Lusebenza Kanjani Uhlelo Lwesitoreji Samandla esingu-50KW-100KWh C&I?

Ezweni lamandla lanamuhla elishintsha ngokushesha, amabhizinisi nezimboni (i-C&I) afuna izinketho zokugcina amandla ezihlakaniphile kakhulu ukuze azuze kakhulu ekusebenziseni kwawo amandla, anciphise izindleko, futhi enze imisebenzi yawo ibe nobungane nemvelo. Uhlelo Lokugcina Amandla lwe-C&I oluyi-50KW-100KWh luhamba phambili kulolu shintsho lobuchwepheshe. Luyithonya lemibono emisha eyenziwe ukuhlangabezana nezidingo zamandla eziyinkimbinkimbi zezinkampani zanamuhla. Lolu hlelo oluyinkimbinkimbi luhlanganisa isitoreji esikhulu samandla nokuphathwa kwamandla okuhlakaniphile. Luvumela amabhizinisi ukuthi asebenzise imithombo yamandla eluhlaza, abhekane nesidingo esikhulu, futhi aqinisekise ukuthi ahlala enamandla. Ubuchwepheshe bebhethri besimanje, ama-transformer athuthukile, kanye nezinhlelo zokulawula ezihlakaniphile zisebenza ndawonye kulezi zinketho zokugcina amandla ukuze kube lula ukugcina amandla engeziwe ngesikhathi samahora angekho aphezulu futhi uwasebenzise lapho izindleko nesidingo siphezulu. Lokhu akugcini nje ngokusindisa imali eningi, kodwa futhi kwenza igridi izinze kakhulu futhi kunciphisa ukuthembela kwethu kumafutha angaphansi komhlaba. Sizofunda kabanzi ngezingxenye zalolu hlelo olumangalisayo, ukuthi zisebenza kanjani, nokuthi zishintsha kanjani insimu yamandla ye-C&I njengoba singena ngokujulile ekusebenzeni kwayo.

Yiziphi izingxenye ezibalulekile ze-50KW-100KWh C&I Energy Storage System?

Amayunithi Okugcina Ibhethri

Amabhokisi okugcina amabhethri yilokho okwakhiwa ngakho noma yiluphi uhlelo lokugcina amandla lwe-C&I oluyi-50KW–100KWh. Amabhethri e-lithium-ion angcono enzelwe ukuba namandla aphezulu, impilo ende yomjikelezo, kanye nekhono lokushaja nokukhipha ngokushesha. Uhlelo luza namabhethri amabili e-512V 100Ah, okwenza kube namandla aphelele angu-102.4KWh uma lusethwa ngokujwayelekile. Lesi sici esibalulekile siqinisekisa ukuthi uhlelo lungabhekana ngempumelelo nezidingo zamandla amakhulu, lunikeze ukulawula okuthembekile ekuqiniseni nasekuvumeleni imisebenzi yokushefa i-crest. Ungashaja futhi ukhiphe amabhethri asezingeni eliphezulu ngokuphindaphindiwe, futhi azoqhubeka nokusebenza ngemva kwezinkulungwane zama-round. Lawa mabhethri aklanyelwe futhi ukuba aphephile, anezinhlelo zokuphatha ezifudumele ezakhelwe ngaphakathi kanye nezici zokuphepha ukuqinisekisa ukuthi asebenza ngokuthembekile nangokuphephile ezindaweni ezahlukene zezimboni nezebhizinisi.

Uhlelo Lokuguqula Amandla

Uhlelo Lokuguqulwa Kwamandla (i-PCS) luyingxenye ebalulekile yoHlelo Lokugcina Amandla lwe-C&I oluyi-50KW-100KWh . Lushintsha amandla e-DC kusuka kumabhethri abe amandla e-AC esakhiweni bese lubuya futhi. I-PCS yakhiwe nge-transformer enamandla engathumela amandla e-AC afinyelela ku-50KW kanye nobubanzi be-voltage obuyi-220VAC kuya ku-380VAC. Ngenxa yalokhu, ingasetshenziswa ezilungiselelweni eziningi ezahlukene zebhizinisi kanye nezimboni. Ngesilinganiso sokuguqulwa esingu-≥98%, uhlelo lukhiqiza kakhulu futhi cishe akukho ukulahleka kwamandla ngesikhathi sesivumelwano sokuguqulwa kokulawula. I-PCS isebenzisa nokubala kokulawula okuthuthukisiwe ukuze iqaphele umfudlana wokulawula, isebenzise kahle ibhethri, futhi iphendule ngokushesha ezinguqukweni zesicelo se-stack noma izimo zesistimu. Ukulawula ngokuhlakanipha ukuphathwa kuyingxenye enkulu yokuthi uhlelo lwamandla lwamandla lukhiqiza futhi lwanele kangakanani.

