I-Hybrid Inverter
I-Hybrid Inverter
I-Hybrid Inverter
Ibhethri eliphakeme eliphakeme eliphakeme
Ibhethri elihlanganisiwe le-voltage
Ibhethri eliphakeme eliphakeme eliphakeme
Ibhethri eliphakeme eliphakeme eliphakeme
Ibhethri eliphansi le-voltage
Ibhethri eliphansi le-voltage
Ukwamukela insiza
Inverter yegridi
Imikhiqizo yokugcina amandla yokuhlala
Imikhiqizo Yezentengiso Nezimboni Yezimboni
Ibhokisi elibonakalayo
Ukumisa
Inverter yegridi
Imikhiqizo yokugcina amandla yokuhlala
Imikhiqizo Yezentengiso Nezimboni Yezimboni
Ibhokisi elibonakalayo
UkumisaKaningiKubuza imibuzo
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Q1: Ungakwazi ukwethula uRhac Power N3 HV Series Inverter?
Uchungechunge lukaRenac Power N3 HV luyi-Isigaba Esithathu Sokugcina amandla esiPhathimandla. Kuthatha ukulawulwa okuhle kokuphathwa kwamandla ukukhulisa ukuzidela nokuthola amandla okuzimela. Ihlanganiswe ne-PV nebhethri efwini lezixazululo ze-VPP, inika amandla insizakalo entsha yegridi. Ixhasa ukuphuma okulinganiselwe okungu-100% nokuxhumeka okuningi okuhambisanayo kwezixazululo zohlelo oluguquguqukayo.
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Q2: Yikuphi okufakwayo kokufakwa kwamanje kwalolu hlobo inverter?
I-Module Yakho Ematasatasa ye-PV yamanje i-18a.
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Q3: Yiliphi inani eliphakeme lokuxhuma okufana nalokhu inverter elingasekela?
Ukuxhaswa kwayo okuphezulu kufinyelela kumayunithi angu-10 afanayo
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I-Q4: Mangaki ama-MPPT anawo futhi le ndima kagesi ye-MPPT ngayinye?
Lesi silo sinama-ppt amabili, ngalinye lisekela uhla lwamandla kagesi lwe-160-95050.
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Q5: Yini i-voltage yamabhethri afaniswe nalolu hlobo lwe-inverter futhi yikuphi ukushaja okuphezulu nokukhipha okwamanje?
Lesi-inverter sifana ne-voltage yebhethri engu-160-700V, ukushaja okuphezulu kwamanje kungu-30a, okuphezulu okuphezulu kungukuthi ama-30a angama-30a, sicela unake amamojula afanayo nebhethri)
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Q6: Ngabe lolu hlobo lwe-Inverter ludinga ibhokisi langaphandle le-EPS?
Lesi silo ngaphandle kwebhokisi le-EPS langaphandle, liza nesibonisi se-EPS kanye nomsebenzi wokushintsha okuzenzakalelayo lapho kudingeka ukufeza ukuhlanganiswa kwemodyuli, yenza lula ukufakwa kokufakwa kwemodyuli, yenza lula ukufakwa nokusebenza.
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Q7: Yiziphi izici zokuvikela zalolu hlobo inverter?
I-Inverter ihlanganisa izinhlobo ezahlukene zokuvikela kufaka phakathi ukuqapha kwe-DC Insuration, ukuvikelwa kwamapholisa okufaka, ukuvikelwa kwe-anti-Island, ukuvikelwa ngokweqile, ukuvikelwa okuphezulu, ukuvikelwa kwe-AC kanye nokuvikelwa okufushane, nokuvikelwa kwe-AC kanye ne-DC kanye ne-DC Ukuvikelwa kwe-Short-Surge njll.
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I-Inverter ihlanganisa izinhlobo ezahlukene zokuvikela kufaka phakathi ukuqapha kwe-DC Insuration, ukuvikelwa kwamapholisa okufaka, ukuvikelwa kwe-anti-Island, ukuvikelwa ngokweqile, ukuvikelwa okuphezulu, ukuvikelwa kwe-AC kanye nokuvikelwa okufushane, nokuvikelwa kwe-AC kanye ne-DC kanye ne-DC Ukuvikelwa kwe-Short-Surge njll.
Lolu hlobo lokuzikhandla lokuzibandakanya kokubekwe eceleni lungaphansi kwe-15W.
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Q9: Yini okufanele uyibheke lapho uhlinzeka ngale nhlompani?
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. Ukunaka ilebula yokuxwayisa kumishini, naka indawo ye-inverter isethwe phansi. Ngasikhathi sinye ukugwema ukuxhumana okungadingekile phakathi komzimba nebhodi yokujikeleza.
(3) Ngemuva kokuthi ukulungiswa sekuqediwe, qiniseka ukuthi noma imaphi amaphutha athinta ukusebenza kokuphepha kwe-Inverter axazululwe ngaphambi kokuvula i-inverter.
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Q10: Yini isizathu sesikrini se-inverter esingabonisi? Ungaxazulula kanjani?
Izizathu ezijwayelekile zifaka phakathi: ② I-polarity yokufaka yentambo ibuyiselwa emuva. Ukushintshwa kokufaka kwe-DC akuvaliwe. ③ Ukushintshwa kokufaka kwe-DC akuvaliwe. ④ Omunye wabaxhumi ngentambo awuxhunyiwe kahle. Ingxenye iyindilinga emfushane, okwenza ezinye izintambo zehluleke ukusebenza kahle.
