Inkonzo yokwamkela

I-Q1: Ukusetwa kweebhetri eziphezulu zevoti ye-voltage eyenziwe njani? Ithini intsingiselo ye-BMC600 kunye ne-b9639-s?

A: Le nkqubo yebhetri ine-BMC (BMC600) kunye ne-RBs ezininzi (B9639).

I-BMC600: I-BETTMING MEMBALALI (BMC).

B9639 S: 96: 96V, 39: 39a, i-Li-i-i-i-i-i-i-ion ye-ion (i-RBs).

Ibhetri ye-BETY CRECLER (BMC) inokunxibelelana ne-ineverter, ukulawula nokukhusela inkqubo yebhetri.

I-Li-i-i-i-i-li-i-i-ion ye-ion (i-RBs) idityaniswe necandelo lokujonga iseli ukubeka iliso kunye nokulinganisa ibhalansi yeseli nganye.

I-Q2: Yeyiphi iseli yebhetri?

I-3.2V ye-Wind Geed-Tech-Tech Secelindrical Ceelindrical, ipakethi enye yebhetri ineeseli ezingama-90 ngaphakathi. Kunye ne-goon ephezulu-tech ngabenzi beeseli ezintathu eziphambili kwi-China.

I-Q3: I-Turbo H1 serie ingaba ludonga olufumanekayo?

A: NOP, indawo yokuma yenqanaba kuphela.

Q4: I-N1 HV ye-the max. Umthamo webhetri ukunxibelelana nothotho lwe-N1 HV?

74.9Kwh (5 * i-TB-H1-14.97: Uluhlu lwevolthi: 324-432v). I-N1 HV Series inokwamkela i-voltage yebhetri ukusuka kwi-80v ukuya kwi-450v.

Ibhetri icwangcisa umsebenzi ofanayo phayaa phuhlisa, ngalo mzuzu i-max. Umthamo une-14.97khh.

I-Q5: Ngaba kufuneka ndithenge iintambo ngaphandle?

Ukuba umthengi akadingi kwiiseti zebhetri ezifanayo:

Hayi, zonke iimfuno zomthengi zentambo zikwiphakheji yebhetri. Iphakheji ye-BMC iqulethe intambo yamandla kunye nentambo yonxibelelwano phakathi kwe-Inverter & BMC kunye ne-BMC kunye ne-RBS yokuqala. Iphakheji ye-RBs iqulethe intambo yamandla kunye nentambo yonxibelelwano phakathi kwe-RBSS ezimbini.

Ukuba umthengi kufuneka afakwe kwiseti yebhetri:

Ewe kufuneka sithumele intambo yonxibelelwano phakathi kweeseti zebhetri ezimbini. Sikwacebisa ukuba uthenge ibhokisi yethu ye-comboiner ukwenza unxibelelwano olufanayo phakathi kweeseti zebhetri ezimbini okanye ngaphezulu. Okanye unokongeza i-DC ye-DC yangaphandle (i-600v, 32a) ukuzenza ukuba bathethe. Kodwa nceda ukhumbule ukuba xa uvula inkqubo, kuya kufuneka uguqule le DC yangaphandle ye-DC ekuqaleni, emva koko vula ibhetri kunye ne-inverter. Kuba ukuvula le DC yangaphandle ye-DC emva kokuba ibhetri kunye ne-inverter inokuphembelela umsebenzi webhetri, kwaye unobangela webhetri zombini kunye ne-inverter. (Ibhokisi yebhokisi yomdibaniso iphantsi.)

I-Q6: Ngaba kufuneka ndifake i-DC ye-DC yangaphandle phakathi kwe-BMC ne-inverter?

I-nope, sele sinayo i-DC Switch kwi-BMC kwaye asikucebise ukongeza i-DC ye-DC yangaphandle phakathi kwebhetri kunye ne-inverter. Kuba inokuphembelela umsebenzi webhetri kwaye ibangele ukonakala kwe-Hardware kwibhetri kunye ne-inverter, ukuba ujika i-DC ye-DC engaphandle kwebhetri kunye ne-inverter. Ukuba sele uyifakile nceda uqiniseke ukuba inyathelo lokuqala liguqulela i-DC yangaphandle ye-DC, emva koko ijike ibhetri kunye ne-inverter.

