Uhlelo lokusebenza lokusekela/i-pc yokuqapha okukude 20A 30A 40A 50A 60A mppt isilawuli sokushaja solar
Izici
1.MPPTUkusebenza kahle 99.5%,ukuguqulwa ukusebenza kahle 97%
2.Yonke idizayini esabelayo, esebenza kahle, ezinzile
3.OLED ulwazi lwesibonisi esiluhlaza okwesibhakabhaka
4.Umsebenzi wokwenza kusebenze ibhethri ye-lithium eyakhelwe ngaphakathi
5.Sekela amabhethri e-lead-acid, amabhethri e-lithium nazo zonke izinhlobo zebhethri
I-6.Umsebenzi wokuvikela ukugcina ukusebenza okuzinzile kwesistimu yebhethri ye-orlead-acid yebhethri
7.Sekela ukuqapha okukude kwe-PC,insimbi enezintambo,imojula engenantambo i-APP
8.Dual RJ45 interfaces, ukuphathwa okudidiyelwe kanye nentuthuko yesibili
9.CE,FCC kanye nezitifiketi ze-RoHS ziyatholakala
Imininingwane eyengeziwe
| I-Explorer - Uchungechunge lwe-NS | I-SMT24L30 | I-SMT24L40 | I-SMT24H50 | I-SMT24H60 | |
| Isigaba somkhiqizo | |||||
| Ukusebenza kahle kwe-MPPT | 99.50% | ||||
| Amandla alindile | 1W~1.8W | ||||
| Indlela Yokukhipha Ukushisa | Wonke amagobolondo e-aluminium alloy ayazifudumeza | ||||
| Isistimu yebhethri | Isistimu ye-12V: 9VDC~15VDC 24V Uhlelo: 18VDC~30VDC | ||||
| Isistimu yebhethri ye-lithium-ion elungisekayo | 8VDC~31VDC | ||||
| Izimpawu Zokufaka | |||||
| I-Max.PV input voltage(Voc) | 100VDC | 150VDC | |||
| I-Min.Vmpp Voltage | I-voltage yebhethri + 2V | ||||
| I-voltage yokushaja yokuqala | I-voltage yebhethri + 3V | ||||
| Ukuvikelwa kwe-voltage okokufaka okuphansi | I-voltage yebhethri + 2V | ||||
| 100VDC/95VDC | 150VDC/145VDC | ||||
| Amandla e-PV abuyiselwe kabusha | 12V uhlelo | 420W | 560w | 700w | 840W |
| 24V uhlelo | 840W | 1120w | 1400w | 1680w | |
| I-Li-ion | 432W~864W | 576W~1152W | 720W~1440W | 864W~1728W | |
| Izinhlamvu zemali | |||||
| Ukwenza kusebenze ibhethri ye-lithium | Ongakukhetha | ||||
| Izinhlobo zebhethri | Ivaliwe(SEL),Ijeli(GEL),Ichichima(FLD),I-AGM echazwe ngumsebenzisi(USER), LiFePO4 (Izintambo ezi-4 / Izintambo eziyi-7 / izintambo eziyi-8), ibhethri le-lithium Ternary (3 Strings / 6 izintambo / 7strings ), Ibhethri ye-lithium ion yangokwezifiso ( Lit ) | ||||
| Isilinganiso senkokhelo yamanje | 30A | 40A | 50A | 60A | |
| Isinxephezelo sezinga lokushisa | -3mV/C/2v | ||||
| Indlela yokushaja | Izigaba ezi-3: cC (Amanje Amanje) - CV(I-voltage eqhubekayo) - CF(Ishaja entantayo) | ||||
| Ukunemba kokuqina kwamandla kagesi | = 土0.2V | ||||
| layisha izici | |||||
| Layisha i-voltage | Okufanayo ne-voltage yebhethri | ||||
| Ukulayisha okulinganiselwe okwamanje | 20A | 30A | |||
| Imodi yokulawula ukulayisha | Vula/Vala, Imodi yokulawula i-PV voltage, Imodi yokulawula yesikhathi esikabili, i-PV +Imodi yokulawula isikhathi | ||||
| Ukuvikelwa kwamandla kagesi aphansi | 10.5V (okuzenzakalelayo),11V (ibuyiselwe), iyalungiseka | ||||
| Indlela yokusetha | Isofthiwe ye-PC / APP / Isilawuli | ||||
| Isibonisi Nokuxhumana | |||||
| Bonisa | Isibonisi se-OLED eluhlaza okwesibhakabhaka | ||||
| Ukuxhumana | Dual RJ45 port / RS485 / ukwesekwa PC software ukuqapha / ukweseka WiFi module for APP ukuqapha ifu / ukusekela ukuqapha okuhambisanayo okumaphakathi | ||||