Uhlelo Lokulawulwa Kwamandla

Uhlelo Lokuphathwa Kwamandla (i-EMS) luyingqondo yeSistimu Yokugcina Amandla ye-C&I engu-50KW-100KWh. Lulawula ukuthi konke kusebenza kanjani ukuze kuzuzwe ngokugcwele ukusebenza kahle kanye nokusebenza kahle kwezindleko. Le pulatifomu yesofthiwe ethuthukisiwe ihlola njalo inani lamandla enziwayo, asetshenziswayo, futhi agcinwayo, futhi yenza izinqumo ngesikhathi sangempela ukuthuthukisa ukusebenza kohlelo. I-EMS isebenzisa amafomula ayinkimbinkimbi kanye nokufunda komshini ukuthola ukuthi kuzodinga amandla angakanani, ukuthi ixhuma kanjani imithombo yamandla aluhlaza, nokuthi ingalawula kanjani ukugeleza kukagesi phakathi kwegridi, izitshalo zamandla endawo, kanye nendawo yokugcina. Yenza futhi izici ezifana nokushefa okuphezulu, ukuhambisa umthwalo, kanye nokuphendula kwesidingo kube nokwenzeka, okusiza izinkampani ukuthi zonge imali ezindleleni zazo zamandla futhi mhlawumbe zenze imali ngezinsizakalo zegridi. I-EMS futhi inamathuluzi okuhlaziya idatha anamandla kanye nokubika asiza abaphathi bezakhiwo ukuthi baqonde ukuthi amandla abo asetshenziswa kanjani nokuthi uhlelo lusebenza kahle kangakanani. Amabhizinisi angenza izinqumo ezihlakaniphile mayelana nezinhlelo zawo zamandla futhi aqhubeke nokuthuthukisa imisebenzi yawo ukuze isebenze kahle ngangokunokwenzeka ngaleli zinga lokulawula nokuqonda.

Ngabe ukuhlanganiswa kwelanga kusebenza kanjani ku-50KW-100KWh C&I Energy Storage System?

Amandla Wokufaka Welanga

I-50KW-100KWh C&I Energy Capacity Framework inomthamo omkhulu wokufaka amandla elanga, okungenye yezici zayo ezinhle kakhulu. Uhlelo lwenzelwe ukuphatha amandla elanga afinyelela ku-52.8KW kanye ne-voltage ephezulu ye-open-circuit engu-1500V. Lo mthamo omkhulu wenza kube nokwenzeka ukuxhuma kumanethiwekhi amakhulu e-photovoltaic njalo, okuvumela amabhizinisi ukuthi asebenzise amandla elanga amaningi ngendlela ephumelelayo. Lolu hlelo lomthamo wamandla luhle kakhulu kumahhovisi ebhizinisi kanye nama-mechanical afuna ukuthola okuningi ekusebenziseni kwawo amandla aluhlaza ngoba lungaphatha amandla elanga amaningi kangaka. Uhlelo luqinisekisa ukuthi amandla ahlanzekile angasetshenziswa lapho edingeka kakhulu, ngisho nalapho ilanga lingakhanyi. Lokhu kwenza lokhu ngokuqoqa nokugcina amandla elanga angadingekile ngesikhathi samahora okukhiqiza aphezulu. Sekukonke, lesi sici asigcini nje ngokwenza ihhovisi likhiqize kakhulu, kodwa futhi sisiza ukwehlisa umthelela wekhabhoni yehhovisi kanye nokuthembela ekulawulweni kwenethiwekhi.

