Ngophuhliso lwetekhnoloji ye-PV kunye neTV Amandla okukhupha kunye nemodyuli enye yonyuke kakhulu. Oku kuzisa iimfuno eziphezulu kwi-interters.
Iimodyuli zamandla aphezulu afuna ukuziqhelanisa okuphezulu kwe-intervers
I-inte kwiimodyuli ze-PV yayijikeleze i-10-11a kwixesha elidlulileyo, ke ezona zungumpa ziphezulu zangoku ze-Inverter yayijikeleze i-11-13a. Okwangoku, i-1500W + iimodyuli ezinamandla eziphezulu zigqithile kwi-151 ukuba imfuneko yokukhetha i-inverter enegalelo le-15 le-15 ye-15a yangoku okanye ngaphezulu ukuya kwimodyuli ye-PV ephezulu.
Le theyibhile ilandelayo ibonisa iiparamitha zeendlela ezahlukeneyo zeemodyuli ezisetyenziswa kwimarike. Sibona ukuba imodyuli ye-600W ye-Bifaleal ifikelela kwi-185W. Kufuneka siqinisekise ukubaluleka okuphezulu kwangoku kwi-inverter inkulu kunempembelelo yemodyuli ye-PV.
Njengamandla emodyuli enye enyuswa, inani lemitya yokufakelwa kwe-inverter inokuncitshiswa ngokufanelekileyo.
Ngokwanda kwamandla eemodyuli ze-PV, amandla omtya ngamnye ayakonyuka. Ngaphantsi komgangatho ofanayo wokufakelwa, inani lemitya yokufaka kwi-MPPP nganye iya kuncipha.
Sisiphi isisombululo se-renac esinokunikezela?
Ngo-Epreli 2021, iRenac yakhutshwa koluhlu olutsha lwe-interters i-tender yeTekhnoloji ye-10 ~ IKew ikhuthazo lwe-DC ukuya kwi-11000v kwi-1100v, ivumela iindleko ze-DC, nazo zinokugcina iindleko zentambo. Kwangelo xesha, ine-150% ye-DC igqithisile amandla. Elona galelo liphezulu langoku kwi-INTINTERT le-INTERNT ngu-30A kwi-MPPP nganye, enokuthi ifezekise iimfuno zemodyuli ezinamandla ze-PV.
Ukuthatha i-500i 180mm kunye neemodyuli zebhayisikile ye-600W 210w 210w 210w 210m 210w 210mmm 210w 210w 210m 210w 21Wmilesmm Iiparamitha eziphambili zezi-interrs zezi zilandelayo:
Phawula:
Xa silungiselela inkqubo yelanga, sinokuthatha ingqalelo kwi-DC. Ukugqithisa umxholo we-DC wamkelwa ngokubanzi uyilo lwenkqubo yeSolar. Okwangoku, izityalo zamandla e-PV kwihlabathi liphela sele zigqityiwe phakathi kwe-120% ne-150%. Esinye sezizathu eziphambili zokugqithisa i-DC Generator yeyokuba i-theoretication yamandla eemodyuli ihlala ingafezekiswanga enyanisweni. Kweminye imimandla apho i-InU FFientr I-Irradiance, i-ox engalunganga (yandisa amandla e-PV yokwandisa i-AC ye-AC ye-AC) yindlela elungileyo. Uyilo olufanelekileyo lube ngaphezulu kokubini lunokunceda le nkqubo ukuba isebenze ngokupheleleyo kwaye igcine inkqubo phantsi kwemeko esempilweni, eyenza utyalomali lwakho.
Uqwalaselo olucetyiswayo ngolu hlobo lulandelayo:
Ngokutsho kokubala, amantshontsho e-renac anokutshatisa ngokugqibeleleyo iiphaneli ezingama-500 kunye ne-600W.
Isishwankathelo
Ngokuphuculwa okuqhubekayo kwemodyuli yemodyuli, abavelisi be-Inintter kufuneka baqwalasele ukungqinelana kwe-Anyver kunye neemodyuli. Kwixesha elizayo, i-210mm yafee 600W + iimodyuli ze-PV nge-Oust okwangoku zinokuba yindawo ethe tyaba. I-Reanic ifezekisela inkqubela phambili kunye netekhnoloji kwaye isungule zonke iimveliso ezintsha ukuba zihambelane neemodyuli eziphezulu ze-PV.