Isixazululo: Kala i-voltage yokufaka ye-DC ye-Inverter nge-DC Voltage of Multimeter, lapho i-voltage ijwayelekile, i-voltage ephelele yisamba se-voltage yengxenye ngayinye. Uma kungekho voltage, ahlole ukuthi ngabe i-DC Circuit Breaker, ibhulokhi ye-terminal, isixhumi sekhebula, ibhokisi lengxenye yengxenye, njll. Kujwayelekile? Uma kunezintambo eziningi, zizincome ngokwahlukana ngokuhlolwa kokufinyelela komuntu ngamunye. Uma kungekho ukwehluleka kwezakhi zangaphandle noma imigqa, kusho ukuthi umjikelezo wehardware wangaphakathi we-inverter unephutha, futhi ungaxhumana neRenac ukuze uthole ukulungiswa.
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Q11: I-inverter ayikwazi ukuxhunywa kugridi futhi ibonisa umyalezo wephutha "Akukho Ukusebenzelana"?
Izizathu ezijwayelekile zifaka: ① I-Inverter Output AC CLUar Breaker ayivaliwe. ② Izikhungo ze-Inverter Ac actput azixhunyiwe kahle. ③ Lapho i-wiring, umugqa ongenhla we-inverter autput terminal ukhululekile.
Isixazululo: Kala i-ac autpuv Volfage ye-inverter enegiya le-multimeter ac voltage gear, ngaphansi kwezimo ezijwayelekile, ama-terminals okukhipha kufanele abe nogesi we-AC 220V noma i-AC 380V; Uma kungenjalo, hlola ama-terminals we-wiring ukuze ubone ukuthi ngabe kukhululekile yini, ukuthi ngabe i-ac ye-ac breaker ivaliwe, ukushibilika kokuvikelwa kokuvuthwa kunqanyuliwe njll.
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Q12: I-Inverter ikhombisa iphutha legridi futhi libonisa umlayezo wephutha njengephutha le-voltage "amaphutha we-grid volt" noma amaphutha wegridi freq "" Iphutha leGridi "?
Isizathu Esijwayelekile: Amandla kagesi nobuningi begridi yamandla e-AC aphumile ebangeni elijwayelekile.
Isixazululo: Kala i-voltage nemvamisa yegridi yamandla we-AC ngegiya elifanele le-multimeter, uma kungajwayelekile ngempela, linda igridi yamandla ukubuyela kokujwayelekile. Uma i-voltage yegridi kanye nemvamisa ijwayelekile, kusho ukuthi umjikelezo wokutholwa kwe-inverter unephutha. Lapho ubheka, qala unqamule okokufaka kwe-DC kanye ne-AC Outster of the inverter, vumela amandla angaphezu kwama-30min ukubona ukuthi umjikelezo ungalulama, uma ungakwazi ukululama, uma ungakwazi ukutholakala, ungaxhumana neNatton ngokubhala kabusha noma okunye. Eminye imibuthano ye-inverter, efana ne-Inverter Main Board Circuit, ukuzungeza umjikelezo, ukulandelwa kwe-inverter namanye amaphutha athambile, bese isetshenziselwa ukumane iphinde iphinde iphinde isebenze ngokwayo.
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Q13: Amandla akhiqizwayo okuphuma ngokweqile ohlangothini lwe-AC, okubangela i-inverter ukuba ivale noma ikhule ngokuvikelwa?
Isizathu Esijwayelekile: ikakhulukazi ngenxa yokuthi i-grid impoderance inkulu kakhulu, lapho uhlangothi lwe-PV lomsebenzisi lokusebenzisa amandla luncane kakhulu, okudluliselwe ekulweni kwe-inverter ac voltage kuphezulu kakhulu!
Isixazululo: ① Khulisa ububanzi be-wire yekhebula lokukhipha, ubukhulu ikhebula, eliphansi lokungaphandle. Umkhulu ikhebula, eliphansi lokungaphandle. ② Inverter eduze ngangokunokwenzeka kwiphuzu elixhumeke ngegridi, lifushane ikhebula, eliphansi lokungaphandle. Isibonelo, thatha i-inverter exhunywe yi-5KW grid exhunywe yi-5kW njengesibonelo, ubude bekhebula lokukhipha le-AC ngaphakathi kwe-50m khebula lekhebula le-2,5mm2: ubude bungu-50 - ubude budinga ukukhetha indawo yekhebula le-6mm2.
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Q14: I-DC Side Voltage Voltage Voltage Voltage Voltage Alarm Overvoltage Alarm, umlayezo wephutha "I-PV Overvoltage" Ibonisiwe?
Isizathu Esijwayelekile: Amamojula amaningi kakhulu axhunyiwe ochungechungeni, abangela ukufakwa kwamandla kagesi e-DC ohlangothini lwe-DC ukwedlula i-voltage ephezulu yokusebenza ye-inverter.
Isixazululo: Ngokwezici zokushisa zamamojula we-PV, thewetha lokushisa okukhona, okuphezulu okuphezulu kwe-voltage. Uhla lwamandla we-voltage we-voltage yentambo yesigaba ezintathu sokugcina amandla isitoreji i-160 ~ 950v, futhi kunconywa ukuklama uhla lwe-string voltage luhlu lwama-600 ~ 650v. Kulolu banga lwamandla kagesi, ukusebenza kahle kwe-inverter kuphakeme, kanti i-inverter isengagcina isimo sokuqina samandla lapho i-irradiance iphansi ekuseni nakusihlwa, futhi ngeke idale i-DC voltage idlule umkhawulo ophezulu we-inverter voltage, okuzoholela ku-alamu nokuvalwa.
