I-DKSESS 30KW OFF IGRID/HYBRID KONKE KUHLELO OLULODWA LAMANDLA WESOLA
Umdwebo wesistimu
Ukucushwa kwesistimu ukuze kusetshenziswe ireferensi
| Iphaneli yeSolar | I-Polycrystalline 330W | 54 | 9pcs ochungechungeni, 6groups ngokuhambisana |
| I-Solar inverter | 240VDC 30KW | 1 | WD-303240 |
| I-Solar Charge Controller | 240VDC 100A | 1 | I-MPPT Solar Charge Controller |
| Ibhethri ye-lead acid | 12V200AH | 40 | 20psc ochungechungeni, 2groups ngokuhambisana |
| Ikhebuli yokuxhuma ibhethri | 25 mm² | 24 | ukuxhumana phakathi kwamabhethri |
| ubakaki wokufakwa kwamaphaneli elanga | I-Aluminium | 5 | 25 degree emhlabathini |
| Isihlanganisi se-PV | 3 em1 ngaphandle | 2 |
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| Ibhokisi lokusabalalisa lokuvikela umbani | ngaphandle | 0 |
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| ibhokisi lokuqoqa ibhethri | 200AH*20 | 2 |
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| Ipulaki ye-M4 (owesilisa nowesifazane) |
| 48 | 48 amapheya 一in一out |
| Ikhebula le-PV | 4 mm² | 200 | Iphaneli ye-PV kuya kusihlanganisi se-PV |
| Ikhebula le-PV | 10 mm² | 200 | Isihlanganisi se-PV-- 一MPPT |
| Ikhebuli yebhethri | 25mm² 10m/pcs | 41 | Isilawuli Sokushaja Solar kubhethri nesihlanganisi se-PV kuya kusilawuli sokushaja iSolar |
Ikhono lesistimu lokubhekisela
| Izinto zikagesi | Amandla alinganiselwe(ama-pcs) | Ubuningi(ama-pcs) | Amahora Okusebenza | Isamba |
| Izibani ze-LED | 20W | 15 | Amahora angu-8 | 2400Wh |
| Ishaja yeselula | 10W | 5 | Amahora angu-5 | 250Wh |
| Umlandeli | 60W | 5 | 10Amahora | 3000Wh |
| TV | 50W | 2 | Amahora angu-8 | 800Wh |
| Isamukeli sesitsha sesathelayithi | 50W | 2 | Amahora angu-8 | 800Wh |
| Ikhompyutha | 200W | 2 | Amahora angu-8 | 3200Wh |
| Iphampu lamanzi | 600W | 1 | amahora angu-2 | 1200Wh |
| Umshini wokuwasha | 300W | 1 | amahora angu-2 | 600Wh |
| AC | 2P/1600W | 3 | 10Amahora | 37500Wh |
| Ihhavini ye-microwave | 1000W | 1 | amahora angu-2 | 2000Wh |
| Iphrinta | 30W | 1 | Amahora angu-1 | 30Wh |
| I-A4 copier (ukuphrinta nokukopisha kuhlangene) | 1500W | 1 | Amahora angu-1 | 1500Wh |
| Ifeksi | 150W | 1 | Amahora angu-1 | 150Wh |
| I-induction cooker | 2500W | 1 | amahora angu-2 | 4000Wh |
| I-Rice Cooker | 1000W | 1 | amahora angu-2 | 2000Wh |
| Isiqandisi | 200W | 1 | Amahora angu-24 | 1500Wh |
| Isifudumezi samanzi | 2000W | 1 | 3Amahora | 6000Wh |
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| Isamba | 66930W |
Izingxenye Ezibalulekile zama-30kw off igridi yesistimu yamandla elanga
1. Iphaneli yelanga
Izimpaphe:
● Ibhethri yendawo enkulu: khulisa amandla aphezulu wezingxenye futhi wehlise izindleko zesistimu.
● Amagridi amakhulu amaningi: nciphisa ngempumelelo ingozi yokuqhekeka okufihliwe namagridi amafushane.
● Ingxenye yesigamu: ukunciphisa izinga lokushisa lokusebenza kanye nokushisa kwendawo eshisayo yezingxenye.
● Ukusebenza kwe-PID: imojuli ikhululekile ekuncipheni okubangelwa umehluko ongaba khona.