I-Q7: Ithini intsingiselo yePIN yentambo yonxibelelwano phakathi kwe-inverter kunye nebhetri?

A: Unxibelelwano lwezoNxibelelwano phakathi kwebhetri kunye ne-inverter inakho ngesinxibelelanisi se-RJ45. Ingcaciso ye-PIN ingezantsi (ifana nebhetri kunye ne-nengerter kwicala elingaphakathi, ikati yekati yekati yekati).

I-Q8: Ngaba loluphi uhlobo lwentambo yamandla oyisebenzisayo?

IPhoenix.

I-Q9: Ngaba le nto inokutshekisha isiphelo sendlela yokugcina i-termisal eyimfuneko ukuba ifakwe?

Ewe.

I-Q10: Yintoni i-max. umgama phakathi kwebhetri kunye neverter?

A: Iimitha ezi-3.

I-Q11: Njani malunga nomsebenzi wokuphucula okukhulu?

Singaphumelela i-Butterries 'ye-firdies kude, kodwa lo msebenzi uphinde ufumana kuphela xa isebenza nge-renac ingaphakathi. Kuba yenziwa nge-dagogiger neverter.

Ukuphucula kude iibhetri zinokwenziwa kuphela ziinjineli ze-Renac ngoku. Ukuba ufuna ukuphucula i-firmware yebhetri nceda uqhagamshelane nathi kwaye uthumele inombolo ye-inialm.

Q12: Ndingaphucula njani ibhetri ekuhlaleni?

A: Ukuba ngabathengi basebenzisa i-renac ingaphakathi, sebenzisa i-USB disk (i-32G. 32g) unokuphucula ibhetri kwi-inverter ye-i-USB kwi-inverter. Amanyathelo afanayo kunye nokuphucula i-Inueverter, i-firmware eyahlukileyo.

Ukuba umthengi akasebenzisi i-renac ingaphakathi, kufuneka asebenzise intambo yokuguqula ukudibanisa i-BMC kunye nelaptop ukuphucula.

I-Q13: Yintoni i-max. Amandla e-rbs enye?

A: Iibhetri 'max. Intlawulo / ukukhululwa okwangoku yi-30a, i-voltage yonyulo ye-rbs enye yi-96v.

30a * 96v = 2880w

Q14: Uthini malunga newaranti yebhetri?

A: Iwaranti yokusebenza esemgangathweni yemveliso isebenza ixesha elingangeenyanga ezili-120 ukusuka kumhla wokufakelwa, kodwa kungabi ngaphezu kweenyanga ezili-126 ukusuka kumhla wokuhanjiswa kwemveliso (nayiphi na ukuba iza kuqala). Le nkcazo igubungela amandla alingana ne-1 yomjikelo opheleleyo ngemini.

I-Renec i-Renerants kwaye imele ukuba imveliso igcina ubuncinci i-70% yamandla aphambili kule minyaka ili-10 emva komhla we-2.8mbwh kwibhetri ye-kWh ithunyelwe kwibhetri, nokuba yeyiphi eza kuqala.

I-Q15: Ngaba i-Warehouse ilawula njani le berteries?

Imodyuli yebhetri kufuneka igcinwe icocekile, yomile kwaye ingena ngaphakathi ngaphakathi kuluhlu lobushushu phakathi kwe-0 ℃ ~ ~

Kuba ibhetri inokuthatha izinto zokuziqhelanisa, zithintele ibhetri nceda uthumele iibhetri owokuqala. Xa uthatha iibhetri zomthengi omnye, nceda uthathe iibhetri kwiPallet efanayo kwaye uqiniseke ukuba iklasi ye-Butters iphawulwe kule bhokisi ibhokisi ifana kakhulu.

Q16: Ndingazi njani ukuba laveliswa nini le bhetri?

A: kwinombolo ye-serial yebhetri.

Q17: Yintoni i-max. Dod (ubunzulu bokukhupha / ukukhulula ubunzulu)?

Iipesenti ezingama-90. Qaphela ukuba ubalo lokukhupha ubunzulu kunye namaxesha okujikeleza awuyonto efanayo. Ukukhupha ubunzulu 90% akuthethi ukuba umjikelo omnye ubalwe kuphela emva kwentlawulo ye-90% kunye nokukhutshwa.

