I-University University of applied science (Httw) eBerlin isanda kufunda uhlelo olusebenza kahle kakhulu lwasekhaya lwe-Photovoltaic Systems. Ngonyaka wokuhlola okugcina amandla we-Photovoltaic, ama-hybrid ama-hybrid ama-hybrid ama-hybrid aphindaphinde antshontshe i-limove.
Njengengxenye ye- "2021 Isitoreji Sesitoreji", ingqikithi yezinhlelo ezihlukene ezingama-20 ezinamazinga angama-5 KW nama-10 KW Amazinga ahlolwe ukunquma inkomba yokusebenza kohlelo (i-SPI). Ama-inverter ama-haller we-goodle hybrid ama-goodwe er and goodewe eh afinyelelwe inkomba yokusebenza kohlelo (i-SPI) ka-93.4% no-91.2%, ngokulandelana.
Ngalesi sici esihle kakhulu sohlelo, i-GOVEWE 5000-EH iwine ngempumelelo indawo yesibili ecaleni elincane lesethenjwa (5MWh / ukusetshenziswa, 5KWPP PV). Ukusebenza kwe-Goodwe 10K-ET nakho kuhle kakhulu, kungamaphuzu angu-1.7 kuphela kusuka ohlelweni oluphelele lokubekwa elukhonke (imoto kagesi kanye nokushisa kwephasishi kungu-10 mWh.
I-System Performance Index (SPI) enqunywe ngabacwaningi be-HTW kuyinkomba yezomnotho ekhombisa ukuthi ingakanani izindleko zikagesi zincishiswe uhlelo lokugcina oluhloliwe oluqhathaniswa nohlelo oluhleliwe lokugcina. Okungcono izimfanelo ezihlobene nokusebenza okusebenzayo (njengokusebenzisa ukuguqulwa, ijubane lokulawula, noma ukusetshenziswa kokubekwe), okuphezulu kokonga izindleko okutholakele. Umehluko ngezindleko unganqunywa ngezinga eliphakeme lokunemba.
Okunye ukugxila kocwaningo kuwukuklanywa kwezinhlelo ze-Photovoltaic zokugcina. Izilinganiso nokuhlaziywa kwenziwa kukhombisa ukuthi, kusukela ngombono wezomnotho, kubaluleke kakhulu ukuthola usayizi wohlelo lwe-Photovoltaic kanye nohlelo lokugcina olususelwa ekufunweni. Lolo luhlelo lwe-Photovoltaic, lukhuphuka kakhulu i-carbon dioxide emzimbeni.
Noma yimuphi umphezulu wophahla olufanele kufanele lusetshenziselwe ukukhiqiza amandla elanga ukuze ukhulise ukwaneliseka nokunciphisa ukuphuma kwekhabhoni dioxide. Ukusetshenziswa kwama-halletwe ahlolwe ama-hybrid ama-hagebles we-5000-eh kanye ne-10k-et kanye nokufakwa okulula kwezinhlelo zokugcina izithombe akubuyiseli emuva kubanini khaya, kodwa futhi ngokwezezimali, ngoba kungafinyelela ukulinganisela kwezinkokhelo phakathi nonyaka.
I-GOVEWE inohlu olubanzi kakhulu lwemikhiqizo yokugcina amandla emakethe, emboza isigaba esisodwa, esigabeni esinezigaba ezintathu, amabhethri aphezulu anamandla namandla aphansi. I-GOVEWE itshale imali kakhulu ocwaningweni nasekuthuthukisweni kwezixazululo zokugcina izimo ezihlukile zohlelo. Emazweni anamanani aphezulu kagesi, abanini bamakhaya abaningi bazimisele kakhulu ukufaka ama-inverver ahlanganisiwe ukuze andise ukuzisebenzisa. Umsebenzi wesipele we-Shoothe ungaqinisekisa amahora angama-24 ashukumisayo ukunikezwa kwamandla esizulu esibi kakhulu. Ezweni
Ezindaweni lapho igridi ingazinzile noma ezimweni ezingezinhle, abathengi bazothintwa ukuphuma kwamandla. I-Goohewe hybrid system yisisombululo esihle kakhulu sokuhlinzeka ngokuhlinzekwa kwamandla okuzinzile okungaphazamiseki kwezigaba zokuhlala neze-C & I i izingxenye ezimakethe.
I-inverter enama-hybrid yesigaba ezintathu ehambisana namabhethri aphezulu anamandla ngumkhiqizo wenkanyezi, olungele kakhulu imakethe yokugcina yamandla eYurophu. I-ETR Series ihlanganisa uhla lwamandla ama-5kw, 8kw no-10kw, okuvumela ukugcwala okuphezulu kwe-10% ukukhulisa umphumela wamandla, futhi kuhlinzeka ngokutholakala kwamandla okungaphazamiseki kwemithwalo ebabazekayo. Isikhathi sokushintsha okuzenzakalelayo singaphansi kwama-milliseconds angaphansi kwama-millisecond. Kunganikeza ukuxhumana kwegridi kulezi zimo ezilandelayo Gcina lapho igridi ivaliwe noma ilimele, igridi isesimweni sokuqala kanye nokuzimela kwegridi.
I-HOVEWE EH Series iyinhlangano yelanga elixhumeke linye elixhunywe ngegridi elixhunyiwe, elenzelwe ngokukhethekile amabhethri aphezulu anamandla. Kwabasebenzisi abafuna ekugcineni bathole ikhambi eliphelele lokugcina amandla, i-inverter inenketho "yebhethri isilungele"; Udinga kuphela ukuthenga ikhodi yokuvula, i-EH ingathuthukiswa kalula kwisistimu ye-EST ephelele. Izintambo zokuxhumana ziyintambo yangaphambi kwesikhathi, enciphisa kakhulu isikhathi sokufaka, nezixhumi ze-plug-and-play ac nazo zenza umsebenzi kanye nokunakekelwa okulula.
I-EH iyahambisana namabhethri anamandla aphezulu (85-450) futhi angashintshela ngokuzenzakalela kwimodi yokulinda ngaphakathi kwe-0.01s (izinga le-UPS) ukuqinisekisa imithwalo ebucayi. Ukuphambuka kwamandla okungenziwa yi-Inverter kungaphansi kwe-20W, eklanyelwe ukukhulisa ukuzenzisa. Ngaphezu kwalokho, kuthatha isikhathi esingaphansi kwemizuzwana eyi-9 ukushintsha kusuka kugridi kuya ku-Photovoltaics kanye namandla aphezulu, asiza abasebenzisi ukuthi bagweme ukuthola ugesi obizayo kusuka kugridi.
Amasethingi ekhukhi kule webhusayithi asethelwe ku- "Vumela amakhukhi" ukuze ikunikeze isipiliyoni esihle kakhulu sokuphequlula. Uma uqhubeka nokusebenzisa le webhusayithi ngaphandle kokushintsha amasethingi akho amakhukhi, noma uma uchofoza "ukwamukela" ngezansi, uyavuma lokhu.
Isikhathi Seposi: Jul-15-2021