2. Ibhethri
Izimpaphe:
I-Voltage elinganiselwe: 12v*20PCS ochungechungeni* amasethi ama-2 ngokuhambisana
Amandla Alinganiselwe: 200 Ah (10 hr, 1.80 V/cell, 25 ℃)
Isisindo Esilinganiselwe(Kg, ±3%): 55.5 kg
Itheminali: Ithusi
Icala: ABS
● Umjikelezo-impilo ende
● Ukusebenza okuthembekile kokuvala
● Umthamo wokuqala ophezulu
● Ukusebenza okuncane kokuzikhipha
● Ukusebenza kahle kokukhishwa ngezinga eliphezulu
● Ukufakwa okuguquguqukayo nokuvumelanayo, ukubukeka okuphelele kobuhle
Futhi ungakhetha ibhethri ye-lithium engu-240V400AH Lifepo4:
Izici:
Amandla kagesi: 240v 75s
Amandla: 400AH/96KHH
Uhlobo lweseli: Lifepo4, elisha, ibanga A
Amandla Alinganiselwe: 90kw
Isikhathi somjikelezo: izikhathi ezingama-6000
3. I-solar inverter
Isici:
● Ukukhishwa kwegagasi kwe-sine okuhlanzekile;
● Ukusebenza kahle okuphezulu kwe-toroidal transformer ukulahlekelwa okuphansi;
● Isibonisi sokuhlanganisa se-LCD esihlakaniphile;
● Ishaja ye-AC yamanje engu-0-20A elungisekayo;ukucushwa komthamo webhethri kuyavumelana nezimo;
● Izinhlobo ezintathu zezindlela zokusebenza ezilungisekayo:AC kuqala, DC kuqala, imodi yokonga amandla;
● Umsebenzi oguquguqukayo wemvamisa, ukuzivumelanisa nezimo ezihlukene zegridi;
● I-PWM eyakhelwe ngaphakathi noma isilawuli se-MPPT ngokuzithandela;
● Umsebenzi wombuzo wekhodi wephutha owengeziwe, ukusiza umsebenzisi ukuthi aqaphe isimo sokusebenza ngesikhathi sangempela;
● Isekela udizili noma ijeneretha kaphethiloli, ukujwayela noma yisiphi isimo esinzima sikagesi;
● Imbobo yokuxhumana ye-RS485/APP ngokuzikhethela.
Ukuphawula: unezinketho eziningi zama-inverter ama-inverter esistimu yakho anezici ezihlukile.
4. I-Solar Charge Controller
240v100A MPPT isilawuli bulit inverter
Isici:
● Ukulandelela okuthuthukisiwe kwe-MPPT, ukulandelela ukusebenza kahle okungu-99%.Uma kuqhathaniswa neI-PWM, ukusebenza kahle kokukhiqiza kukhuphuka cishe ngama-20%.
● Idatha ye-PV yesibonisi se-LCD kanye neshadi lilingisa inqubo yokukhiqiza amandla.
● Ububanzi be-voltage yokufaka ebanzi ye-PV, elungele ukucushwa kwesistimu.
● Umsebenzi wokuphatha ibhethri ohlakaniphile, nweba impilo yebhethri.
● Imbobo yokuxhumana ye-RS485 ngokuzithandela.
Iyiphi isevisi esiyinikezayo?
1. Isevisi yokuklama.
Vele usazise izici ozifunayo, njengezinga lamandla, izinhlelo zokusebenza ofuna ukuzilayisha, mangaki amahora owadingayo isistimu ukuze isebenze njll. Sizokuklama isistimu yamandla elanga enengqondo maqondana nawe.
Sizokwenza umdwebo wesistimu kanye nokucushwa okuningiliziwe.
2. Izinkonzo zamathenda
Siza izivakashi ekulungiseleleni amadokhumenti ebhidi nedatha yobuchwepheshe
3. Inkonzo yokuqeqesha
Uma ungumuntu omusha ebhizinisini lokugcina amandla, futhi udinga ukuqeqeshwa, ungeza inkampani yethu ukuze ufunde noma sithumele ochwepheshe ukuze bakusize uqeqeshe izinto zakho.
4. Isevisi yokukhweza nesevisi yokulungisa
Siphinde sinikeze isevisi yokukhweza kanye nesevisi yokulungisa ngezindleko zesizini futhi ezithengekayo.
