I-DKDP-Huble Shicial Sthner enye i-palase yerlir 2 kwi-1 nge-1 kunye ne-MPTP yokulawula
Kutheni le nto iiseli zelanga zivelisa kuphela ngokuthe ngqo?
Xa ilanga likhanya kumphezulu weseli ye-solar, iya kukukhuthaza ukuhamba kwee-elektroni, ngaloo ndlela kuvelisa umbane wangoku. Ngoku, ezi ze-elektroniki zihamba kuphela kwicala elinye.
Ukuhamba kwe-elektroni enye kuvelisa ngokuthe ngqo okanye ngokuthe ngqo okwangoku. Ke ngoko, iiseli zelanga zinokuvelisa kuphela ngoku ngqo, hayi ukutshintsha okwangoku. Ngaphandle koko, i-inverter ayizukufuneka kule meko.
Kutheni le nto sisebenzisa i-AC endaweni ye-DC ekhayeni lethu?
Zimbini izizathu eziphambili zokuba sisebenzise i-AC endaweni ye-DC ekhaya. Ke ngoko, asinakukwazi ukusebenzisa ngokuthe ngqo iziphumo ze-DC zeeseli zelanga kunye neephaneli zesolar. Zimi ngolu hlobo lulandelayo:
I-1. Uninzi lweendawo zethu zekhaya kunye nezixhobo zisebenzisa ukutshintsha okwangoku.
2. Amandla avela kwigridi kawonke-wonke ikwayindlela yokutshintsha okwangoku.
Iziseko zekhaya kunye nezixhobo zisebenzisa i-AC endaweni yeDC.
I-DC ayisiyonto esinokuyisebenzisa ngokuthe ngqo kuwo amandla kwizixhobo zasekhaya. Esi sesona sizathu siphambili sokuba kufuneka sisebenzise amantshontsho ukuze sizuze kumandla elanga.
Ngexesha lasemini, amandla elanga anokubonelela ngamandla kwintsapho yethu ngoncedo lwe-interrs. I-INTERNS inokuguqula i-DC Voltage kwaye amandla ombane kumandla ee-AC, esibonisa ukuba sisebenzise izixhobo zombane. Kwimeko yenkqubo yokuvelisa amandla eSolar exhunyiwe, xa amandla elanga angaphezulu kwemfuno yamandla wosapho lwethu, amandla agqithisileyo aya kuphumeza kwigridi.
Inethiwekhi yokuhambisa isebenzisa i-AC endaweni yeDC.
Ngaphandle kokuba ufuna ukushiya igridi, kufuneka ufumane umbane kwigridi yoluntu ukuze usebenzise izixhobo zombane zasekhaya. Indlela abadlulisela ngayo umbane kwizityalo zamandla kukuhambisa kunye nokusasaza. Le migca isebenzisa i-voltage ephezulu kunye namandla asezantsi angoku kwi-AC ukunciphisa ilahleko yombane.
Ke ngoko, inkqubo yephaneli yakho yelanga kufuneka ilungiswe ngokwemfuno yamandla ekhayeni lakho, oko kukuthi, uhlobo lokutshintsha okwangoku. Xa uqhagamshela inkqubo ye-SORD exhunyiweyo ye-GARD, kuya kufuneka ulungelelanise amandla ayo okuphuma kwigridi. Ngoku, sesinye isizathu sokuba kutheni iiseli zelanga kunye neephaneli zesomali zifuna amantshontsho.