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Q15: Ukusebenza kokufakwa kohlelo lwe-PV kuyadilizwa, ukumelana kokufakelwa komhlaba kungaphansi kwe-2MQ, kanye nemiyalezo yephutha "iphutha lokuhlukanisa" nelithi "iphutha lokuhlukaniswa" liyakhonjiswa?
Izizathu ezijwayelekile: Ngokuvamile amamojula we-PV, amabhokisi we-jungction, amakhethini we-DC, ama-inverters, amakhebuli e-AC, ukulimala kwesendlalelo emjikelezweni noma ngaphezulu.
Isixazululo: Isixazululo: Nqamula i-grid, inverter, yona, hlola ukumelana kokufakelwa kwengxenye ngayinye yekhebula ukuze uthole indawo, thola inkinga, buyisela ikhebula elihambisanayo noma isixhumi!
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Q16: I-voltage eyeqile yokuphuma ohlangothini lwe-ac, ebangela i-inverter ukuvala phansi noma ukutshala ngokuvikelwa?
Izizathu ezifanayo: Kunezinto eziningi ezithinta amandla okukhishwa kwezitshalo zamandla e-PV, kufaka phakathi inani lemisebe yelanga, i-angle evuthayo yemodyuli yelanga, uthuli kanye nezimpawu zokushisa zemodyuli.
Amandla esistimu aphansi ngenxa yokucushwa kwesistimu okungafanele nokufakwa. Izisombululo ezijwayelekile yilezi:
(1) Hlola ukuthi ngabe amandla wemodyuli ngayinye anele ngaphambi kokufakwa.
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(3) Lungisa i-angle yokufaka kanye nokuqamba kwemodyuli.
(4) Bheka imodyuli yamathunzi nothuli.
(5) Ngaphambi kokufaka izintambo eziningi, hlola i-voltage evulekile ye-voltage yentambo ngayinye ngomehluko ongaphansi kwe-5V. Uma i-voltage itholakala ingalungile, hlola izintambo nezixhumi.
(6) Lapho ufaka, ingatholakala kuma-batches. Lapho ufinyelela iqembu ngalinye, qopha amandla eqembu ngalinye, futhi umehluko wamandla phakathi kwezintambo akufanele ube ngaphezu kwe-2%.
(7) I-Inverter inokufinyelela okubili kwe-MPTT, indlela ngayinye yokufaka ingama-50% kuphela amandla aphelele. Ngokuyinhloko, indlela ngayinye kufanele yakhelwe futhi ifakwe ngamandla alinganayo, uma kuxhunywe kuphela ku-One MpTT terminal, amandla okukhipha azonqunyelwa.
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(9) Thola ukuthi i-voltage ingakapheli ibanga le-voltage ngemuva kokuthi izakhi zixhumeke ngochungechunge, futhi ukusebenza kahle kohlelo kuzoncishiswa uma ivolula liphansi kakhulu.
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Q1: Kwenziwa kanjani le sethi yamabhethri anamandla aphezulu akhiwa? Kusho ukuthini i-BMC600 ne-B9639-S?
A: Lolu hlelo lwebhethri luqukethe i-BMC (BMC600) nama-RBS amaningi (B9639-s).
I-BMC600: Isilawuli se-Battery Master (BMC).
I-B9639-S: 96: 96v, 36v, 39: 39AH, 39Ah, Recharter Li-Ion Battery Stck (Rbs).
Isilawuli se-Battery Master (BMC) singakwazi ukuxhumana ne-inverter, silawule futhi sivikele uhlelo lwebhethri.
Isitaki sebhethri se-Li-Ion Battery (RBS) sihlanganiswe neyunithi yokuqapha amaseli ukuqapha kanye nokulinganisela kokunye iseli ngalinye.
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Q2: Yiliphi iseli yebhethri elisetshenziswe yibhethri?
3.2v 13h I-gotind high-tech cylindrical cell, iphakethe lebhethri elilodwa linamaseli angama-90 ngaphakathi. Futhi i-gotion ephezulu ye-High-Tech ingumkhiqizi weseli abathathu abaphezulu eChina.
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Q3: I-Turbo h1 Serie ingabe ifakwe udonga?
A: Nope, Floor Smat ukufakwa kuphela.
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Q4: I-N1 HV Series Uyini max. Ibhethri Lithomandla Lokuxhuma Nochungechunge lwe-N1 HV?
I-74.9KWH (5 * TB-H1-14.97: I-Voltage Range: 324-432V). Uchungechunge lwe-N1 HV lungamukela ibanga le-voltage yebhethri kusuka ku-80V kuya ku-450v.
Ibhethri lisetha umsebenzi ofana nalo lingaphansi kokuthuthuka, okwamanje max. Amandla ngu-14.97kWh.
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Q5: Ngabe ngidinga ukuthenga izintambo ngaphandle?
Uma ikhasimende lingadingi ukuhambisana namasethi webhethri afanayo:
Cha, zonke izidingo zamakhasimende amakhamera ziku-Battery Package. Iphakheji le-BMC liqukethe ikhebula lekhebula le-Power ne-Interter & BMC ne-BMC nama-RBS okuqala. Iphakethe le-RBS liqukethe ikhebula lamandla ne-Cable Communication phakathi kwama-RBSS amabili.