5. Ukwesekwa Marketing
Sinikeza ukwesekwa okukhulu kumakhasimende asebenzela umkhiqizo wethu "Dking power".
sithumela onjiniyela nochwepheshe ukuze bakusekele uma kunesidingo.
sithumela amaphesenti athile izingxenye ezengeziwe zeminye imikhiqizo njengokushintshwa ngokukhululekile.
Iluphi uhlelo lwamandla elanga oluncane nolukhulu ongalukhiqiza?
Ubuncane besistimu yamandla elanga esiyikhiqizile icishe ibe ngu-30w, njengokukhanya komgwaqo welanga.Kodwa ngokujwayelekile ubuncane bokusetshenziswa kwasekhaya ngu-100w 200w 300w 500w njll.
Abantu abaningi bathanda u-1kw 2kw 3kw 5kw 10kw njll ukuze bayisebenzise ekhaya, ngokuvamile kuba yi-AC110v noma 220v kanye no-230v.
Ubukhulu besistimu yamandla elanga esiyikhiqizile ingu-30MW/50MWH.
Injani ikhwalithi yakho?
Izinga lethu liphezulu kakhulu, ngoba sisebenzisa izinto zekhwalithi ephezulu kakhulu futhi senza izivivinyo ezinzima zezinto zokwakha.Futhi sinohlelo oluqinile lwe-QC.
Uyakwamukela ukukhiqiza okwenziwe ngendlela oyifisayo?
Yebo.usitshele nje ukuthi ufunani.Senze i-R&D ngendlela oyifisayo futhi sikhiqiza amabhethri e-lithium okugcina amandla, izinga lokushisa eliphansi amabhethri e-lithium, amabhethri e-lithium ashukumisayo, amabhethri e-lithium emoto ehamba phambili, amasistimu kagesi welanga njll.
Siyini isikhathi sokuhola?
Ngokuvamile 20-30 izinsuku
Uyiqinisekisa kanjani imikhiqizo yakho?
Ngesikhathi sewaranti, uma kuyisizathu somkhiqizo, sizokuthumela ukushintshwa komkhiqizo.Eminye yemikhiqizo sizokuthumelela entsha ngokuthunyelwa okulandelayo.Imikhiqizo ehlukene enemibandela ehlukene yewaranti.Kodwa ngaphambi kokuthi sithumele, sidinga isithombe noma ividiyo ukuze siqiniseke ukuthi inkinga yemikhiqizo yethu.
ama-workshops
Amacala
400KHH (192V2000AH Lifepo4 kanye nesistimu yokugcina amandla elanga e-Philippines )
200KW PV+384V1200AH (500KWH) uhlelo lokugcina amandla ebhethri le-lithium eNigeria
400KW PV+384V2500AH (1000KWH) isistimu yokugcina amandla ebhethri ye-lithium eMelika.
Izitifiketi
Kungani kufanele sisebenzise isistimu yokuphakelwa kwamandla exhunywe kugridi yelanga?
Ukukhiqizwa kwamandla elanga kuyisithasiselo esizuzisayo ekuphehleni ugesi wendabuko.Ngenxa yokubaluleka kwayo ekuvikelweni kwemvelo nasekuthuthukisweni komnotho, wonke amazwe athuthukile enze yonke imizamo yokukhuthaza ukuphehlwa kwamandla elanga.Ukuphehlwa kwamandla elanga amancane namaphakathi kuye kwakha imboni.Kunezindlela ezimbili zokukhiqiza amandla elanga: ukukhiqiza amandla e-photovoltaic kanye nokukhiqiza amandla ashisayo elanga.Ukukhiqizwa kwamandla kagesi we-Photovoltaic kunezinzuzo ezivelele zokugcinwa okulula, amandla amakhulu noma amancane, futhi isetshenziswa kabanzi njengomthombo wamandla oxhumene negridi ephakathi nendawo encane.
Iseli lelanga lingakhiqiza kuphela i-voltage engaba ngu-0.5V, ephansi kakhulu kunaleyo edingekayo ukuze isetshenziswe ngempela.Ukuze kuhlangatshezwane nezidingo zezinhlelo zokusebenza ezingokoqobo, amaseli elanga adinga ukuxhunywa kumamojula.I-solar cell module iqukethe inombolo ethile yamaseli elanga, axhunywe ngezintambo.Isibonelo, inani lamaseli elanga kumojula angama-36, okusho ukuthi imodyuli yelanga ingakwazi ukukhiqiza i-voltage engaba ngu-17V.
