale miyalo ebalulwe ngenhla. Sonke i-EU Declaration of Conformity ingatholakala ku-www.solplanet.net.
Iwaranti
Ikhadi lewaranti yefekthri livalelwe nephakheji, sicela ugcine kahle ikhadi lewaranti yasembonini. Imigomo nemibandela yewaranti ingalandwa ku-www.solplanet.net, uma kudingeka. Lapho ikhasimende lidinga isevisi yewaranti ngesikhathi sewaranti, ikhasimende kufanele linikeze ikhophi ye-invoyisi, ikhadi lewaranti yefekthri, futhi liqinisekise ukuthi ilebula kagesi ye-inverter iyasebenza. Uma le mibandela ingahlangatshezwana nayo, i-AISWEI inelungelo lokwenqaba ukuhlinzeka ngesevisi efanele yesiqinisekiso.
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Oxhumana naye
Uma unezinkinga zobuchwepheshe mayelana nemikhiqizo yethu, sicela uxhumane nesevisi ye-AISWEI. Sidinga ulwazi olulandelayo ukuze sikunikeze usizo oludingekayo: · Uhlobo lwedivayisi ye-Inverter · Inombolo ye-serial ye-Inverter · Uhlobo nenombolo yamamojula e-PV axhunyiwe · Ikhodi yephutha · Indawo yokukhweza · Usuku lokufaka · Ikhadi lewaranti
I-imeyili Yesevisi ye-EMEA: service.EMEA@solplanet.net
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UM0023_ASW3000-6000-S-G2_EN_V02_0124
UM0023_ASW3000-6000-S-G2_EN_V02_0124
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Amadokhumenti / Izinsiza
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Solplanet ASW S G2 Series Single Isigaba String Inverters [pdf] Imaniwali yosebenzisayo I-ASW S G2 Series, i-ASW S G2 Series I-Single String Inverters, I-Single Phase String Inverters, I-Phase String Inverters, I-String Inverters, Iziguquli |