Uma ikhasimende lidinga ukufana nebhethri lesethi:
Yebo, kudingeka sithumele ikhebula lokuxhumana phakathi kwamasethi amabili ebhethri. Siphakamisa nokuthi uthenge ibhokisi lethu le-combiner ukwenza ukuxhumana okuhambisanayo phakathi kwamasethi ebhethri amabili noma ngaphezulu. Noma ungangeza i-DC switch yangaphandle (600V, 32a) ukubenza bafane. Kepha sicela ukhumbule ukuthi uma uvula uhlelo, kufanele uguqule le shintsha le-DC yangaphandle kuqala, bese uvule ibhethri ne-inverter. Ngoba ukuguqula le shitishi yangaphandle ye-DC ngemuva kwebhethri ne-inverter kungathonya umsebenzi webhethri, futhi kubangele ukulimala kwebhethri kanye ne-inverter. (Ibhokisi le-combiner lingaphansi kokuthuthuka.)
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Q6: Ngabe ngidinga ukufaka switch yangaphandle ye-DC phakathi kwe-BMC ne-Inverter?
Nope, sesivele sinokushintshwa kwe-DC ku-BMC futhi asikuphakamisi ukuthi ungeze switch yangaphandle ye-DC phakathi kwebhethri ne-inverter. Ngoba kungathonya ukusebenza kwebhethri futhi kubangele ukulimala kwehardware kubhethri kanye ne-inverter, uma uvula i-DC switch switch yangaphandle ngemuva kwebhethri ne-inverter. Uma usuvele uyifaka sicela uqinisekise ukuthi isinyathelo sokuqala siphenduka ekushintsheni kwangaphandle kwe-DC, bese uvule ibhethri ne-inverter.
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Q7: Yini incazelo yephini yekhebula lokuxhumana phakathi kwe-inverter nebhethri?
A: Isibonisi sokuxhumana phakathi kwebhethri ne-inverter kungenzeka ngesixhumi se-RJ45. Ukuchazwa kwama-PINs kunjengesinqeni (okufanayo ngebhethri kanye ne-Inverter Side, ikhebula le-Cat5 elijwayelekile).
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Q8: Yimuphi uhlobo lwentambo yentambo oyisebenzisayo?
Phoenix.
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Q9: Ngabe lokhu kungaba yini ukumelana nokukhulumisana okukhulu okudingekayo ukufakwa?
Yebo.
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Q10: Yini max. ibanga phakathi kwebhethri ne-inverter?
A: amamitha amathathu.
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Q11: Kuthiwani ngomsebenzi wokuthuthukisa ukude?
Singathuthukisa i-firmware yebhethri ukude, kepha lo msebenzi utholakala kuphela uma usebenza ne-renac inverter. Ngoba kwenziwa nge-datalogger ne-inverter.
Thuthukisa ukude amabhethri angenziwa kuphela ngonjiniyela beRenac manje. Uma udinga ukuthuthukisa i-firmware yebhethri sicela uxhumane nathi futhi uthumele inombolo ye-inverter serial.
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Q12: Ngingakwazi kanjani ukuthuthukisa ibhethri endaweni yakini?
A: Uma ukusetshenziswa kwamakhasimende kusetshenziswa i-renac inverter, sebenzisa idiski le-USB (max. 32G) kungavuselela ibhethri kalula ethekwini le-USB kwi-inverter. Izinyathelo ezifanayo ezine-inverter yokuthuthukisa, nje i-firmware ehlukile.
Uma ikhasimende lingasebenzisi i-Inverter yeRenac, kudingeka lisebenzise ikhebula lokuguqula ukuxhuma i-BMC ne-laptop ukuze liyithuthukise.
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Q13: Yini max. Amandla we-RBS OLUNYE?
A: Amabhethri 'max. Ukushaja / Ukukhishwa kwamanje kungu-30a, ama-voltage angu-30 we-RBS one-96V.
30a * 96V = 2880w
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Q14: Kuthiwani ngewaranti yaleli bhethri?
A: Iwaranti ejwayelekile yokusebenza kwemikhiqizo isebenza isikhathi esiyizinyanga eziyi-120 ukusuka ngosuku lokufakwa, kepha azikho ngaphezu kwezinyanga eziyi-126 kusukela ngosuku lokulethwa komkhiqizo (noma ngabe kufika kuqala). Le waranti ihlanganisa umthamo olingana nomjikelezo ogcwele owodwa ngosuku.
I-Renac Warrants futhi imele ukuthi umkhiqizo ugcine okungenani ama-70% wamandla angu-10 weminyaka eyi-10 ngemuva kosuku lokufakwa kokuqala noma inani eliphelele le-2.8MWH ngalinye ngalinye le-KWH liseKWIT
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Q15: Ngabe indawo yokugcina izimpahla iphatha kanjani amabhethri?
Imodyuli yebhethri kufanele igcinwe ihlanzekile, yomile futhi inomoya enomoya onobubanzi obuphakathi kwe-0 ℃ ~ + 35 ℃, gwema ukuxhumana nezinyanga eziyisithupha ngaphandle kwesilinganiso se-9.5% ngemuva kwesikhathi eside sokugcina.
Ngoba ibhethri linokuzisebenzisa, gwema ukuthulula kwebhethri sicela uthumele amabhethri owathola ngaphambili kuqala. Uma uthatha amabhethri ekhasimende elilodwa, sicela uthathe amabhethri kusuka ku-pallet efanayo futhi uqiniseke ukuthi isigaba samandla esimakwe kulawa mabhethri 'amabhethri afanayo ngangokunokwenzeka.