Q18: Ubala njani imijikelezo yebhetri?

Umjikelo omnye ubalwa nge-diamulative nganye ye-80%.

I-Q19: Njani malunga nokusikelwa umda kwangoku ngokweqondo?

A: c = 39a

Uluhlu lobuchule bokuhlawula: 0-45 ℃

0 ℃, 0.1C (3.9A);

5 ℃, 0.33c (13a);

I-15-40 ℃, 0.64C (25A);

40 ~ 45 ℃, 0.13C (5A);

Uluhlu lobushushu lwe-Green: -10 ℃-50 ℃

Akukho sithintelo.

Q20: Ngaphantsi kweyiphi ibhetri?

Ukuba akukho mandla pv kunye ne-SOS <= ibhetri yomthamo wemizuzu eli-10, i-inverter ivale ibhetri (ivaliwe ngokupheleleyo, njengemowudi yokulinda enokutshitshiswa). I-inverter iya kuvusa ibhetri ngexesha lokutshaja esekwe kwimodi yomsebenzi okanye i-PV yomelele ukubiza ibhetri.

Ukuba ibhetri ilahlekile unxibelelwano ne-inverter kangangemizuzu emi-2, ibhetri iyakuvalela.

Ukuba ibhetri ineealamu ezingafakwanga, ibhetri ziya kuvalwa.

Nje ukuba i-voltage enye yeseli yebhetri <2.5v, ibhetri iyakuvala.

I-Q21: Xa usebenza ne-inverter, ikwenza njani i-Inveric ye-Inverter ngenkuthalo / kwibhetri?

Okokuqala jika kwi-inverter:

Ndifuna nje ukuvula / ukucima i-BMC. I-inverter iya kuvusa ibhetri ukuba igrid ikwi-grid okanye igridi icinyiwe kodwa i-PV yamandla ivuliwe. Ukuba akukho grid kunye ne-PV yamandla, i-Inverter ayizukuphinda ibhetri. Kuya kufuneka uguqule ibhetri ngesandla (vula iphepha le-1 kwi-BMC, linda i-RE GREDICS 2 ifake i-2) Iqhosha lokuqala elimnyama 3).

Xa i-inverter iyasebenza:

Ukuba akukho mandla PV kunye ne-SOC i-SEP ye-Interm ye-10 yemizuzu emizuzu eli-10, i-inverter ivale ibhetri. I-inverter iya kuvusa ibhetri ngexesha lokutshaja esekwe kwimodi yomsebenzi okanye inokuhlawuliswa.

I-Q22: Phantsi kwemeko apho umsebenzi ongxamisekileyo osebenza khona uya kusebenza xa ibhetri iqhagamshelwe kwi-inverter?

A: Ibhetri icela ukushanga okungxamisekileyo:

Xa ibhetri ye-SOC <= 5%.

I-Inverter isebenza ngokungxamisekileyo:

Qala ukuBhunga ukusuka kwi-SOC = Ibhetri yokuseta umkhono (iseti kumboniso) -2%, ixabiso elingagqibekanga le-MINS SO SO SO SO SO SO SCO SECK SEATE. Intlawulo malunga ne-500w ukuba i-BMS ivumela.

I-Q23: Ngaba unawo nawuphi na umsebenzi wokulinganisa i-carts phakathi kweepakethi ezimbini zebhetri?

Ewe, sinomsebenzi. Siza kulinganisa umahluko we-voltage phakathi kweepakethi zebhetri ezimbini zokuthatha isigqibo sokuba kufuneka ziqhubele phambili ibhalansi. Ukuba ewe siza kutya amandla okungaphezulu kwepakethi yebhetri kunye ne-voltage ephezulu / yeSoC. Ngemijikelezo embalwa eqhelekileyo umsebenzi oqhelekileyo oqhelekileyo umahluko we-voltage uya kuba mncinci. Xa belungelelene nale msebenzi baya kuyeka ukusebenza.

I-Q24: Ngaba ibhetri ingasebenza nakwamanye amazwe?