| Amanye Amapharamitha | |||||
| Ukuvikela | Okokufaka nokukhipha ukuvikelwa kwe-over-volt / low-voltage, ukuvikela ukuhlehla kwe-polarity, | ||||
| Izinga lokushisa le-ambient elisebenzayo | -20°C~+50°C | ||||
| Izinga lokushisa lesitoreji | -40°C~+75℃ | ||||
| IP(Isivikelo sokungena) | IP42 | ||||
| Ukuphakama | 0 ~ 3000m | ||||
| Ubukhulu. usayizi wokuxhuma | 28mm' | ||||
| I-breaker enconyiwe | =63A | = 63A | = 100A | =100A | |
| Isisindo Esiphelele/Isisindo Esiphelele (kg) | 1.5/1.9 | 2.2/2.6 | |||
| Usayizi womkhiqizo /Usayizi wokupakisha (mm) | 225x152x75 | 245x192x83 | |||
1. Kungani ikhotheshini yakho iphakeme kunabanye abahlinzeki bempahla?
Emakethe yaseShayina, amafektri amaningi athengisa ama-inverters angabizi kakhulu ahlanganiswe ama-workshops amancane, angenazo izincwadi. Lezi zimboni zehlisa izindleko ngokusebenzisa izingxenye ezingekho ezingeni. Lokhu kubangela izingozi ezinkulu zokuphepha.
I-SOLARWAY yinkampani yobungcweti eyenza i-R&D, ukukhiqiza, kanye nokuthengiswa kweziguquli zamandla. Sesibambe iqhaza elibonakalayo emakethe yaseJalimane iminyaka engaphezu kwe-10, sithumela kwamanye amazwe ama-inverter kagesi angaba ngu-50,000 kuya kwangu-100,000 unyaka ngamunye eJalimane nasezimakethe ezingomakhelwane. Ikhwalithi yomkhiqizo wethu ifanele ukwethenjwa!
2. Zingaki izigaba iziguquli zamandla akho anazo ngokohlelo lwamagagasi okukhiphayo?
Thayipha 1: Uchungechunge lwethu lwe-NM ne-NS Iziguquli ze-Sine Wave eziguquliwe zisebenzisa i-PWM (I-Pulse Width Modulation) ukuze zenze i-sine wave eguquliwe. Ngenxa yokusetshenziswa kwamasekethe ahlakaniphile, azinikezele kanye nama-transistors anamandla aphezulu we-field-effect, lezi ziguquli zinciphisa kakhulu ukulahleka kwamandla futhi zithuthukise umsebenzi wokuqalisa okuthambile, okuqinisekisa ukwethembeka okukhulu. Yize lolu hlobo lwesiguquli samandla lungahlangabezana nezidingo zemishini eminingi kagesi lapho ikhwalithi yamandla ingadingeki kakhulu, lusahlangabezana nokuhlanekezeka okungama-20% kwe-harmonic lapho kusetshenziswa imishini eyinkimbinkimbi. I-inverter yamandla nayo ingabangela ukuphazamiseka kwefrikhwensi ephezulu emishinini yezokuxhumana yomsakazo. Kodwa-ke, lolu hlobo lwesishintshi samandla lusebenza kahle, lukhiqiza umsindo ophansi, lunentengo emaphakathi, ngakho-ke luwumkhiqizo ojwayelekile emakethe.
Uhlobo 2: I-NP, FS, kanye ne-NK yethu yochungechunge lwe-Pure Sine Wave inverters yamukela umklamo wesifunda wokuhlanganisa ongawodwa, onikeza ukusebenza kahle okuphezulu kanye namagagasi okukhiphayo azinzile. Ngobuchwepheshe be-high-frequency, lezi ziguquli zamandla zihlangene futhi zifanele imithwalo eminingi. Angaxhunywa kumadivayisi ajwayelekile kagesi kanye nemithwalo ye-inductive (njengeziqandisi nama-drill kagesi) ngaphandle kokubangela noma yikuphi ukuphazamiseka (isb, ukubhaza noma umsindo we-TV). Okukhiphayo kwesiguquli samandla e-sine wave kuyafana namandla egridi esiwasebenzisa nsuku zonke—noma okungcono nakakhulu—njengoba akukhiqizi ukungcoliswa kazibuthe kagesi okuhlobene namandla ahlanganiswe negridi.
