Iimveliso

Imveliso ephezulu / Ikhuselekile kwaye Ithembekile / Ihlakaniphile / Ilula ukuyisebenzisa.

I-SUN 5/6/8/10/12K-SG yi-inverter entsha ye-three phase hybrid ene-voltage ephantsi yebhetri ye-48V, eqinisekisa ukuba inkqubo ikhuselekile kwaye ithembekile. Ngoyilo oluncinci kunye noxinano lwamandla aphezulu, olu luhlu luxhasa umlinganiselo we-1.3 DC/AC, lugcina utyalo-mali lwesixhobo. Luxhasa imveliso engalinganiyo ye-three phase, lwandisa iimeko zesicelo. Ixhotyiswe nge-CAN port (x2) BMS kunye ne-x1 RS485 port ehambelanayo ye-BMS, i-x1 RS232 port yokulawula kude, i-x1 DRM port, eyenza inkqubo ibe krelekrele kwaye iguquguquke.

Ixhotyiswe nge-RS485 / CAN port yokunxibelelana ngebhetri.

I-inverter ye-SUN 3kw-16kw，eyi-hybrid, ifanelekile ukusetyenziswa kwiindawo zokuhlala nakwiindawo zorhwebo ezilula, inyusa izinga lokuzisebenzisa lamandla elanga kwaye inyusa umngcipheko wakho wamandla. Emini, inkqubo ye-PV ivelisa umbane oya kunikwa imithwalo ekuqaleni. Emva koko, amandla agqithisileyo aya kutshaja ibhetri nge-SUN 3kw-16kw. Okokugqibela, amandla agciniweyo anokukhululwa xa imithwalo iwafuna. Ibhetri inokutshaja nejenereyitha yedizili ukuqinisekisa ukunikezelwa okungaphazamisekiyo xa kuthe kwacima igridi.

ISONTO 6 / 8 / 10 / 12 / 15 / 20K / 25K / 30K / 40K / 50K-SG01HP3-EU-AM2 yi-inverter entsha ye-hybrid yesigaba sesithathu enebhetri ephezulu yombane, iqinisekisa ukuba inkqubo ikhuselekile kwaye ithembekile. Ngoyilo oluncinci kunye noxinano lwamandla aphezulu, olu luhlu luxhasa umlinganiselo we-1.3 DC/AC, lugcina utyalo-mali lwesixhobo. Luxhasa imveliso engalinganiyo yesigaba sesithathu, lwandisa iimeko zesicelo. Luxhotyiswe nge-CAN port (x2) BMS kunye ne-x1 RS485 port ehambelanayo ye-BMS, i-x1 RS232 port yokulawula kude, kunye ne-x1 DRM port, eyenza inkqubo ibe krelekrele kwaye iguquguquke.

Iphaneli yelanga yeJA Solar Brand

1. Ukuveliswa kwamandla aphezulu kwe-LCOE engcono

2. Uhlobo lwe-n oluneSIKHUMBUZO esisezantsi kakhulu

3. I-Coefficient yoBushushu engcono

4. Impendulo engcono yokukhanya okuphantsi

5. Iwaranti yemveliso yeminyaka eli-12

6. Iwaranti yokukhupha amandla emgceni yeminyaka engama-30

Iphaneli yelanga yeJinko Brand

Iteknoloji yohlobo lwe-N: Iimodyuli zohlobo lwe-N ezineteknoloji ye-Tunnel OxidePassivating Contacts (TOPCon) zibonelela ngokonakala okuphantsi kwe-LID/LeTID kunye nokusebenza okungcono kokukhanya okuphantsi.

Iimodyuli zeTekhnoloji ye-HOT 2.0: Uhlobo lwe-N ezineteknoloji ye-HOT 2.0 kaJinkoSolar zibonelela ngokuthembeka nokusebenza ngcono.

Ukuqina Kwimeko Engqongileyo Egqithisileyo: Inkungu enetyuwa eninzi kunye nokumelana ne-ammonia.