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Q16: Ngingazi kanjani ukuthi la mabhethri akhiqizwa nini?
A: Kusuka kwinombolo ye-serterial yebhethri.
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Q17: Yini max. I-DOD (ukujula kokukhishwa / ukudedelwa)?
90%. Qaphela ukuthi ukubalwa kwezikhathi zokujula nokugeleza kwezikhathi zomjikelezo akuyona indinganiso efanayo. Ukukhishwa okujulile 90% akusho ukuthi umjikelezo owodwa ubalwa kuphela ngemuva kokushaja okungama-90% nokukhipha.
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Q18: Ubala kanjani imijikelezo yebhethri?
Umjikelezo owodwa ubalwa ekukhuculweni ngakunye okuqongelelayo kwamandla angama-80%.
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Q19: Kuthiwani ngomkhawulo wamanje ngokuya ngokushisa?
A: C = 39Ah
Ibanga lokushisa lokushisa: 0-45 ℃
0 ~ 5 ℃, 0.1C (3.9a);
5 ~ 15 ℃, 0.33c (13a);
15-40 ℃, 0.64C (25a);
40 ~ 45 ℃, 0.13c (5a);
Uhla lokushisa lokushisa: -10 ℃ -50 ℃
Akunamkhawulo.
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Q20: Kukuphi lapho kuvalwa khona ibhethri lesimo?
Uma kungekho mandla we-PV kanye ne-SOC = = Amandla ebhethri alungiselelwe imizuzu eyi-10, i-inverter izovala ibhethri (ayivaliwe ngokuphelele, njengemodi yokulinda esengavunwa). I-inverter izovuka ibhethri ngesikhathi sokushaja esisethwe kwimodi yokusebenza noma i-PV iqinile ukushaja ibhethri.
Uma ibhethri elahlekile ukuxhumana ne-inverter imizuzu emi-2, ibhethri lizovala.
Uma ibhethri linama-alamu angenakuphikwa, ibhethri lizovala.
Lapho i-voltage eyodwa yethebula lebhethri <2.5v, ibhethri lizovala.
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Q21: Lapho usebenza nge-inverter, umqondo we-inserter uvula kanjani ngentshiseko yebhethri esebenza?
Okokuqala ngqa ku-inverter:
Vele udinge ukuvula / ukuvala inkinobho ku-BMC. I-inverter izovuka ibhethri uma igridi ivulekile noma igridi ivaliwe kepha amandla e-PV avuliwe. Uma kungekho gridi namandla e-PV, inverter ngeke ivuse ibhethri. Kufanele uvule ibhethri ngesandla (vula / ukuvala inkinobho 1 ku-BMC, linda i-Green LED 2 Flashing, bese ucindezela inkinobho ethi Black Start 3).
Lapho i-inverter isebenza:
Uma kungekho mandla we-PV kanye ne-SOC <beark min umthamo wokuhlelwa kwemizuzu eyi-10, inverter izovala ibhethri. I-inverter izovuka ibhethri ngesikhathi sokushaja isethwe kwimodi yokusebenza noma ingakhokhiswa.
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Q22: Yisiphi isimo umsebenzi wokukhokhisa okuphuthumayo ozosebenza lapho ibhethri lixhumeke nge-inverter?
A: Isicelo sebhethri sokushaja okuphuthumayo:
Lapho ibhethri i-coc <= 5%.
I-Inverter yenza ukushaja okuphuthumayo:
Qala ukushaja kusuka ku-SOC = Ibhethri Amandla Amandla Amandla (asethelwe ku-Display) -2%, inani elizenzakalelayo le-Min Soc lingu-10%, yeka ukushaja lapho i-battery soc ifinyelela khona. Shaja cishe ngo-500w uma i-BMS ivuma.
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Q23: Ngabe kukhona umsebenzi wokulinganisa i-SOC phakathi kwamaphakethe amabili ebhethri?
Yebo, sinalo msebenzi. Sizokala umehluko we-voltage phakathi kwamaphakethe amabili ebhethri ukunquma ukuthi ngabe kudingeka usebenze ngokulinganisela? Uma yebo sizodla amandla amaningi wephakethe lebhethri nge-voltage ephakeme / soc. Ngemijikelezo embalwa umsebenzi ojwayelekile umehluko we-voltage uzoba mncane. Lapho zilinganise lo msebenzi kuzoyeka ukusebenza.
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Q24: Ngabe le bhethri lingagijima namanye ama-inverters brand?
Okwamanje asikwenzanga ukuhlolwa okuhambisanayo namanye ama-inverters brand, kepha kuyadingeka ukuthi singasebenza nomenzi we-inverter ukwenza izivivinyo ezihambisanayo. Sidinga umenzi we-Inverter sinikeza i-inverter yabo, ingalolokhethi futhi singakwazi ukuchaza (amadokhumenti asetshenziselwa ukwenza izivivinyo ezihambisanayo).
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Q1: URena1000 ubuhlangane kanjani?