3. Yiziphi izinto zikagesi ezikwazi ukumelana nomthwalo?
Imishini efana nomakhalekhukhwini, amakhompiyutha, ama-TV e-LCD, izibani ze-incandescent, amafeni kagesi, abasakazi bevidiyo, amaphrinta amancane, imishini ye-mahjong kagesi, nezipheki zerayisi zibhekwa njengemithwalo eqinile. Iziguquli zethu ze-sine wave eziguquliwe zinganika amandla lawa madivayisi ngempumelelo.
4. Yiziphi izinto zikagesi ezifakwayo?
Imishini yokulayisha engenisayo ingamadivayisi ancike ekungeneni kukazibuthe kagesi, njengamamotho, ama-compressor, amalambu, amalambu e-fluorescent, izitofu zikagesi, iziqandisi, ama-air conditioner, amalambu okonga amandla, namaphampu. Lezi zisetshenziswa ngokuvamile zidinga izikhathi ezi-3 kuya kweziyi-7 amandla azo alinganiselwe ngesikhathi sokuqalisa. Ngenxa yalokho, i-sine wave inverter kuphela efanelekile ukuwanika amandla.
5. Ungakhetha kanjani i-inverter efanelekile?
Uma umthwalo wakho uqukethe izinto zikagesi eziphikisayo, njengamalambu okukhanya, ungakhetha inverter ye-sine wave eguquliwe. Kodwa-ke, ngemithwalo ye-inductive ne-capacitive, sincoma ukusebenzisa i-sine wave inverter ehlanzekile. Izibonelo zalokhu kulayisha zifaka amafeni, amathuluzi anembayo, ama-air conditioner, iziqandisi, imishini yekhofi, namakhompyutha. Ngenkathi i-sine wave inverter eguquliwe ingase iqale eminye imithwalo ye-inductive, ingafinyeza ubude bayo bempilo ngoba imithwalo ye-inductive ne-capacitive idinga amandla ekhwalithi ephezulu ukuze isebenze kahle.
6. Ngikhetha kanjani usayizi we-inverter?
Izinhlobo ezahlukene zemithwalo zidinga amanani ahlukene wamandla. Ukuze unqume usayizi we-inverter, kufanele uhlole izilinganiso zamandla wemithwalo yakho.
- Imithwalo emelana: Khetha i-inverter enesilinganiso samandla esifanayo njengomthwalo.
- Imithwalo ye-capacitive: Khetha i-inverter enesilinganiso samandla esiphindwe izikhathi ezi-2 kuya kwezi-5 zomthwalo.
- Imithwalo ye-inductive: Khetha i-inverter enezikhathi ezi-4 kuye kweziyi-7 kunesilinganiso samandla somthwalo.
7. Kufanele kuxhunywe kanjani ibhethri ne-inverter?
Ngokuvamile kuyanconywa ukuthi izintambo ezixhuma amatheminali ebhethri ku-inverter zibe zifushane ngangokunokwenzeka. Kuzintambo ezijwayelekile, ubude akumele bube ngaphezu kwamamitha angu-0.5, futhi i-polarity kufanele ifane phakathi kwebhethri ne-inverter.
Uma udinga ukukhulisa ibanga phakathi kwebhethri ne-inverter, sicela usithinte ukuze uthole usizo. Singabala usayizi nobude bekhebula obufanele.
Khumbula ukuthi ukuxhuma amakhebula amade kungabangela ukulahleka kwamandla kagesi, okusho ukuthi i-voltage ye-inverter ingase ibe ngaphansi kakhulu kunetheminali yebhethri, okuholela ku-alamu engaphansi kwe-voltage ku-inverter.
8.Uwubala kanjani umthwalo namahora okusebenza adingekayo ukuze ulungiselele usayizi webhethri?
Ngokuvamile sisebenzisa ifomula elandelayo ekubaleni, nakuba ingase inganembi ngo-100% ngenxa yezinto ezifana nesimo sebhethri. Amabhethri amadala angase abe nokulahlekelwa okuthile, ngakho-ke lokhu kufanele kubhekwe njengenani lesithenjwa:
Amahora okusebenza (H) = (Amandla ebhethri (AH)*I-voltage yebhethri (V0.8)/ Amandla okulayisha (W)