Umthwalo woomatshini ophuculweyo: Uqinisekisiwe ukuba ungamelana: Umthwalo wovavanyo oluzinzileyo oluphambili oluyi-5400 Pa, umthwalo wovavanyo oluzinzileyo olungasemva oluyi-2400 Pa

Itekhnoloji ye-SMBB: Ukugcina ukukhanya okungcono kunye nokuqokelelwa kwamandla angoku ukuphucula imveliso yamandla emodyuli kunye nokuthembeka kwayo

Isiqinisekiso se-Anti-PID: Sinciphisa amathuba okuwohloka okubangelwa ziziganeko ze-PID ngokuphucula itekhnoloji yokuvelisa iiseli kunye nolawulo lwezinto.

Iphaneli yelanga yeLongi Brand

1. Ukusebenza kakuhle kweModyuli:>22.5

Iwaranti yemveliso yeminyaka eli-12.

Iwaranti yamandla yeminyaka engama-30

4. Uphuculo oluthembekileyo, iwaranti ekhokelayo

5. Uphuculo olubonakalayo ekusebenzeni kokuveliswa kombane

6. Ukonga iindleko zokusebenza nokulungisa

7. Ukonga iindleko ze-BOS

Iphaneli yelanga yeTrina Brand

Icandelo elitsha leVertex Supreme N-type high-efficiency lineempawu ezibalaseleyo ezifana nokusebenza kakuhle kokuguqula, izinga eliphezulu elimacala mabini, i-coefficient ephantsi yobushushu, kunye nokunciphisa okuphantsi kweebhetri zohlobo lwe-N. Ngokusekelwe kwiqonga lobuchwepheshe bemveliso ye-210 ephucukileyo, ikhulisa ngakumbi iingenelo zamandla aphezulu, ukusebenza kakuhle, ukuveliswa kwamandla aphezulu, ukuthembeka okuphezulu, kunye neendleko zombane eziphantsi. I-210 kunye ne-N ziyaxhasana, okwenza i-lead ibe phambili nangakumbi.

Ixabiso lelanga elibini 405w 445w 450w 550w 550 watts 600w 650w 670w 685w 715w

Ibhetri yesithuthi sombane, ikude kakhulu. Ifanelekile kwiimoto ezinamavili amabini, iimoto ezinamavili amathathu, kunye neemoto ezinamavili amane ezineebhetri ze-lithium ezizinikeleyo.

Ibhetri yebanga leemoto A, iseli enye, ayiqhumi, ayitshi. Ibhodi yokukhusela ekrelekrele yokukhusela.

Indawo ye-GPRS ingakhethwa xa kubekwa ulawulo olukude. Jonga inqanaba lebhetri kunye ne-voltage kwifowuni yakho

Ibhetri ye-lithium yelanga ngokusebenzisa ukufunyanwa kobushushu obuphezulu kwi--40 ℃ kunye novavanyo lobushushu obuphezulu kwi-60 ℃, isantya sokutshaja siyakhawuleza, sixhasa ukutshaja okuphezulu kwamandla, ukuzikhupha ngokwakho kwi-10%, kwaye sinomthamo wokulinda ongaphezulu kweenyanga ezi-3. Inobuhlobo nokusingqongileyo kwaye ayinangcoliseko.

1. Ukutshaja iibhetri ze-lithium ngendlela ekrelekrele nekhawulezayo, indlela entsha yokutshaja ye-PWM ye-pulse enamanqanaba amathathu.

2. Ibhodi yokukhusela ekrelekrele yeTesla BMS enentsebenzo ezinzileyo, ukhuseleko lwebhetri, kunye nobomi bebhetri obude.