I-Rena1000 Series Outdoor Energy Storadorm Isitoreji seKhabhinethi ihlanganisa ibhethri lesitoreji samandla, ama-PC (uhlelo lokulawula amandla), uhlelo lokulawulwa kwamandla kwamandla, uhlelo lokusatshalaliswa kwamandla, uhlelo lokulawula imvelo kanye nohlelo lokulawula umlilo kanye nohlelo lokulawula umlilo kanye nohlelo lokulawula umlilo kanye nohlelo lokulawula umlilo. Nge-PCS (uhlelo lokulawula amandla), kulula ukulugcina futhi unwebe, futhi iKhabhinethi yangaphandle ithola ukulungiswa kwangaphambi kokuthola indawo nokuthembela, ukuthembeka okusheshayo, ukusebenza kwamandla aphezulu kanye nokuphathwa kwamandla aphezulu kanye nokuphathwa kwamandla aphezulu.
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Q2: Iliphi iseli yebhethri le-rena1000 leli bhethri elisetshenzisiwe?
I-3.2V 120AH Iseli, amaseli angama-32 ngemodyuli yebhethri, imodi yokuxhuma 16s2p.
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Q3: Iyini incazelo ye-SOC yalesi seli?
Kusho isilinganiso semali ekhokhwayo yebhethri yangempela kwicala eliphelele, elibonisa isimo sokukhokhiswa kweseli lebhethri. Isimo sokukhokhisa iseli se-100% som sibonisa ukuthi iseli lebhethri likhokhiswa ngokuphelele ku-3.65V, futhi isimo sokukhokhiswa kwe-0% som sibonisa ukuthi ibhethri likhishwa ngokuphelele ku-2.5v. Ifektri Pre-Set SoC ingu-10% Stop Depect
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Q4: Uyini umthamo wephakethe ngalinye lebhethri?
I-Rena1000 Series Battery Module Policience ngu-12.3KWH.
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Q5: Ungayibheka kanjani imvelo yokufaka?
Izinga lokuvikelwa kwe-IP55 lingahlangabezana nezidingo zezindawo eziningi zohlelo lokusebenza, ngesiqandisi esihlakaniphile somoya sokuqinisekisa ukusebenza okujwayelekile kohlelo.
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Q6: Yiziphi izimo ezifaka isicelo nochungechunge lweRena1000?
Ngaphansi kwesimo esijwayelekile sohlelo lokusebenza, amasu okusebenza wezinhlelo zokugcina amandla anjengokulandelayo:
Ukugcwaliswa okuphezulu kanye nokugcwaliswa kwesigodi Lapho i-Time-Sharing Tariff isesigabeni esiphezulu: Ikhabethe le-Energy Storage lidedelwa ngokuzenzakalelayo ukuze lifezeke ukuqondiswa kwamanani wentela futhi kuthuthukise ukusebenza kahle komnotho kwesitoreji esikhanyayo kanye nohlelo lokushaja.
Isitoreji se-Photovoltaic esihlangene: Ukufinyelela kwangempela kwamandla okulayisha endawo, ukuwa nokuzikhulisa amandla okuzenzela amandla okuzikhulisa, ukugcinwa kwamandla okusalayo; Isizukulwane samandla we-Photovoltaic akwanele ukuhlinzeka ngomthwalo wendawo, okubaluleke kakhulu ukusebenzisa amandla okugcina ebhethri.
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Q7: Yimaphi amadivaysi okuvikela okuphepha kanye nezilinganiso zalo mkhiqizo?
Uhlelo lokulondolozwa kwamandla luhlome nge-Smoke Detactors, izinzwa zezikhukhula kanye namayunithi okulawulwa kwemvelo njengokuvikelwa komlilo, okuvumela ukulawula okugcwele kwesistimu yokusebenza kohlelo. Uhlelo lokulwa nomlilo lusebenzisa idivaysi yokucisha umlilo we-aerosol uhlobo olusha lomkhiqizo wokulwa nomlilo wokuvikela umlilo onezinga eliphakeme lomhlaba. Umgomo Wokusebenza: Lapho izinga lokushisa elizwakalayo lifinyelela ekushiseni okuqala kocingo olushisayo noma luhlangana nelangabi elivulekile, i-armal wire aronzounesly ilula futhi idluliselwa kudivayisi yokucima umlilo Ngemuva kokuthi idivaysi yokucima umlilo ngomlilo we-aerosol ithola isinali yokuqala, i-ejenti yangaphakathi yokucisha umlilo icushiwe futhi ngokushesha ikhiqiza ngokushesha uhlobo lwe-nano-hlobo Aerosol Fire Deciting Deciting kanye nokuthola ukucisha umlilo ngokushesha
Uhlelo lokulawula lulungiselelwe ukuphathwa kokulawulwa kokushisa. Lapho izinga lokushisa lesistimu lifinyelela ngenani elisethiwe, i-air conditioner iqala ngokuzenzakalelayo imodi yokupholisa ukuqinisekisa ukusebenza okujwayelekile kohlelo ngaphakathi kokushisa okusebenzayo
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Q8: Yini PDU?
I-PDU (Iyunithi Yokusabalalisa Amandla), eyaziwa nangokuthi iyunithi yokusabalalisa kwamandla yamakhabethe, kungumkhiqizo owenzelwe ukuhlinzeka ngamandla okucaciswa ngemisebenzi ekhiqizwayo, izindlela zokufaka kanye nokuhlinzekwa kwamapulazi okujwayelekile, okunganikezelwa ukuhambisa amandla okusatshalaliswa kwamandla okusakazwa kwezindawo zamandla aphezulu. Ukusetshenziswa kwe-PDUS kwenza ukusatshalaliswa kwamandla kumakhabethe amakhabethe acocekile, athembekile, aphephile, acebile futhi ajabulisayo, futhi enza ukugcinwa kwamandla kumakhabethe kube lula futhi kube nokwethenjelwa
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Q9: Yikuphi ukukhokhiswa kanye nesilinganiso sebhethri?