Iparameter
| Imodeli: DP / DP-T | I-10212/4/48 | I-15212/24/48 | 20212/4/48 | 30224/48 | 40224/48 | I-50248 | 60248 | I-70248 | |
| Amandla aMandla | 1000w | I-1500W | 2000w | I-3000w | 4000w | 5000w | I-6000w | 7000w | |
| Amandla e-Peak (20ms) | I-3000VA | 4500va | I-6000VA | I-9000VA | I-12000VA | I-15000VA | I-18000VA | I-21000VA | |
| Qala imoto | 1hp | 1.5HP | 2hp | I-3hp | I-3hp | I-4hp | I-4hp | I-5hp | |
| I-Voltage yebhetri | I-12/24 / 48VDC | I-24 / 48VDC | I-24 / 48VDC | 48VDC | |||||
| Ubungakanani (l * w * hmm) | I-555 * 297 * 184 | I-615 * 315 * 209 | |||||||
| Ukupakisha ubungakanani (l * w * hmm) | I-620 * 345 * 255 | I-680 * 365 * 280 | |||||||
| I-NW (kg) | 12 | 13 | 15.5 | 18 | 23 | 24.5 | 26 | 27.5 | |
| GW (kg) (ukupakisha ibhokisi) | 14 | 15 | 17.5 | 20 | 25.5 | 27 | 28.5 | 30 | |
| Indlela yokufaka | Udonga | ||||||||
| Iparameter | |||||||||
| Igalelo | I-DC ye-DC ye-Voltageage | 10.5-15VDC (i-voltage enye yebhetri) | |||||||
| Uluhlu lwevolthi ye-AC | I-85vac ~ I-138VAC (110VAC) / i-110vac ~ I-148VAC (i-120vac / i-120vac ~ i-275vac ~ i-275vac ~ i-205vac ~ 48vac / i-220vac ~ 285vac (230vac) | ||||||||
| Uluhlu lwe-AC Prequency | I-45Hz ~ 55hz (50hz) / 55hz ~ 65hz (60hz) | ||||||||
| I-max sharings yangoku | 0 ~ 30A (kuxhomekeke kwimodeli) | ||||||||
| Indlela ye-ac sharting | Inqanaba lenqanaba elithathu (okwangoku, i-voltage eqhubekayo, intlawulo edadayo) | ||||||||
| Imveliso | Ukusebenza kakuhle (imowudi yebhetri) | ≥85% | |||||||
| Imveliso yemveliso (imowudi yebhetri) | I-110VAC ± 2% / i-120vac ± 2% / 220VAC ± 2% / 230VAC ± 2% / i-240vac ± 2% | ||||||||
| Imveliso yendlela yokusebenza (imowudi yebhetri) | I-50 / 60hz ± 1% | ||||||||
| Imveliso yemveliso (imowudi yebhetri) | I-bine ecocekileyo | ||||||||
| Ukusebenza kakuhle (Imo ye-AC) | > I-99% | ||||||||
| I-Voltage yemveliso (i-AC ye-AC) | I-110VAC ± 10% / 120VAC ± 10% / 220VAC ± 10% / 230VAC ± 10% / 240vac ± 10% | ||||||||
| Imveliso yendlela yokuphuma (imo ye-AC) | Landela igalelo | ||||||||
| Iziphumo zokugqwetha (Imowudi yebhetri) | ≤3% (umthwalo womgca) | ||||||||
| Akukho lwalahleko lomthwalo (imowudi yebhetri) | I-≤0.8% i-fited amandla | ||||||||
| Akukho lilahleko lomthwalo (imo ye-AC) | I-≤2% I-PROOT RORT (itshaja ayisebenzi kwimodi ye-AC) | ||||||||
| Akukho lwalahleko lomthwalo (imowudi yokonga yamandla) | ≤10w | ||||||||
| Uhlobo Lwebhetri | Ibhetri ye-vrla | I-Consege Plowlime: 14V; I-voltage ye-float: 13.8V (Inkqubo ye-12V; Inkqubo ye-24v x2; Inkqubo ye-X4 ye-X4) | |||||||
| Yenza ibhetri | Ukutshaja kunye nokuhambisa iiparamitha zeentlobo ezahlukeneyo zeebhetri kunokwenziwa ngokwezifiso ngokweemfuno zabasebenzisi | ||||||||
