I-2022 yaziwa kabanzi njengonyaka wemboni yokugcina amandla, kanye nethrekhi yokugcina indawo yokuhlala yaziwa ngokuthi ithrekhi yegolide embonini. Amandla okushayela asemqoka ngemuva kokukhula okusheshayo kwesitoreji samandla sokuhlala avela emandleni ayo okuthuthukisa ukusebenza kahle kogesi ozenzakalelayo futhi anciphise izindleko zezomnotho. Ngaphansi kwezinkinga zamandla kanye noxhaso lwenqubomgomo, umnotho ophakeme wesitoreji se-PV sokuhlala wamukelwa yimakethe, futhi isidingo sesitoreji se-PV saqala ukuqhuma. Ngasikhathi sinye, uma kwenzeka ukuphuma kwamandla kugridi yamandla, amabhethri we-Photovoltaic anganikeza futhi ukunikezwa kwamandla aphuthumayo ukuze kugcinwe isibalo sikagesi esiyisisekelo sendlu.
Ukubhekana nemikhiqizo yokugcina amandla ehlala emakethe, ukuthi ungakhetha kanjani ukuba kube yinkinga edidayo. Ukukhetha ngokungakhathali kungaholela kwizisombululo ezinganele ezidingweni zangempela, izindleko ezandisiwe, kanye nezingozi zokuphepha ezingaba khona ezokuphepha emphakathini. Ungayikhetha kanjani uhlelo olufanele lokugcina ekhaya?
Q1: Luyini uhlelo lokugcina lokugcina amandla e-PV?
Uhlelo lokugcina lokugcina lwe-PV Energy Energy lusebenzisa i-Solar Power Generation Feary ophahleni ukuhlinzeka ngogesi okwenziwe phakathi nosuku kuya kohlelo lokugcina izinsiza, futhi lugcina ugesi owengeziwe ohlelweni lokugcina amandla lwe-PV ukuze lusetshenziswe ngesikhathi samahora aphezulu.
Izakhi Eziyisisekelo
Umnyombo wohlelo lokugcina amandla e-PV Energy Deserm luqukethe i-Photovoltaic, ibhethri ne-hybrid inverter. Inhlanganisela yendawo yokuhlala ye-PV Energy Storad kanye ne-Residence Photovoltaic yakha uhlelo lokugcina lokugcina lwePV Energy, oluhlanganisa ikakhulukazi izingxenye ezifana namabhethri, iHybrid Inverter kanye nohlelo lwe-Intenter, njll.
Q2: Yiziphi izingxenye zezinhlelo zokugcina zokugcina amandla ze-PV?
Izixazululo zohlelo lwe-Renac Power Rendawotional / esihlangene sezixazululo ze-Renac Power
AbakwaPV Energy Storanders abamboza ingxenye eyodwa / abathathu-ezintathu, imikhiqizo ephezulu / ephansi / ephansi: N1 HV, N3 HV, nochungechunge lwe-N1 HL.
Uhlelo lwebhethri lungahlukaniswa ngamabhethri aphezulu namandla we-voltage ngokusho kukaVoltage: Turbo H1, iTurbo H3, nochungechunge lweTurbo L1.
Ngaphezu kwalokho, amandla e-renac nawo anohlelo oluhlanganisa ama-inverver ahlanganisiwe, amabhethri e-lithium, kanye nabalawuli: Uchungechunge lwe-All-one of Energy Storage Cloparined Machines.
Q3: Ungayikhetha kanjani umkhiqizo ofanele wokugcina ofanele?
Isinyathelo 1: Isigaba esisodwa noma isigaba esithathu? Voltage ephezulu noma i-voltage ephansi?
Okokuqala, kuyadingeka ukuqonda ukuthi ngabe imitha yogesi yokuhlala ihambelana nesigaba esisodwa noma ugesi wesigaba ezintathu. Uma imitha ibonisa isigaba esingu-1, imele ugesi wesigaba esisodwa, futhi inverter eyodwa ye-hybrid engakhethwa; Uma imitha ikhombisa isigaba esingu-3, imele ugesi wesigaba ezintathu, futhi ama-inverter amathathu noma esigabeni esisodwa se-hybrid angakhethwa.
Uma kuqhathaniswa nezinhlelo zokugcina amandla eziphansi zokuhlala, uhlelo lwe-REANC's High Energy Storage System lunezinzuzo eziningi!
Ngokuya ngokusebenza:Usebenzisa amabhethri omkhupheni ofanayo, ibhethri lamanje lohlelo lokugcina oluphezulu lwe-optical lincane, lubangela ukuphazanyiswa okuncane ohlelweni, kanye nokusebenza kohlelo oluphezulu lokugcina amandla luphezulu;
Ngokwesistimu yohlelo, I-topology yesekethe ye-Hy-voltage hybrid inverter ilula, incane ngosayizi, ilula ngesisindo, futhi ithembeke kakhudlwana.
Isinyathelo 2: Ngabe amandla amakhulu noma amancane?
Ubungako bamandla be-Hybrid I-Inverterters imvamisa bunqunywa ngamandla amamojula we-PV, ngenkathi ukukhethwa kwamabhethri kukhetha kakhulu.