Isilinganiso sokushaja kanye nokwenziwa kwebhethri yi-≤0.5c
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Q10: Ngabe lo mkhiqizo udinga isondlo ngesikhathi sewaranti?
Asikho isidingo sokulungiswa okwengeziwe ngesikhathi sokugijima. Iyunithi yokulawula uhlelo oluhlakaniphile ne-IP55 Outdoor Design Chaar vality yokusebenza komkhiqizo. Isikhathi sokuqinisekiswa komlilo yiminyaka eyi-10, esiqinisekisa ngokugcwele ukuphepha kwezingxenye
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Q11. Yini ukunemba okuphezulu kwe-sox algorithm?
I-algorithm enembe kakhulu ye-SOX, isebenzisa inhlanganisela yendlela yokuhlanganisa ye-Ampere-time kanye nendlela evulekile, inikeza ukubalwa okunembile nokulinganisa kwe-SOC futhi ngokunembile kukhombisa isimo sangempela sebhethri sebhethri.
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Q12. Yini ukuphathwa kwe-Smart Temp?
Ukulawulwa kokushisa okuqondayo kusho ukuthi lapho izinga lokushisa lebhethri likhuphuka, uhlelo luzovula ngokuzenzakalela isimo somoya ukuze uguqule izinga lokushisa ngokuya ngamazinga okushisa asebenzayo
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Q13. Kusho ukuthini ukuthi imisebenzi ye-multi-scenario?
Izindlela ezine zokusebenza: Imodi ye-Manual, Ukuzenzela, Imodi yokwabelana ngesikhathi, isipele sebhethri, ukuvumela abasebenzisi ukusetha imodi ukuze ivumelane nezidingo zabo
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Q14. Ungawasekela kanjani ukushintsha kweleveli ye-EPS kanye nokusebenza kwe-microgid?
Umsebenzisi angasebenzisa isitoreji samandla njenge-microgid uma kwenzeka kunesimo esiphuthumayo futhi ahlangane ne-transformer uma kushukunyiswa amandla noma phansi.
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Q15. Ungathumela kanjani idatha?
Uyacelwa ukuthi usebenzise i-USB Flash Drayivu ukuyifaka esibonakalayo sedivayisi bese uthumela imininingwane esikrinini ukuze uthole imininingwane oyifunayo.
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Q16. Ungakulawula Kanjani Ukulawulwa?
Ukuqashwa kwedatha okukude nokulawulwa kusuka kuhlelo lokusebenza ngesikhathi sangempela, ngekhono lokushintsha izilungiselelo nokuvuselelwa kwe-firmware ukude, ukuqonda imiyalezo yangaphambi kwe-alamu namaphutha, futhi ukulandela intuthuko yangempela
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Q17. Ingabe ukwanda kwamandla we-Rena1000 ukweseka?
Amayunithi amaningi angaxhunywa ngokufana kuya kumayunithi ayi-8 futhi ahlangabezane nezidingo zamakhasimende zamandla
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Q18. Ingabe i-Rena1000 iyinkimbinkimbi ukufaka?
Ukufakwa kulula futhi kulula ukusebenza, kuphela i-ac ebulalayo harness kanye nekhebula lokuxhumana ngesikrini kudinga ukuxhunywa, okunye ukuxhumana ngaphakathi kwekhabethe lebhethri selivele lixhunyiwe futhi lihlolwe futhi yikhasimende
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Q19. Ingabe imodi ye-Rena1000 EMS ingashintshwa futhi isethwe ngokuya ngezidingo zamakhasimende?
I-Rena1000 ithunyelwe ngesimo esijwayelekile nezilungiselelo, kepha uma amakhasimende edinga ukwenza izinguquko kuyo ukuze ahlangabezane nezidingo zawo zangokwezifiso, angathola impendulo yokuvuselelwa kwesoftware ukuze ahlangabezane nezidingo zabo zokwenziwa kwesoftware.
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Q20. Isikhathi esingakanani isikhathi seRena1000?
Iwaranti Yomkhiqizo kusukela ngosuku lokulethwa kweminyaka emi-3, izimo zewaranti yebhethri: ku-25 ℃, ukushaja okungu-0.5c nokukhipha kuqala ama-6000 noma iminyaka emi-3
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Q1: Ungakwazi ukwethula iRenac EV Charger?
Le ishaja ye-EV ehlakaniphile yezinhlelo zokusebenza zokuhlala nezentengiselwano, ukukhiqizwa kubandakanya isigaba esisodwa sesi-7k ezintathu isigaba 11k kanye nesigaba ezintathu 30 BMW. I-Nissan kanye ne-BYD yonke eminye imikhiqizo e-EVS kanye ne-diver yakho, konke kusebenza nje lokho kulungile nge-renac charger.
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Q2: Hlobo luni futhi imodeli ye-Charger Port ehambelana nale shaja ye-EV?
Uhlobo lwe-EV Charger Port 2 lukulungiswa okujwayelekile.
Olunye uhlobo lwetheku lwetheku lonke lwe-Charger hlobo 1, i-USA Standard njll.
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Q3: Uyini umsebenzi wokulinganisa umthwalo we-Dynamic?
