Amandla elanga ayisistimu entsha yokonga amandla kanye nokuvikela imvelo, kanti isiteshi sikagesi se-photovoltaic siyisistimu yokukhiqizwa kwamandla esakhiwe ngamandla elanga nezinto ezikhethekile. Ngakho-ke, isiteshi sikagesi se-photovoltaic sesibe yiphrojekthi yamandla okuthuthukisa amandla aluhlaza enamandla kakhulu ekhuthazwa yisifundazwe. Kodwa-ke, uma isiteshi sikagesi se-photovoltaic sifuna ukusebenza kahle, sidinga izinto ezikhethekile - i-inverter ye-photovoltaic. I-Inverter iyidivayisi yokulungisa amandla eyakhiwe ngamadivayisi e-semiconductor, esetshenziswa kakhulu ukuguqula amandla e-DC abe amandla e-AC. Ngokuvamile yakhiwe ngesekethe ye-booster kanye nesekethe ye-inverter bridge. Isekethe ye-boost ikhulisa i-DC voltage yeseli lelanga ibe yi-DC voltage edingekayo ngokulawulwa kokukhipha kwe-inverter; Isekethe ye-inverter bridge iguqula ngokufanayo i-DC voltage ekhulisiwe ibe yi-AC voltage evamile.
Ama-inverter embonini entsha yamandla asetshenziswa kakhulu emkhakheni we-photovoltaic kanye nesitoreji samandla. I-inverter ye-photovoltaic, enye yezingxenye eziyinhloko zesistimu yokukhiqiza amandla ye-photovoltaic, ixhunywe ku-photovoltaic array kanti i-power grid, iyisihluthulelo sokuqinisekisa ukusebenza okuthembekile kwesikhathi eside kwesiteshi samandla se-photovoltaic. I-inverter ye-photovoltaic ingalawula inqubo yokushaja nokukhipha ibhethri ukuze kuguqulwe i-AC/DC. Ama-inverter e-photovoltaic ahlukaniswe ngezigaba ezintathu ngokuya ngokusetshenziswa kwawo: ama-inverter axhunywe kugridi, ama-inverter angaphandle kwegridi kanye nama-inverter okugcina amandla e-micro-grid. Njengamanje, i-inverter exhunywe kugridi eyinhloko isemakethe. Ngokusho kwamandla nenhloso ye-inverter exhunywe kugridi, ingahlukaniswa ngezigaba ezine: i-inverter encane, i-cluster inverter, i-centralized inverter kanye ne-distributed inverter, futhi ingxenye yamanye ama-inverter incane kakhulu. Kuwo wonke uhlelo lwe-photovoltaic, yize i-photovoltaic inverter kuzindleko eziphelele ibiza u-8%-10% kuphela, kodwa ithwala lonke uhlelo lokuguqulwa kwe-AC/DC, ukulawula amandla, kanye nokushintsha kwe-off-grid kanye neminye imisebenzi ebalulekile, kodwa futhi inesibopho sokulawula okuhlakaniphile kohlelo lwe-photovoltaic, idlala indima yobuchopho, ngakho-ke ukubaluleka kokuzibonakalisa.
Ngokufanayo, ipulaki ye-inverter ye-photovoltaic nayo ibalulekile, yize incane, kodwa kulo lonke uhlelo lwe-photovoltaic. Iziteshi zamandla ze-photovoltaic ngokuvamile zifakwa endaweni engaphandle noma ophahleni, yemvelo, akunakugwenywa ukuthi izinhlekelele zemvelo, izivunguvungu, iqhwa, uthuli nezinye izinhlekelele zemvelo zizolimaza imishini, okudinga ipulaki ye-inverter ye-photovoltaic esezingeni eliphezulu ukuze ifane nokusetshenziswa, ipulaki ye-inverter ye-Amass photovoltaic ayigcini nje ngokumelana nokushisa okuphezulu nokuphansi, izakhiwo ezingangeni manzi, ingavimbela ngempumelelo ukungena kothuli, Ngisho noma kwenzeka ukudlidliza okuphezulu kungasetshenziswa!
Futhi isixhumi se-inverter se-Amassphotovoltaic simboza u-10A-300A, omelana ne-voltage ye-DC 500V, enohlobo lomugqa/ipuleti kanye nezinye izici zesakhiwo, ukuze kuhlangatshezwane nokufakwa kwezixhumi ze-inverter zesistimu ye-photovoltaic ezahlukene, isikhala esibekiwe.
Imininingwane yepulaki ye-inverter ye-photovoltaic sicela ubheke ku:http://www.china-amass.com
Isikhathi sokuthunyelwe: Novemba-29-2022