Kumodi yokuzisebenzisa, ngaphansi kwezimo ezijwayelekile, umthamo webhethri namandla e-inverter ahlukaniswe ngesilinganiso esingu-2: 1, esingaqinisekisa ukusebenza kwemithwalo kanye nokugcina amandla ngokweqile ebhethri lokusetshenziswa okuphuthumayo.
I-Renac Turbo H1 Series eyodwa yebhethri yephakethe elilodwa linomthamo we-3.74KWH futhi ifakwe ngendlela egcinwe. Ivolumu eyodwa kanye nesisindo sincane, kulula ukuhambisa, ukufaka, nokugcina. Ixhasa amamojula webhethri ama-5 ochungechungeni, olungakhulisa umthamo webhethri uli-18.7KWh.
I-Turbo H3 Series High-Voltage Lithium Amabhethri anobudlelwano bebhethri obuhlukile be-7.1KWh / 9.5KWh. Ukwamukela indlela ebekwe edongeni noma yaphansi yokufaka indawo efakwe emanzini, esekelwa amayunithi afinyelela ku-6 ngokufana, kanye nomthamo onganwetshwa ku-56.4kWh. Xhuma futhi udlale design, nge-othomathikhi yomazisi ohambisanayo, kulula ukuyisebenzisa futhi unwebe futhi ungagcina isikhathi sokufaka nezindleko zabasebenzi.
I-Turbo H3 Series High-Voltage Lithium Amabhethri asebenzisa amaseli e-CatL Lifepo4, anezinzuzo ezibalulekile ekuguquguqukeni, ukuphepha, kanye nokusebenza okushisa okuphansi, okwenza kube yikhethelo elithandwayo kumakhasimende ezindaweni zokushisa eziphansi.
StEP 3: Kuhle noma okusebenzayo?
Uma kuqhathaniswa nohlelo lokugcina oluhlukile lwe-PV Energy Storage System, umshini woku-in-one ujabulisa kakhulu impilo. Bonke ochungechunge olulodwa bamukela ukwakheka kwesitayela sanamuhla kanye ne-minimalist, bakuhlanganisa nemvelo yasekhaya futhi bachaze kabusha ama-aesthetics amahle okuhlanza ekhaya ngesikhathi esisha! I-Intelligent Compact Design Design iphinde yenziwe lula ukufakwa nokusebenza, nge-plug kanye nomklamo wokudlala ohlanganisa ama-aesthetics kanye nokusebenziseka.
Ngaphezu kwalokho, uhlelo lokugcina lweRenac Reserteries lusekela izindlela eziningi zokusebenza, kufaka phakathi imodi yokuzisebenzisa, imodi yesikhathi sokukhokha, imodi ye-PASEP, ukufezekisa ukuhlela kwamandla kwabasebenzisi, futhi unciphise izikweletu zikagesi. Imodi yokuzisebenzisa nemodi ye-EPS yiyona esetshenziswa kakhulu eYurophu. Kungasekela futhi izimo zohlelo lokusebenza ze-VPP / FFR, kwandise inani lamandla elanga lasekhaya namabhethri, nokuthola ukuxhumeka kwamandla. Ngasikhathi sinye, isekela ukuthuthukiswa okukude nokulawula, ngokuchofoza okukodwa kokushintsha kwemodi yokusebenza, futhi kungalawula ukuhamba kwamandla nganoma yisiphi isikhathi.
Lapho ukhetha, abasebenzisi belulekwa ukuthi bakhethe umenzi ochwepheshe abanezixazululo eziphelele zohlelo lwe-PV Energy Storage System kanye nekhono lokukhiqiza lemikhiqizo yokugcina amandla. Ama-Hybrid ama-Inverters namabhethri ngaphansi komkhiqizo ofanayo angakwenza kangcono kahle futhi axazulule inkinga yokufana kohlelo nokuvumelana. Bangaphendula futhi ngokushesha ngemuva kokuthengisa futhi baxazulule ngokushesha izinkinga ezisebenzayo. Uma kuqhathaniswa nokuthenga ama-inverterers namabhethri kusuka kubakhiqizi abahlukahlukene, umphumela wohlelo lokusebenza wangempela uvelele ngokwengeziwe! Ngakho-ke, ngaphambi kokufaka, kuyadingeka ukuthola ithimba eliqeqeshiwe lokuqamba izixazululo zokugcina ezihlosiwe ze-PV.
Njengomhlinzeki oholayo womhlaba wezixazululo ezivuselelekayo, amandla e-Renac Gogs ekuhlinzekeni amandla asatshalaliswa asatshalaliswa, izinhlelo zokugcina amandla, kanye nezixazululo zokulawulwa kwamandla ezi-Smart Energy zebhizinisi lokuhlala nezentengiso. Ngaphezulu kweminyaka eyishumi yokuhlangenwe nakho kwezimboni, ukusungulwa kwamandla kanye namandla, amandla we-renac sekuphenduke uhlobo olukhethwayo lwezinhlelo zokugcina amandla emizini eminingi nakwengeziwe.