| Ukhuseleko | Ibhetri i-alarmstage | Ukungagqibeki komzi-mveliso: I-11V (inkqubo ye-12V; Inkqubo ye-24v x2; Inkqubo ye-X4 ye-X4) | |||||||
| Ibhetri ikhuselo lokukhuselwa kwebhetri | Ukungagqibeki kwefektri: 10.5V (Inkqubo ye-12V; Inkqubo ye-24v x2; Inkqubo ye-X4) | ||||||||
| Ibhetri ye-overvoltric | Ukungagqibeki komzi-mveliso: Inkqubo ye-15V (inkqubo ye-12V; Inkqubo ye-24v x2; Inkqubo ye-X4 ye-X4) | ||||||||
| Ukukhuselwa kwebhetri ngaphezulu kwebhetri | Ukungagqibeki komzi-mveliso: 17V (Inkqubo ye-12V; Inkqubo ye-24v x2; Inkqubo ye-X4 ye-X4) | ||||||||
| Ibhetri ye-overvoltricge | Ukungagqibeki komzi-mveliso: 14.5V (Inkqubo ye-12V; Inkqubo ye-24v x2; Inkqubo ye-X4 ye-X4) | ||||||||
| Ukukhusela ngaphezulu kwenkunkuma | Ukhuseleko oluzenzekelayo (imowudi yebhetri), ukwaphula okanye i-inshurensi (imo ye-AC) | ||||||||
| I-Inverter I-Inverter I-Inver Screen School | Ukhuseleko oluzenzekelayo (imowudi yebhetri), ukwaphula okanye i-inshurensi (imo ye-AC) | ||||||||
| Ukhuseleko lobushushu | > I-90 ° C (ivaliwe ngaphandle) | ||||||||
| I-alamu | A | Imeko yesiqhelo yokusebenza, i-buzzer ayinayo isandi sealarm | |||||||
| B | I-buzzer izandi ezi-4 ngamaxesha okwesibini xa ukusilela kwebhetri, ukungaqhelekanga kwi-voltage, ukhuseleko olugqithisileyo | ||||||||
| C | Xa umatshini uvuliwe okokuqala, i-buzzer iya kufikelela kwi-5 xa umatshini uqhelekile | ||||||||
| Ngaphakathi komlawuli welanga | Imowudi yokutshaja | I-PWM okanye i-MPTP | |||||||
| Biza okwangoku | I-10a ~ 60a (PWM okanye i-MPPPT) | I-10a ~ 60a (PWM) / 10a ~ 100A (MPPT) | |||||||
| Uluhlu lwevolthi yegalelo | I-PWM: 15V-44V (Inkqubo ye-12V); I-30v-44V (24V Inkqubo); I-60v-88v (Inkqubo ye-48V) | ||||||||
| I-max PV yegalelo le-MAX (VOC) (Kwiqondo eliphantsi) | I-PWM: 50V (12v / 24V Inkqubo); I-100V (Inkqubo ye-48V) / i-MPPP: 150V (12v / 24v / I-48V) | ||||||||
| I-PV iququzelela amandla aphezulu | Inkqubo ye-12V: I-140W (10a) / i-100w (20a) / i-30a) / i-30a) / i-60A0W (60A) / i-60a) / i-150W (100a); | ||||||||
| Ukuphulukana nokulahleka | ≤3w | ||||||||
| Ubungakanani bokuguqula ukusebenza | > I-95% | ||||||||
| Indlela yokusebenza | Ibhetri yokuqala / i-AC yokuqala / ukugcina iModi yamandla | ||||||||
| Dlulisela ixesha | Ii-≤4ms | ||||||||
| Bonisa | I-LCD (i-LCD yangaphandle ye-LCD (ngokuzithandela)) | ||||||||
| Indlela ye-thermal | Fan yokupholisa kulawulo olukrakra | ||||||||
| Unxibelelwano (ngokuzithandela) | I-RS485 / i-APP (i-WiFi okanye i-GPRS ebonakalayo) | ||||||||
| Okusingqongileyo | Iqondo lokusebenza | -10 ℃ ~ 40 ℃ | |||||||
| Iqondo lokugcina | -15 ℃ ~ 60 ℃ | ||||||||
| Ingxolo | ≤55db | ||||||||
| Ukuphakama | I-2000m (ngaphezulu kokuthetha) | ||||||||
| Umswakama | I-0% ~ 95%, akukho uqinisekiso | ||||||||
Yeyiphi inkonzo esiyinikelayo?
