IYunivesithi yaseDyunivesithi edumileyo (HTW) eBerlin isandula ukufunda eyona nkqubo yokugcina ikhaya isebenza kwiinkqubo zefotovoltaic. Kulo nyaka wefotovoltaic ye-photvoltaic ye-photvoltaic ye-photos, i-godbrid ye-Hodbrid ye-Hobrid kunye neebhetri eziphezulu zevolthi kwakhona zibiwe.
Njengenxalenye yovavanyo "lwe-2021 lamandla", zizonke iinkqubo zokugcina ezingama-20 zokugcina ezine-5 kw kunye ne-10 ye-TW kunye ne-10 ye-TW kunye ne-10 ye-19 ye-TW kunye ne-10 ye-TW kunye ne-10 ye-TW kunye ne-SPI yenkqubo yenkqubo (SPI). I-CHEDID CHONBRE CHONBRE YAMBrid Inderwe i-EHEWE ET kunye ne-Geentied Fufitwe yeNkqubo yokuSebenza yeNkqubo (SPI) ye-93.4% ne-91.2%, ngokulandelelana.
Ngale nkqubo isebenza kakuhle yenkqubo, i-tende 5000-eh iphumelele indawo yesibini kwityala elincinci lesalathiso (5mwh / i-5kw / i-5kP PV). Intsebenzo ye-Andedwe 10k-Et ihle kakhulu, kuphela kumanqaku ayi-1.7 kuphela ukusuka kwinkqubo yokubekwa kwendawo kwityala lesibini kwityala lesalathiso lesibini (isithuthi sombane kunye ne-pump / a).
Isalathiso sentsebenzo yenkqubo (SPI) esimiselweyo ngabaphandi be-HTW sisibonisi soqoqosho esibonisa ukuba zingakanani iindleko zombane ezincitshisiweyo yinkqubo yokugcina i-vere esetyenzisiweyo xa kuthelekiswa nenkqubo yokugcina i-test. Okungcono kweempawu ezinxulumene nokusebenza (ezinjengokusebenza ngokuphunyezwa, isantya sokulawula, okanye ukusetyenziswa kokulinda), ukuphakama okungagcini mali kufezekisiwe. Umahluko kwiindleko unokugqitywa ngomgangatho ophezulu wokuchaneka.
Olunye ugxininiso lophando luyilo lweenkqubo zokugcina iifotovoltaic. Ukuphononongwa kunye nohlalutyo lwenziwe bonisa ukuba, ukusuka kwindawo yezoqoqosho, kubaluleke kakhulu ukumisela ubungakanani benkqubo yefotovoltaic kunye nenkqubo yokugcina isekwe kwimfuno. Inqanaba lenkqubo yefotovoltaic, ukuphakama okuphezulu kwe-carbon dioxide.
Nawuphi na umphezulu wophahla olufanelekileyo kufuneka lusetyenziselwe ukuvelisa amandla elanga ukuze unyuse ukwanelisa kunye nokunciphisa ukukhutshwa kwe-carbon dioxide. Ukusetyenziswa kwee-Hoprid ezimbini ze-Hounebrid i-5000-EH kunye ne-10k-ET kunye nokufakwa ngokulula kweenkqubo zokugcina iifoto ze-carbon ngokubhekisele kwi-Carbon Dissions, kodwa inokuthi ifezekise imali kwiintlawulo ezikunyaka.
I-Guledwe inabalingane beemveliso zokugcina amandla kwintengiso, egubungela isigaba esinye, isigaba esithathu, ivoti eliphezulu kunye neebhetri eziphantsi. I-Geadewe ityale imali enkulu kuphando kunye nophuhliso lwezisombululo zokugcina izisombululo zemo eyahlukileyo yesicelo. Kumazwe anamaxabiso aphezulu ombane, uninzi lwamakhaya aluzimisele ukufaka intsholongwane ye-hybrid ukukhulisa ukusetyenziswa. Umsebenzi wangasemva weGoodwe unokuqinisekisa ukuhanjiswa kwamandla iiyure ezingama-24 kwiimeko zemozulu eziqatha. Elizweni
Kwiindawo apho igrid ayizinzanga okanye kwiimeko ezimbi, abathengi baya kuchaphazeleka kukuphuma kwamandla. Inkqubo ye-Hounewe hybrid sesona sisombululo silungileyo ukubonelela ngombane ongenazinzo ongenakuphazanyiwe ukuze isebenze kunye ne-c & i-intengiso yentengiso.
I-Inverter ye-Inbrid yeSigaba seHybrid ehambelana ne-volties ephezulu yimveliso yenkanyezi, elungele imarike ye-Europe European. Uthotho lwamandla e-ET lugubungela uluhlu lwamandla kwi-5KW, i-8kw kunye ne-10kw, ivumela ukuba i-10% ivumela ukwandisa iziphumo zamandla, kwaye ibonelela ngombane ongaphazanyiswanga kwimithwalo engapheliyo. Ixesha lokutshintsha elizenzekelayo lingaphantsi kwe-10 milliseconds. Inokubonelela ngoqhagamshelo lwegridi kwezi meko zigcina xa igridi ivaliwe okanye yonakele, igridi ikwimo yokuqala kwaye imele irid.
I-Goodle Eh Series yi-Grid ye-Inar engatshatanga ye-SOLAR, yenzelwe ngokukodwa iibhetri eziphezulu zevoti. Abasebenzisi abafuna ukuqaphela isisombululo sokugcina amandla apheleleyo, i-inverter ine "i-bheterat ilungele" ukhetho; KUFUNEKA UFUNDISIWEYO YENCWADANA YENKQUBO, EH Inokuphuculwa ngokulula kwi-ESS epheleleyo ye-ESS. Iintambo zonxibelelwano zityhutywe kwangaphambili, ezinciphisa kakhulu ixesha lokufakelwa, kunye nokunxibelelana neplagi kunye nokudlala ii-AC zenza imisebenzi kunye nesondlo esifanelekileyo.
I-EH iyahambelana neebhetri eziphezulu zevoti (85-40v) kwaye inokuguqula ngokuzenzekelayo kwimo yokulinda ngaphakathi kwe-0.01s (inqanaba le-UPS) ukuqinisekisa imithwalo engaphazanyiswanga. Ukuphambuka kwamandla e-Inverter kungaphantsi kwe-20w, yenzelwe ukwandiswa kukusebenzisa ukusetyenziswa. Ukongeza, kuthatha ngaphantsi kwemizuzwana eli-9 ukutshintshela kwigridi ukuya kwiifotovoltaics kunye nemithwalo enzima, enceda abasebenzisi ukuba baphephe ukufumanisa umbane onqabileyo kwigridi.
Useto lwecookie kule webhusayithi lusetelwe "Vumela ikuki" ukuze ikunike amava ahamba phambili. Ukuba uqhubeka nokusebenzisa le webhusayithi ngaphandle kokutshintsha useto lwakho lweKuki, okanye ukuba ucofa "yamkela" ngezantsi, uyavuma kule.
IXESHA LOKUQALA: UJUL-15-2021