Okweli xesha alwenzi uvavanyo oluhambelana nakwezinye ii-interver, kodwa kufuneka sisebenze ngomenzi we-inverter ukwenza iimvavanyo ezifanelekileyo. Sifuna umvelisi we-inverter ubonelela ngembambano yabo, inokwenzeka i-protocol kunye nengcaciso yeProtocol (amaxwebhu asetyenziselwa ukwenza iimvavanyo ezihambelanayo).

I-Q1: Ihlangana njani rena1000?

I-Rena1000 Serition Guinoor yokuGcina iBhola yokuGcina i-GROOR Direct Ibiza ibhetri yokuGcina amandla, i-PCS (Inkqubo yoLawulo lwaMandla), inkqubo yokuLawulwa kweMimandla, inkqubo yokuHambisa uMbane, inkqubo yokulawula ukusiNgqongileyo kunye nenkqubo yokulawula umlilo. Nge-PCS (inkqubo yolawulo lwamandla), kulula ukulondolozwa kwangaphambili, kunye neKhabhinethi engaphandle, enokunciphisa indawo yokhuseleko kunye nokuhanjiswa okuthe kratya, ukusebenza okuphakathi kwamandla kunye nolawulo oluphezulu kunye nolawulo oluphezulu.

I-Q2: Yeyiphi i-rena1000 yeseli yebhetri yebhetri?

Iseli ye-3.2v 120, iiseli ezingama-32 kwimodyuli yebhetri, indlela yoqhagamshelo 16s2p.

Q3: Iyintoni inkcazo yeselula yeli seli?

Kuthetha umyinge wentlawulo yebheji yebheji yebheji kwintlawulo epheleleyo, phawula imeko yentlawulo yebhetri. Imeko yeseli ehlawulwayo eyi-100% yeCOC ibonisa ukuba iseli yebhetri ihlawuliswa ngokupheleleyo kwi-3.65V, kunye nemeko yentlawulo ye-0% ibonisa ukuba ibhetri ikhutshiwe ngokupheleleyo kwi-2.5V. I-SOF PHEAT PAT-Cwangcisa i-SOF i-10% yokumisa ukukhutshwa

I-Q4: Yintoni umthamo wepakethi nganye yebhetri?

I-Rena1000 Sering Mount yemodyuli yemodyuli ye-12.3kwh.

I-Q5: Ungayithatha njani imeko yokuFumaya?

Inqanaba lokhuseleko I-IP55 linokuhlangabezana neemfuno zezinto ezisetyenziswayo ezininzi, kunye nemeko yomoya ekrelekrele ukuqinisekisa ukusebenza kwesiqhelo kwenkqubo.

I-Q6: Yeyiphi imeko yesicelo enoluhlu lweRena1000?

Phantsi kweemeko eziqhelekileyo zesicelo, izicwangciso zomsebenzi zeenkqubo zokugcina amandla zezi zilandelayo:

I-Peak-Shansung kunye nokuzaliswa kwe-Valley: Xa irhafu yokwabelana ngeXesha kwi-Valley icandelo: Ikhabhathi yokugcinwa kwamandla ihlawuliswa ngokuzenzekelayo kwaye izele xa izele; Xa irhafu yokwabelana ngeXesha ikwicandelo le-Peak: IKhabhinethi yokuGcina amandla ikhutshiwe ngokuzenzekelayo ukuba iqaphele umahluko werhafu kunye nokuphucula ukusebenza kakuhle kwenkqubo yokukhanya kunye nenkqubo yokuhlawula.

Ukulungiswa kwefotovoltaic edityanisiweyo: Ukufikelela okwenyani kwexesha lokufumana umthwalo wengingqi, indlela yokuzithoba kwefoto ye-photovoltaic amandla, ukugcinwa kwamandla entsalela; Isizukulwana sombane seFotovoltaic asonele ukubonelela umthwalo wasekhaya, eyona nto iphambili kukusebenzisa amandla okugcina ibhetri.

I-Q7: Zeziphi izixhobo zokukhusela ukhuseleko kunye nemilinganiselo yale mveliso?