Ukulinganisa Umthwalo we-Dynamic kuyindlela yokulawula ehlakaniphile yokushaja kwe-EV okuvumela ukushaja kwe-EV ukugijima ngasikhathi sinye nomthwalo wasekhaya. Inikeza amandla aphezulu okukhokhisa ngaphandle kokuthinta igridi noma imithwalo yasendlini. Uhlelo lokulinganisa lomthwalo lwabelwa i-PV Energy etholakala kuhlelo lokushaja lwe-EV ngesikhathi sangempela. Ngenxa yokuthi amandla okushaja angakhawulelwa ngaso leso sikhathi ukuze ahlangabezane nezingqinamba zamandla ezibangelwa isidingo somthengi, amandla abelwe ukushaja kungenzeka ukuthi ukusetshenziswa kwamandla kohlelo lwe-PV olulodwa kuphansi. Ngaphezu kwalokho uhlelo lwe-PV luzobeka phambili phakathi kwemithwalo yasekhaya kanye nokushaja izinqwaba.
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Q4: Iyini imodi yokusebenza eminingi?
I-EV Charger ihlinzeka ngezindlela eziningi zokusebenza kwezimo ezahlukahlukene.
Imodi esheshayo ikhokhisa imoto yakho kagesi futhi yandisa amandla okuhlangabezana nezidingo zakho lapho ushesha.
Imodi ye-PV ishaja imoto yakho kagesi enamandla elanga asele, ethuthukisa izinga lokuzisebenzisa elozungezayo futhi ahlinzeke ngamandla aluhlaza angu-100 ngemoto yakho kagesi.
Imodi ye-Off-Peak ikhokhisa ngokuzenzakalelayo kwakho ngokulinganisa amandla okulayisha amandla, okusebenzisa kahle uhlelo lwe-PV kanye namandla wegridi ngenkathi kuqinisekisa ukuthi i-circuit Breaker ngeke ibangelwa ngesikhathi sokushaja.
Ungahlola uhlelo lwakho lokusebenza mayelana nezindlela zomsebenzi kufaka phakathi imodi esheshayo, imodi ye-PV, imodi ye-Off-Peak.
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Q5: Ungasekela kanjani intengo ehlakaniphile yesigodi ukushaja ukuze ulondoloze izindleko?
Ungafaka intengo kagesi kanye nesikhathi sokushaja kuhlelo lokusebenza, uhlelo luzonquma ngokuzenzakalelayo isikhathi sokushaja ngokuya ngentengo kagesi endaweni yakho, bese ukhetha isikhathi sokushaja esishibhile ukukhokhisa izindleko zakho zokushaja!
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Q6: Singakwazi ukukhetha imodi yokushaja?
Ungasetha ngohlelo lokusebenza ngale ndlela ongathanda ukukhiya futhi uvule i-EV ishaja kufaka uhlelo lokusebenza, i-RFID Card, i-plug and Play.
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Q7: Ukwazi kanjani ukuthi isimo sokushaja ngesilawuli kude?
Ungayihlola kuhlelo lokusebenza futhi futhi ubuke wabheka yonke isimo sohlelo lokugcina amandla elanga noma shintsha ipharamitha yokushaja
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Q8: Ngabe ishaja yeRenac iyahambisana nezinye izinhlobo ze-Inverter noma uhlelo lokugcina? Uma kunjalo, kudingeka ushintshe okunye?
Yebo, iyahambisana nanoma yiluphi uhlelo lwamandla we-brands Isikhundla sokufakwa kwamamitha singakhethwa isikhundla 1 noma isikhundla 2, njengesithombe esilandelayo.
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Q9: Ngabe yimaphi amandla we-Superplus solar angashaja?
Cha, kufanele kufikile ukuqala kwamandla kagesi lapho-ke kungashaja, inani elicushiwe liyi-1.4kw (isigaba esisodwa) noma i-4.1kw (isigaba ezintathu) okwamanje ngeke liqale ukukhokhisa uma kungenjalo amandla anele. Noma ungasetha ukuthola amandla kusuka kugridi yokuhlangana ukufunwa ukushaja.
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Q10: Indlela yokubala isikhathi sokushaja?
Uma ukushaja kwamandla okulinganiselwe kuqinisekiswa ke sicela ubheke ukubalwa njengoba ngezansi
Isikhathi sokukhokhisa = I-EVS Power / ishaja
Uma ukushaja kwamandla okulinganiselwe akuqinisekisiwe khona-ke kufanele uhlole uhlelo lokusebenza ukuqapha idatha ukushaja mayelana nesimo sakho se-EVS.
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Q11: Ngabe umsebenzi wokuvikela weshaja?
Lolu hlobo ishaja lune-AC ngokweqile, i-AC Undervoltage, ukuvikela okuphezulu okuphezulu kwe-AC, ukuvikelwa okuyisisekelo, ukuvikelwa kwamanje ukuvuza, i-RCD njll.
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Q12: Ngabe ishaja isekela amakhadi amaningi we-RFID?
A: Isengezo esijwayelekile sifaka amakhadi ama-2, kepha kuphela ngenombolo yekhadi efanayo. Uma kudingeka, sicela ukopishe amanye amakhadi, kepha yinombolo yekhadi elilodwa kuphela eliboshwe, akukho mkhawulo ngenani lekhadi.
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Q1: Ungaxhuma kanjani imitha yesigaba ezintathu-inverter inverter?
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Q2: Ungasixhuma kanjani i-Hybrid Inverter Meter?