Amayunithi angokwenyama avalwe amaseli elanga axhunywe izintambo abizwa ngokuthi amamojula we-solar cell, ane-anti-corrosion ethile, ubufakazi bomoya, ubufakazi besichotho namandla okufakazela imvula futhi asetshenziswa kabanzi emikhakheni nasezinhlelweni ezihlukahlukene.Lapho inkambu yesicelo idinga i-voltage ephezulu kanye yamanje futhi imodyuli eyodwa ayikwazi ukuhlangabezana nezidingo, amamojula amaningi angakhiwa abe yi-solar cell cell ukuze athole i-voltage edingekayo kanye namanje.
Isistimu yokukhiqiza amandla e-Photovoltaic ingahlukaniswa ibe yisistimu yokukhiqiza amandla wegridi ye-photovoltaic kanye negridi exhunywe uhlelo lokukhiqiza amandla we-photovoltaic.Ukutshalwa kwezimali kohlelo lokuphehla amandla e-photovoltaic oluxhunywe kugridi lungaphansi ngo-25% kunalolo lwesistimu yokuphehla amandla e-photovoltaic ngaphandle kwegridi.Kuyindlela yobuchwepheshe ebalulekile yokuthuthukisa izinga lokukhiqiza amandla e-photovoltaic ukuze kuxhunywe uhlelo lokukhiqiza amandla e-photovoltaic ngendlela yegridi encane kugridi exhunywe ukusebenza kwegridi enkulu futhi isekelane ngegridi enkulu.Ukusebenza okuxhunyiwe kwegridi yesistimu yokuphehla amandla e-photovoltaic nakho kuyisiqondiso esiyinhloko sokuthuthukiswa kobuchwepheshe kwesikhathi esizayo, futhi ububanzi nokuguquguquka kokusetshenziswa kwamandla elanga kunganwetshwa ngokuxhumeka kwegridi.
Ukuxhunywa kwegridi yokuphehla ugesi ye-PV kusho ukuthi amandla akhona aqondile akhiqizwa amamojula elanga axhunywe ngokuqondile kugridi yomphakathi ngemva kokuguqulwa ukuze ahlangabezane nezidingo zegridi yamandla kamasipala ngokusebenzisa igridi exhunywe inverter.Ingahlukaniswa ngamasistimu okukhiqiza amandla axhunywe kugridi anamabhethri nangenawo.Igridi exhunywe isistimu yokuphehla amandla enebhethri yesitoreji iyahleleka, engaxhunywa noma isuswe kugridi yamandla njengoba kudingekile, futhi inomsebenzi wokunikezwa kwamandla okulindile.Uma igridi yamandla inqanyulwa ngesizathu esithile, inganikeza amandla aphuthumayo.Igridi ye-photovoltaic exhunywe isistimu yokukhiqiza amandla enebhethri yesitoreji ivame ukufakwa ezakhiweni zokuhlala.Igridi exhunywe isistimu yokuphehla amandla ngaphandle kwebhethri ayinayo imisebenzi yokuhleleka nokunikezwa kwamandla okubekwe eceleni, futhi ngokuvamile ifakwa kusistimu enkulu.
Kuneziteshi zamandla kagesi we-photovoltaic ezixhumeke kugridi enkulu ezimaphakathi zokukhiqiza ugesi we-photovoltaic, ngokuvamile okuyiziteshi zikagesi ezisezingeni likazwelonke.Isici esiyinhloko ukuthi amandla akhiqiziwe adluliselwa ngokuqondile kugridi, futhi igridi isetshenziswa ngokufanayo ukunikeza amandla kubasebenzisi.Nokho, lolu hlobo lwesiteshi sikagesi aluzange luthuthuke kakhulu ngenxa yokutshalwa kwezimali kwaso okukhulu, isikhathi eside sokwakha kanye nendawo enkulu.Igridi encane exhunywe ezindaweni ezithile i-PV, ikakhulukazi i-PV edidiyelwe yokuphehla ugesi wezakhiwo ze-PV, iwumthombo oyinhloko wokuphehla ugesi we-PV oxhunywe kugridi ngenxa yezinzuzo zayo zokutshalwa kwezimali okuncane, ukwakhiwa okusheshayo, indawo encane yaphansi, kanye nokusekelwa okuqinile kwenqubomgomo.