Inkqubo yokugcina amandla ixhotywe ngoochwephesha bomsi, izifo zenzwa kunye neeyunithi zolawulo lokusingqongileyo ezinjengokhuseleko lomlilo, zivumela ulawulo olupheleleyo lwenkqubo yokusebenza kwenkqubo. Inkqubo yokulwa umlilo isebenzisa isixhobo sokucima i-Aerosol Foods sisixhobo esitsha sokukhusela imveliso yokusitya komlilo esisiseko esinenqanaba eliphezulu. UMGAQO-NKQUBO WOKUGQIBELA: Xa ubushushu obunesondo obuvela kwi-wire ye-wirmal okanye buza kudibana nedangatye elivulekileyo, i-wire ye-wire wire ngokuzenzekelayo kwaye idluliselwe kwisixhobo sokucima umlilo kwi-Aerosol. Emva kokucima isixhobo se-Aerosol Fiting fumana umqondiso wokuqalisa, iarhente yokucima umlilo yangaphakathi ivuliwe kwaye ikhawuleza ivelise i-nano-yohlobo lwe-AEROL FORD kunye nokukhuphela ukucima umlilo okhawulezayo

Inkqubo yokulawula ilungiselelwe lulawulo lwamaqondo obushushu. Xa iqondo lobushushu lenkqubo lifikelela kwixabiso elisetweyo, i-air conditioner iqala ngokuzenzekelayo imowudi yokupholisa ukuqinisekisa ukusebenza kwesiqhelo kwenkqubo ngaphakathi kweqondo lokusebenza

I-Q8: YINTONI PU?

I-Pdu (Icandelo lokuhambisa amandla), ekwabizwa ngokuba yiyunithi yokusasaza kwamandla kwiikhabhathi, yimveliso eyenzelwe ukuhambisa imithombo yombane kwizixhobo zeplagi, ezinokubonelela ngezisombululo ezahlukeneyo zeplagi zendawo ezahlukeneyo zombane. Ukusetyenziswa kwe-PDUS kwenza ukusasazwa kwamandla kwiikhabhathi kucoceke ngakumbi, ukuthembeka, ukhuselekile, ubungcali kwaye buyakholiswa ngamandla, kwaye yenza ulondolozo lwamandla ngokulula kwaye luthembekile

I-Q9: Yintoni intlawulo kunye nokugaya umlinganiso webhetri?

Intlawulo kunye nokugaya umlinganiso webhetri i-≤0.5C

I-Q10: Ngaba le mveliso ifuna ulondolozo ngexesha lewaranti?

Akukho sidingo solondolozo olongezelelweyo ngexesha lokuqhuba. Iyunithi yolawulo lwenkqubo yokuqonda kunye ne-IP55 yoyilo lwangaphandle Qinisekisa uzinzo lwemveliso. IXESHA LOKUGQIBELA LOKUSETYENZISELWA KWEXESHA LOKUSETYENZISIWEYO Iminyaka eli-10, eqinisekisa ngokupheleleyo ukhuseleko lwamalungu

I-Q11. Ithini i-sox ephezulu ye-algorithm?

I-algorithm echanileyo kakhulu, esebenzisa indibaniselwano yendlela yokudityaniswa kwe-AmPire kunye nendlela evulekileyo, ibonelela ngokubalwa ngokuchanekileyo kunye nokulinganisa okuchanekileyo kwe-cal kunye nokuchaza i-SCICY ye-Candelo lexeshana.

Q12. Luthini ulawulo lwetemp?

Ulawulo lobushushu obukrelekrele luthetha ukuba xa iqondo lobushushu bebhetri liphuma, inkqubo iza kujika ngokuzenzekelayo imeko yeqondo lokulungisa ubushushu ngokuqinisekisa ukuba yonke imodyuli izinzile ngaphakathi kuluhlu lobushushu obusebenzayo

Q13. Ithetha ntoni imisebenzi yamabala amaninzi?

Iindlela ezine zokusebenza: Indlela yeNqaku, ukuzihlalisa, indlela yokwabelana ngeXesha, ukuvumela abasebenzisi, ukuvumela abasebenzisi ukuba bacwangcise iModi

Q14. Ukuxhasa njani ukutshintshela kwinqanaba le-EPS kunye nokusebenza kweMicrogrid?

Umsebenzisi unokusebenzisa indawo yokugcina amandla njenge-microgrid kwimeko yongxamiseko kunye nokudityaniswa ngefestile ukuba i-voltage yenyathelo okanye i-Stick-Hotage iyafuneka.