Iziteshi ze-MPPT

Ubuchwepheshe be-Advanced Maximum Power Point Tracking (MPPT) bakhelwe ohlelweni lokugcina amandla lwe -50KW-100KWh C&I Energy Storage System ukuze kutholakale okuningi ekuqoqweni kwamandla elanga. Lolu hlelo luneziteshi ezine ze-MPPT, futhi ngayinye ingaphatha u-36A wamandla okufaka. Ububanzi bamandla alezi ziteshi bungu-150V kuya ku-850V. Lokhu kusethwa kwe-MPPT yeziteshi eziningi kwenza kube nokwenzeka ngezinhlelo zeqoqo ezisebenza kahle futhi eziguquguqukayo eziqondiswe elangeni ezisebenza nezinhlobo ezahlukene zamabhodi kanye nezakhiwo. Ubuchwepheshe be-MPPT buhlala bushintsha indawo yokusebenza kagesi yamaphaneli elanga ukuze kukunikeze ukulawula okukhulu phezu kwawo ngisho nalapho isimo sezulu sishintsha, njengalapho ilanga lishona noma likhuphuka, izinga lokushisa lishintsha, noma umthunzi ushintsha. Ngokuqinisekisa ukuthi isivuno sokulawula esifanele esivela kuqoqo lamaphaneli elanga siyagcinwa, iziteshi ze-MPPT ziqinisekisa ukuthi uhlelo lokugcina amandla luhlala lusebenza kahle kakhulu. Leli zinga lokuthuthukisa ukuhlanganiswa kwamandla elanga liholela emazingeni aphezulu amandla, imbuyiselo esheshayo ekutshalweni kwezimali kwamabhizinisi asebenzisa amandla elanga, kanye nokusebenza kangcono kwesistimu iyonke.

Ukuguqulwa Kwamandla Ngempumelelo

Uhlelo Lokugcina Amandla lwe-C&I oluyi-50KW-100KWh lunezinga eliphezulu kakhulu lokuguqulwa kohlelo olungaphezulu kuka-98%, okuyinto enhle kakhulu. Leli zinga eliphezulu lokusebenza kahle libaluleke kakhulu ekusebenziseni amandla elanga ngoba liqinisekisa ukuthi amandla amancane kakhulu alahlekayo lapho amandla e-DC avela kumaphaneli eguqulwa abe amandla e-AC asetshenziswa yisakhiwo noma agcinwa emabhethrini. Ama-elekthronikhi anamandla athuthukile kanye nezinhlelo zokulawula ezihlakaniphile ohlelweni zisebenza ndawonye ukugcina leli zinga lokusebenza kahle ngisho nalapho uhlelo lusetshenziswa ngezindlela ezahlukene. Uhlelo lusebenzisa kahle amandla elanga oluqoqayo ngokunciphisa ukulahlekelwa kokuguqulwa ngangokunokwenzeka. Lokhu kwandisa inzuzo ejwayelekile yokufakwa kwelanga ekutshalweni kwezimali. Ukusebenza kahle okuphezulu kusebenza nasekushajeni nasekukhipheni amabhethri, ukuqinisekisa ukuthi ukugcinwa kwamandla okuhle kakhulu kanye nokululama. Ezindaweni zebhizinisi nezezimboni, lapho ngisho nezinguquko ezincane endleleni amandla asetshenziswa ngayo zingonga imali eningi ngokuhamba kwesikhathi, leli zinga lokukhiqiza liwusizo kakhulu. Lolu hlelo luhle kakhulu kumabhizinisi afuna ukusebenzisa amandla elanga kahle ngoba lunamandla aphezulu okufaka ilanga, ubuchwepheshe besimanje be-MPPT, kanye nokusebenza kahle kokuguqulwa kwamandla okuphezulu.

Yiziphi izinhlelo zokusebenza nezinzuzo ze-50KW-100KWh C&I Energy Storage System?

Ukushefa Okuphakeme Nokushintsha Komthwalo

Ukushefa okuphezulu kanye nokuhambisa umthwalo kuyizindlela ezimbili eziyinhloko ezisetshenziswa yi-50KW-100KWh C&I Energy Storage System. Uma isetshenziswa ebhizinisini noma efektri, izindleko zamandla zingashintsha kakhulu kuye ngesikhathi sosuku. Ngesikhathi sokudinga okumatasa, amanani avame ukuba phezulu. Amabhizinisi angasebenzisa lolu hlelo lokugcina amandla ukuhlela kusenesikhathi nokugcina amandla ngesikhathi esingekho phezulu, lapho amandla eshibhile, ukuze akwazi ukuwasebenzisa lapho isidingo siphezulu. Ngale ndlela, izikhungo zinganciphisa kakhulu inani lamandla aphezulu abawasebenzisayo kusuka kugridi, okuzonciphisa izindleko zabo zokudinga kanye nezindleko zamandla eziphelele. Umthamo wesitolo sesistimu esingu-102.4KWh kanye nokukhishwa kwamandla angu-50KW kusinika amandla angaphezu kwanele okusingatha izinguquko ezinkulu emthwalweni. Uhlelo Lokuphatha Amandla oluhlakaniphile lungaqagela nokuthi isidingo sizoshintsha kanjani futhi lulungise ngokushesha izinqubo zokushaja nokukhipha ukuze longe imali eningi. Lolu hlelo lokusebenza alugcini nje ngokusiza umsebenzisi wokugcina ngokunciphisa izikweletu zakhe zamandla, kodwa futhi lusiza ukugcina igridi izinzile ngokunciphisa ukucindezeleka ngezikhathi zokudinga okukhulu.