1. Igridi ye-Countercurrent ixhume uhlelo lokukhiqiza amandla we-photovoltaic
Kukhona igridi ye-countercurrent exhunywe uhlelo lokukhiqiza amandla e-photovoltaic: lapho uhlelo lwe-solar photovoltaic lukhiqiza amandla kagesi anele, amandla kagesi asele angafakwa kugridi yomphakathi ukuze anikeze amandla kugridi (ukuthengisa ugesi);Lapho amandla anikezwe uhlelo lwe-solar photovoltaic enganele, umthwalo uzonikezwa amandla kagesi (ukuthenga ugesi).Njengoba isiqondiso sokunikezwa kwamandla kugridi siphambene naleyo yegridi, ibizwa ngokuthi i-countercurrent photovoltaic power generation system.
2. Ayikho igridi ye-countercurrent exhunywe uhlelo lokukhiqiza amandla we-photovoltaic
Ayikho igridi ye-countercurrent exhunywe uhlelo lokukhiqiza amandla e-photovoltaic: uhlelo lokukhiqiza amandla elanga le-photovoltaic ngeke lunikeze amandla kugridi yomphakathi ngisho noma lunamandla okwanele okukhiqiza amandla, kodwa uma uhlelo lwe-solar photovoltaic lungenawo amandla okwanele, igridi yomphakathi izohlinzeka amandla kumthwalo.
3. Igridi eshintshiwe exhunywe uhlelo lokukhiqiza amandla we-photovoltaic
I-grid ebizwa ngokuthi i-switching grid exhumene nesistimu yokukhiqiza amandla e-photovoltaic empeleni inomsebenzi wokushintsha okuzenzakalelayo kwezindlela ezimbili.Okokuqala, lapho uhlelo lokukhiqiza amandla e-photovoltaic lunamandla okwanele okukhiqiza amandla ngenxa yamafu, izinsuku zemvula kanye nephutha layo, ukushintshwa kungashintsha ngokuzenzakalelayo ohlangothini lokunikezwa kwamandla kwegridi ukuze kunikeze amandla kumthwalo ovela kugridi;Okwesibili, lapho igridi yamandla inqanyulwa ngokuzumayo ngesizathu esithile, uhlelo lwe-photovoltaic lungashintsha ngokuzenzakalelayo ukuze luhlukanise igridi yamandla ohlelweni lwe-photovoltaic futhi lube uhlelo oluzimele lokukhiqiza amandla e-photovoltaic.Amanye amasistimu okukhiqiza amandla e-photovoltaic angaphinda anqamule ukunikezwa kwamandla okulayisha okuvamile futhi axhume ukunikezwa kwamandla komthwalo ophuthumayo uma kudingeka.Ngokuvamile, amasistimu okukhiqiza ugesi axhumene negridi afakwe imishini yokugcina amandla.
4. Igridi yesitoreji samandla exhunywe uhlelo lokukhiqiza amandla we-photovoltaic
Igridi exhunywe isistimu yokuphehla amandla e-photovoltaic enedivayisi yokugcina amandla: idivayisi yokugcina amandla iyalungiswa njengoba kudingekile ezinhlotsheni ezingenhla zamasistimu okukhiqiza amandla e-photovoltaic.Isistimu ye-photovoltaic enedivayisi yokugcina amandla inesinyathelo esiqinile, futhi ingasebenza ngokuzimela futhi inikeze amandla kumthwalo ojwayelekile uma kwenzeka ukwehluleka kwamandla, ukulinganiselwa kwamandla kanye nephutha kugridi yamandla.Ngakho-ke, igridi exhunywe isistimu yokuphehla amandla e-photovoltaic enedivayisi yokugcina amandla ingasetshenziswa njengohlelo lokuphakela amandla emithwalweni ebalulekile noma ephuthumayo njengokuphakelwa kwamandla okuxhumana okuphuthumayo, imishini yezokwelapha, isiteshi sikagesi, inkomba yokukhosela nokukhanyisa.