I-Q15. Ungayithumela njani idatha?

Nceda usebenzise i-USB Flash drive ukuyifaka kwi-interface yefowuni kwaye ithumela idatha kwi-screen ukufumana idatha oyifunayo.

I-Q16. Ukulawula kude kangakanani?

Ukuhlolwa kwedatha ekude kunye nolawulo kwi-app ngexesha lokutshintsha kwexesha, kunye nokukhulisa useto kunye nokuphuculwa kwemiyalezo kunye neempazamo zangaphambi kwexesha, ukuze uqonde imiyalezo kunye nokugcina umkhondo wexesha lokwenyani

I-Q17. Ngaba i-Rena1000 yeNkxaso yeNkxaso mali?

Iiyunithi ezininzi zinokuqhagamshelwa ngokuhambelana neeyunithi eziyi-8 kwaye zihlangabezane neemfuno zabathengi

I-Q18. Ngaba i-rena1000 inzima ukuyifaka?

Ukufakelwa kulula kwaye kulula ukusebenza, kuphela i-harness yesiphelo se-AC kunye nentambo yonxibelelwano lwesikrini kufuneka iqhagamshelwe, olunye unxibelelwano ngaphakathi kwaye luvavanywe kumzi-mveliso kwaye aludingiwe kwakhona kumthengi

I-Q19. Ngaba imowudi ye-Rena1000 ye-ESS ingalungiswa kwaye iseti ngokweemfuno zabathengi?

I-Rena1000 ithunyelwe nge-interction asemgangathweni kunye noseto, kodwa ukuba abathengi kufuneka benze utshintsho kuyo ukuze bakwazi ukufezekisa iimfuno zabo zesiko, banokufikelela kwi-renic demes zesoftware ukuze bafezekise iimfuno zabo zesoftware.

I-Q20. Lide kangakanani ixesha le-rena1000?

Iwaranti yeMveliso ukusuka kumhla wokuhanjiswa iminyaka emi-3, iimeko zetreyini zebhetri: ngo-25 ℃, i-0.5c intlawulo kunye ne-3000 ye-3 (i-3) ifikelela kwi-80%

Q1: Ngaba ungazisa i-renac enci chager?

Oku krelekrele i-EV charger yezicelo zokuhlala kunye nezorhwebo, ukuveliswa kubandakanya iSigaba esinye se-7k Inqanaba le-11k kunye ne-EV charger ukuba ungayibona kwimarike, akunamsebenzi. I-BMW. I-Nissan kunye ne-BOSD zonke ezinye ii-Brands kunye ne-diver yakho, yonke isebenza kakuhle nge-RENAC itshaja.

I-Q2: Ngaba loluphi uhlobo kunye nemodeli yeCharger Port ziyahambelana nale tshaja?

I-EV Charger Pot 2 luhlengahlengiso olusemgangathweni.

Olunye uhlobo lwe-charger port lomzekelo uhlobo loku-1, i-USA esemgangathweni njl njl.

Q3: Yintoni umsebenzi onamandla wokulinganisa?

Ukulinganisa okushukumisayo yindlela yokulawula ukrelekrele kwi-EV ivumela ukuba i-EV ivumela ukuba isebenze ngaxeshanye nomthwalo wasekhaya. Inika amandla aphezulu okutshaja ngaphandle kokuchaphazela iigridi okanye imithwalo yekhaya. Inkqubo yokuHlanganisa umthwalo isebenza amandla afumanekayo kwi-PV ekhoyo kwi-EV yokuhlawula ngexesha lokwenyani. Ngenxa yokuba amandla etshathi anokuba nomda olinganiselweyo ukuba afezekise iingxaki zamandla ezibangelwa yimfuno yomthengi, amandla abiliweyo anokuphakama xa usetyenziso lwamandla lwe-PV luphantsi kakhulu. Ukongeza inkqubo ye-PV iya kubeka phambili phakathi kwemithwalo yekhaya kunye neepilisi zokuhlawula.

I-Q4: Ithini iModi yokusebenza emininzi?

I-EV tshaja ibonelela ngeendlela ezininzi zomsebenzi zemeko eyahlukileyo.

