Isixazululo Sokugcina Amandla Sokumisa Amandla Okuqandisa

Isixazululo Esifakiwe Sokumisa Isitoreji Samandla Esomiso Esifakiwe

Incazelo Yomkhiqizo:

Ukuze kubhekwane nezindleko zikagesi eziphakeme, ukuntengantenga kwegridi, kanye nokusebenza ngaphandle kwegridi yezikomisi eziqandisayo, sinikeza isixazululo esididiyelwe esihlanganisa i-solar PV, isitoreji samandla ebhethri, kanye nesistimu yokuphatha amandla ehlakaniphile (EMS).
Ukusebenza okuzinzile: Ukunikezwa okuhlanganisiwe okuvela ku-PV, amabhethri, kanye negridi kuqinisekisa ukungaphazanyiswa, imijikelezo yokumisa iqhwa yesikhathi eside.
Izindleko eziphansi, ukusebenza kahle okuphezulu: Ezingosini ezixhunywe kugridi, ukushintsha isikhathi nokushefa okuphezulu kugwema izikhathi zezindleko eziphezulu kanye nokunciphisa izikweletu zamandla.

Thumela i-imeyili kithi

Imininingwane Yomkhiqizo

Omaka bomkhiqizo

Inzuzo Yomkhiqizo

1.Ukunikezwa kwamandla amaningi, ukuqinisekisa ukusebenza okuzinzile nokungaphazamiseki

2.Intelligent peak shaving, ehlisa ngempumelelo izindleko zikagesi

3.Izixazululo ezenziwe ngokwezifiso ezinokuqapha okukude ukuze kube lula ukugcinwa

Imininingwane Yomkhiqizo

I-Hybrid Inverter

1.I-SPWM Ethuthukisiwe Ubuchwepheshe: Ihlinzeka nge-sine ehlanzekile ukuphuma kwamagagasi.

2.Izindlela Zokukhipha Kathathu: Isekela i-PV, i-inverter, kanye okuphumayo kwe-grid bypass, okunezindlela ezibalulekile ezilungisekayo kanye nomphumela we-hybrid amandla.

I-3.Ubuchwepheshe be-MPPT obusezingeni eliphezulu: Ifinyelela ku-99% ukusebenza kahle kokuguqulwa.
4.Izindlela Zokuvikela Eziphelele: kuhlanganisa i-short-circuit, under-voltage, overload, kanye ukuvikelwa kwezinga lokushisa ngokweqile.
5.Ukushintsha Okushesha Kakhulu: Ushintsho olungenamthungo (<20ms) lwe ukunikezwa kwamandla okungaphazamiseki.
6.Amandla Alinganiselwe Eqiniso: Okukhiphayo okuzinzile ngaphandle kokweqisa, okuqinisekisa ukusebenza okungaguquki.

I-Lithium lron Phosphate Ibhethri Lokugcina Amandla
1.Isebenzisa i-LiFePO yezinga eliphezulu le-A. amaseli, aletha ukusebenza okuhlala njalo nokuthembekile ngempilo yomjikelezo yemijikelezo engaphezu kuka-6,000 (@80% DoD).

2.Ifaka i-BMS eyakhelwe ngaphakathi ehlakaniphile inika amandla ukushaja/ukukhipha okuqondile abaphathi.

3.Umbala odidiyelwe we-LCD onencazelo ephezulu isikrini sibonisa ngokucacile idatha yesikhathi sangempela kufaka phakathi i-SOC, i-voltage, yamanje, izinga lokushisa, isikhathi sokusebenza esilinganisiwe, kanye ne-errnoma amakhodi.

I-Monocrystalline Iphaneli yeSolar

1.Ubuchwepheshe be-Ultra Multi-Busbar (UMBB) bunciphisa ukulahleka komthunzi, buvumela ukukhanya okuphezulu isigqokoture futhi opisikhathii-curriqoqotion izindlela, ngaleyo ndlela kuthuthukisa amandla emojuli outbeka.

2 .Intuthwane Enhlei- I-PLD isebenzariwaranti esebenzayo ngenqubo yokukhiqiza ngobuningi futhi ukulawulwa kwezinto.
3.Kuqinisekisiwe ukumelana: Umthwalo womoya (2400Pascal) nomfana weqhwa(5400 Pascal)
4.Umklamo wesifunda owenziwe kahle futhi ophansi ukusebenza kwamanje kunganciphisa indawo eshisayo tempera tureby10-20℃,ngokubalulekile ukuthuthukisa i-reisibopho semodulie.

Ubakaki wokukhweza wephaneli ye-Photovoltaic

Iphaneli ye-Photovoltaic Ubakaki Wokukhweza

1. Uphahla lokuhlala (uphahla oluthambekile);
2.Uphahla lwezentengiselwano (uphahla oluyisicaba kanye nomsebenzi esitolo uphahla)
I-3.Ground uhlelo lokufakwa kwelanga;
4. Isistimu yokufaka i-solar odongeni eqondile,
I-5.Isakhiwo sonke se-aluminium ukufakwa kwe-solar uhlelo;

6. Indawo yokupaka isistimu yokufaka ilanga

Amandla Elanga Izesekeli
Izintambo ze-1.PV ze-4mm2, 6mm2, 10mm2, njll.

2.AC izintambo

3. Iswishi ye-DC/AC

4. I-DC/AC circuit breaker

5. Idivayisi yokuqapha

6.AC/DC ibhokisi lokuhlangana

7. Isikhwama samathuluzi