3. Ngaphezulu kwemijikelo engama-3000, uluhlu olunyuswe ngama-40%, kunye nobomi obude obude ngama-60%.

4. Ifanelekile kwiimoto zokuhambisa ezikhawulezayo, iimoto ezinamavili amane, iimoto zombane, ii-tricycles, njl.njl.

Inkqubo yephaneli yelanga exutyiweyo yindibaniselwano yoqhagamshelo lwegridi kunye nezixhobo zokugcina amandla ezibonelela ngobonelelo lwamandla oluqhubekayo emini nasebusuku. Le nkqubo exutyiweyo igcina amandla ukuze asetyenziswe kwixesha elizayo kwiseli enye okanye ezingaphezulu zelanga, kodwa inokukhupha amandla kwigridi ngexesha lokusetyenziswa kwamandla aphezulu njengehlobo elishushu. Nayiphi na inkqubo yokugcina ilanga nelanga engathethi ukuba iqhagamshele ngokupheleleyo kwigridi iya kuba yinkqubo exutyiweyo.

Iinkqubo ze-hybrid zanamhlanje zidibanisa amandla elanga kunye nokugcinwa kwebhetri, kwaye ngoku kukho iindlela ezahlukeneyo kunye noqwalaselo. Ngenxa yokuncipha kweendleko zokugcina iibhetri, iinkqubo esele ziqhagamshelwe kwigridi yamandla nazo zinokuqalisa ukusebenzisa indawo yokugcina iibhetri. Oku kuthetha ukukwazi ukugcina amandla elanga aveliswa emini kwaye uwasebenzise ebusuku. Xa amandla agciniweyo ephelile, igridi yamandla isebenza njengesipele, ivumela abathengi ukuba babe nezona zinto zilungileyo kuzo zombini ihlabathi. Inkqubo ye-hybrid ingasebenzisa nombane ongabizi kakhulu ongekho peak (ngesiqhelo emva kobusuku ukuya ku-6am) ukutshaja ibhetri.

I-Sunnal 50kw 60kw 80kw 100kw 120kw 150kw 200kw 250kw 300kw 400kw 500kw Inkqubo yamandla elanga exutyiweyo yorhwebo,Ingavelisa umbane wokunika amandla ibhetri kwaye idibanise umbane ogqithisileyo kwigridi yamandla kamasipala. Le iya kuba yindlela yophuhliso lwamandla amatsha kwixesha elizayo. Ayinakwanelisa iimfuno zokuzisebenzisa, kodwa inokufumana inzuzo ethile. Ifanelekile kwiindawo ezinemfuno ephezulu yombane ezifana neefektri, izikhululo zepetroli, iivenkile ezinkulu, njl.

Inkqubo yelanga eyi-1kw 5kw 10kw 15kw 20kw 30kw ehlakaniphileyo kwaye isebenza kakuhle yinkqubo yelanga edibeneyo ye-On Grid kunye ne-Off Grid, efanelekileyo kwindawo apho kungekho nethiwekhi yegridi okanye amandla egridi angazinzileyo okanye ixabiso lombane wegridi liphezulu. Le solar ingachazwa njengenkqubo yelanga engaphandle kwegridi enegunya lokuxhasa umbane, okanye inkqubo yelanga eboshwe yigridi enendawo yokugcina ibhetri eyongezelelweyo.

Iibhetri zeGelled ziyinxalenye yohlu lophuhliso lweebhetri zeLead-acid. Le ndlela kukongeza i-gelling agent kwiSulphuric acid ukwenza iSulphuric acid electro-hydraulic gel. Iibhetri zeElectro-hydraulic zidla ngokubizwa ngokuba ziibhetri zeColloidal.

Ibhetri ye-asidi ye-Sunnal Lead ayilungiswa kwaye kulula ukuyisebenzisa. Uphando oluphambili lwetekhnoloji kunye nophuhliso lweebhetri ezintsha ezisebenza kakuhle. Ingasetyenziswa kakhulu kumandla elanga, amandla omoya, iinkqubo zonxibelelwano, iinkqubo ezingaphandle kwegridi, ii-UPS kunye nezinye iinkalo. Ubomi bebhetri obuyilelweyo bunokuba yiminyaka esibhozo yokusetyenziswa kwe-float.