Imowudi ekhawulezayo ihlawulisa imoto yakho yombane kwaye yandise amandla okufezekisa iimfuno zakho xa ungxamile.

Imowudi ye-PV ihlawulisa imoto yakho yombane enamandla e-Sholar yeSolar, Ukuphucula umgangatho wokuzisebenzisa ngokwakhola kwaye ukubonelela ngamandla angama-100% amandla aluhlaza kwimoto yakho yombane.

Imodi ye-off-peak ngokuzenzekelayo ihlawulisa ngokuzenzekelayo i-EV elinengqondo ilawula, esebenzisa inkqubo ye-PV kunye namandla eGV ngelixa i-gv ngelixa iqinisekisa ukuba umphulisi wesekethe akasayi kubangelwa kukubiza.

Ungayijonga i-app yakho malunga neendlela zomsebenzi kubandakanya imowudi ekhawulezayo, imowudi ye-PV, i-Off-Peak.

I-Q5: Ungayixhasa njani i-Vallighy Valley Pallimes?

Ungangenisa ixabiso lombane kunye nexesha lokutshaja kwi-APP, le nkqubo iza kuchaza ngokuzenzekelayo ixesha lokutshaja ngokwexabiso lakho lombane, kwaye ukhethe ixesha lokuqhuba le-cally liza kugcina iindleko zakho zokutshaja!

I-Q6: Ngaba singayikhetha i-charmation?

Ungayibeka kwi-APMS ngayiphi na indlela onqwenela ukuyifaka kwaye uvule i-EV yakho ye-EV kubandakanya i-EV kubandakanya i-EV kubandakanya i-EV kubandakanya i-APP, ikhadi le-RFID, iplagi kunye neplagi.

I-Q7: Ungazi njani iimeko zokutshaja?

Ungayijonga kwi-APP kwaye uye wajonga yonke imeko yokugcina i-solar ye-solar yelanga okanye ukutshintsha ipharamitha eshajayo

I-Q8: Ngaba i-reani chagger ihambelana nenye i-inverter engaphakathi okanye inkqubo yokugcina? Ukuba kunjalo, kufuneka utshintsho?

Ewe, iyahambelana nayo nayiphi na inkqubo yamandla e-Brands .but kufuneka ufumane i-GET ye-Smart yombane ye-EV charger ngenye indlela engenakukwazi ukubeka iliso kuyo yonke idatha. Isikhundla sokufakelwa kwemitha sinokukhethwa isikhundla 1 okanye isikhundla 2, njengowona mfanekiso ulandelayo.

I-Q9: Ngaba naliphi na inani lamandla elanga elitsha elinokutshaja?

Hayi, kufuneka ifikile i-gontage ke ingashanga, ixabiso elisebenzayo yi-1.4kw (iSigaba esinye) okanye i-4.1kw (iSigaba sesithathu) ayinakuqala ukutshaja xa ingamandla awaneleyo. Okanye unokuseta amandla kwigridi yokuhlangabezana nemfuno yokutshaja.

I-Q10: Ungabalwa njani ixesha lokutshaja?

Ukuba ukutshaja kwamandla okunyanzeliswa kuyaqinisekiswa, nceda ubhekisele kubalo njengezantsi

IXESHA LOKUGQIBELA

Ukuba i-sharmation yamandla ayiqinisekisi ke kuya kufuneka ujonge idatha yokuhlawula idatha malunga nemeko yakho ye-EV.

I-Q11: Ngaba umsebenzi wokuKhusela itshathi?

Olu hlobo lwe-EV charger lune-overvlstage, i-AC i-AC i-AC, i-AC i-Ac

Q12: Ngaba itshaja ixhasa amakhadi amaninzi e-rfid?

A: I-Apcesment esemgangathweni iquka amakhadi ama-2, kodwa kuphela ngenombolo yekhadi elinye. Ukuba iyafuneka, nceda ukhuphe amakhadi angaphezulu, kodwa kuphela yinombolo yekhadi eli-1, akukho uthintelo ngenani lekhadi.

I-Q1: Ungayidibanisa njani i-Inbrid ye-Inbrid ye-Inbrid yoThutyana?

I-Q2: Ungayidibanisa njani i-hybrid ye-nerbrid ye-nerbrid ye-hybrid yodwa?