Amandla elanga yindlela entsha yokonga amandla kunye nokukhusela okusingqongileyo, kwaye isikhululo samandla se-photovoltaic yinkqubo yokuvelisa umbane eyenziwe ngamandla elanga kunye nezixhobo ezikhethekileyo. Ke ngoko, isikhululo samandla se-photovoltaic siye saba yiprojekthi enamandla kakhulu yophuhliso lwamandla aluhlaza ekhuthazwa lilizwe. Nangona kunjalo, ukuba isikhululo samandla se-photovoltaic sifuna ukusebenza ngokuqhelekileyo, ngoko sifuna izixhobo ezikhethekileyo - i-inverter ye-photovoltaic. I-Inverter sisixhobo sokulungisa umbane esenziwe zizixhobo ze-semiconductor, ezisetyenziswa kakhulu ukuguqula umbane we-DC ube ngumbane we-AC. Ngokubanzi yenziwe yisekethe ye-booster kunye nesekethe ye-inverter bridge. Isekethe ye-boost inyusa umbane we-DC weseli yelanga ukuya kwi-voltage ye-DC efunekayo lulawulo lokukhupha lwe-inverter; Isekethe ye-inverter bridge iguqula ngokufanayo umbane we-DC onyusiweyo ube yi-voltage ye-AC eqhelekileyo.
Ii-inverters kwishishini elitsha lamandla zisetyenziswa kakhulu kwicandelo le-photovoltaic kunye nokugcinwa kwamandla. I-inverter ye-Photovoltaic, enye yezona zinto ziphambili zenkqubo yokuvelisa amandla e-photovoltaic, iqhagamshelwe kwi-photovoltaic array kwaye igridi yamandla, yeyona nto ibalulekileyo ukuqinisekisa ukusebenza okuthembekileyo kwexesha elide kwesikhululo samandla se-photovoltaic. I-inverter ye-photovoltaic inokulawula inkqubo yokutshaja kunye nokukhupha ibhetri ukuze kuguqulwe i-AC/DC. Ii-inverters ze-Photovoltaic zahlulwe zibe ziindidi ezintathu ngokwendlela ezisetyenziswa ngayo: ii-inverters eziqhagamshelwe kwigridi, ii-inverters ezingaphandle kwegridi kunye nee-inverters zokugcina amandla e-micro-grid. Okwangoku, i-inverter eqhagamshelwe kwigridi ithengiswa. Ngokwendlela amandla nenjongo ye-inverter eqhagamshelwe kwigridi, inokwahlulwahlulwa ibe ziindidi ezine: i-micro inverter, i-cluster inverter, i-centralized inverter kunye ne-distributed inverter, kwaye umlinganiselo wezinye ii-inverters uncinci kakhulu. Kwinkqubo ye-photovoltaic iyonke, nangona i-photovoltaic inverter kwixabiso lilonke ithatha i-8%-10% kuphela, kodwa ithwala yonke inkqubo yokuguqulwa kwe-AC/DC, ulawulo lwamandla, kunye nokutshintsha kwe-off-grid kunye neminye imisebenzi ebalulekileyo, kodwa ikwanoxanduva lolawulo olukrelekrele lwenkqubo ye-photovoltaic, idlala indima yobuchopho, ngoko ke ukubaluleka kokuzibonakalisa.
Ngokufanayo, iplagi ye-inverter ye-photovoltaic nayo ibalulekile, nangona incinci, kodwa kuyo yonke inkqubo ye-photovoltaic. Izitishi zamandla ze-photovoltaic zihlala zifakelwe ngaphandle okanye eluphahleni, kwindawo yendalo, akunakuphepheka ukuba iintlekele zemvelo, izivunguvungu, ikhephu, uthuli kunye nezinye iintlekele zemvelo ziya konakalisa izixhobo, nto leyo efuna iplagi ye-inverter ye-photovoltaic ekumgangatho ophezulu ukuze ihambelane nokusetyenziswa, iplagi ye-inverter ye-Amass photovoltaic ayimelani kuphela nobushushu obuphezulu nobuphantsi, iipropati ezingangeni manzi, inokuthintela ngempumelelo ukungena kothuli, Nokuba kwimeko yokungcangcazela okuphezulu ingasetyenziswa!
Kwaye isixhumi se-inverter se-Amassphotovoltaic sigubungela i-10A-300A, esimelana ne-voltage ye-DC 500V, esinohlobo lomgca/ipleyiti kunye nezinye iimpawu zesakhiwo, ukuhlangabezana nokufakelwa kwezixhumi ze-inverter zenkqubo ye-photovoltaic ezahlukeneyo indawo ebekelwe yona.
Iinkcukacha zeplagi ye-inverter ye-Photovoltaic nceda ubhekisele apha:http://www.china-amass.com
Ixesha lokuthumela: Novemba-29-2022