1. Inkonzo yoyilo.
Sazise nje izinto ozifunayo, njengamandla amandla, ukusetyenziswa okufuna ukulayisha, zingaphi iiyure ozifunayo inkqubo yokusebenza njl njl.
Siza kwenza umzobo wenkqubo kunye nogcino oluneenkcukacha.
2. Iinkonzo zeThenda
Ncedisa iindwendwe ekulungiseleleni amaxwebhu ebhidi kunye nedatha yezobuchwephesha
3. Inkonzo yoQeqesho
Ukuba umtsha kwishishini lokugcina amandla, kwaye ufuna uqeqesho, unokuza kwinkampani yethu ukuba ifunde okanye sithumele iingcali ukuba zikuncede ukuqeqesha izinto zakho.
4. Ukunyusa inkonzo kunye nenkonzo yolondolozo
Sikwabonelela ngenkonzo yokunyusa kunye nenkonzo yolondolozo kunye neendleko ezifikelelekayo kunye nexabiso elifikelelekayo.
I-5. Inkxaso yokuthengisa
Sinika inkxaso enkulu kubathengi abathengisa i-arhente ye-Brant "
Sithumela iinjineli kunye neengcali ukukuxhasa ukuba kukho imfuneko.
Sithumela ipesenti ethile eyongeziweyo kwezinye zeemveliso njengokutshintshwa ngokukhululekileyo.
Yeyiphi eyona nto incinci kunye ne-max ye-solar ye-solar onokuyivelisa?
I-solar yamandla e-solar ye-solar esiyivelise ijikeleze i-30w, njengokukhanya kweSolar Starland. Kodwa ngesiqhelo ubuncinci bokusetyenziswa kwekhaya yi-100w 200W 300W 300W i-500w njl.njl.
Uninzi lwabantu luthanda i-1kw 2kw 3kw 5kw 10kw njl.njl njl.
Inkqubo yamandla elanga ivelise i-30MW / 50mwh.
Unjani umgangatho wakho?
Umgangatho wethu uphakame kakhulu, kuba sisebenzisa izixhobo ezisemgangathweni kakhulu kwaye senza uvavanyo olungqongqo lwezinto. Kwaye sinenkqubo engqongqo ye-QC.
Ngaba uyakwamkela ukuvelisa ngokwezifiso?
Ewe. Sixelele nje ukuba ufuna ntoni. Siyenza ngokwezifiso i-R & D kwaye sivelise iibhetri ze-lithium ze-lithium ze-lithium, iqondo lobushushu le-lithium, iibhetri ze-lithium, ngaphandle kweendlela zendlela ye-lithium zeZithuthi, iinkqubo zelanga njl.
Lithini ixesha lokukhokela?
Ngokwesiqhelo iintsuku ezingama-20 ukuya kwengama-30
Uqinisekisa njani iimveliso zakho?
Ngexesha lewaranti, ukuba sisizathu semveliso, siya kuthumela ukutshintshwa kwemveliso. Ezinye zeemveliso esiya kukuthumela entsha ngendawo elandelayo. Iimveliso ezahlukeneyo ezinemigaqo eyahlukeneyo yewaranti. Kodwa ngaphambi kokuba sithumele, kufuneka umfanekiso okanye ividiyo ukuqinisekisa ukuba yingxaki yeemveliso zethu.
Iworkshop
Amatyala
I-400kwh (192v2000ah Picpo4 kunye neSolar yamandla eSolar ePhilippines)
I-200kw pv + i-384V12003003003003 I-500KWH
I-400kw pv + i-384V25000030000300 I-1000KWH
Iziqinisekiso