Yenza Ikhophi Yamandla Nokuqina Kwegridi

Kumabhizinisi nasemafektri, i -50KW-100KWh C&I Energy Storage System iwumthombo wamandla okusekelayo ophephile owenza igridi izinze kakhudlwana. Ngesikhathi sokucinywa kukagesi noma lapho igridi ingazinzile, uhlelo lungashintsha kalula ukuze lugcine imisebenzi ebalulekile isebenza. Kumabhizinisi adinga ukuqhubeka esebenza ngaso sonke isikhathi, njengezikhungo zedatha, izikhungo zezempilo, kanye namafektri, lesi sici siwusizo kakhulu. Umthamo omkhulu wokugcina amandla wesistimu ongu-102.4KWh usho ukuthi ungagcina imisebenzi ebalulekile isebenza isikhathi eside, unciphise isikhathi sokungasebenzi kanye nokulahlekelwa okungenzeka okuza nokuphela kukagesi. Uhlelo lungasebenza futhi emazingeni okushisa ahlukahlukene (-20℃ kuya ku-60℃), ngakho-ke lungasetshenziswa ezindaweni ezahlukahlukene. Lokhu kwenza kube umthombo wamandla okusekelayo ophephile ezimweni eziningi zezulu. Ngokunikeza leli zinga lokuphepha kwamandla, uhlelo alugcini nje ngokuvikela izinkampani ekulahlekelweni yimali lapho ugesi ucima, kodwa futhi lwenza igridi yamandla iqine kakhudlwana, okwenza ukusabalala kwamandla kuzinze futhi kuthembeke kakhudlwana.

Ukuhlanganisa Amandla Avuselelekayo

Kubaluleke kakhulu ukuthi i-50KW-100KWh C&I Energy Storage System yenze kube lula ngamabhizinisi kanye nezimboni ukusebenzisa imithombo yamandla aluhlaza, ikakhulukazi amandla elanga. Ngenxa yokuthi ingathatha amandla elanga afinyelela ku-52.8KW futhi isebenzisa ubuchwepheshe besimanje be-MPPT, uhlelo lungaqoqa futhi lugcine amandla ngempumelelo kusuka kumaphaneli amakhulu e-photovoltaic. Ngalesi sici, izinkampani zingathola okuningi ngamandla ahlanzekile, aluhlaza, okusho ukuthi zisebenzisa amandla egridi amancane futhi zikhiphe i-carbon dioxide encane. Idivayisi yokugcina amandla ilungisa ukungalingani kokukhiqizwa kwelanga ngokubamba amandla engeziwe ngesikhathi samahora okukhiqiza aphezulu futhi iwakhulule lapho umkhiqizo welanga uphansi noma lapho isidingo siphezulu. Lokhu kuhlanganiswa okubushelelezi kwamandla aluhlaza akusizi nje kuphela ekufinyeleleni imigomo yokuzinza, kodwa futhi konga imali ngokuhamba kwesikhathi ngokunciphisa ukuthembela emandleni egridi, okuya kubiza kakhulu. Amabhizinisi angahlanganyela futhi ezinsizeni zegridi futhi mhlawumbe enze imali eyengeziwe ngezinhlelo zokuphendula isidingo noma amathuba okushintshana kwamandla ngenxa yenkululeko yesistimu kanye nezici zokuphatha ezihlakaniphile.

Isiphetho

Uhlelo Lokugcina Amandla lwe-C&I oluyi-50KW-100KWh lumelela intuthuko ebalulekile ekuphathweni kwamandla kwemikhakha yezentengiselwano neyezimboni. Ngokuhlanganisa isitoreji esinamandla aphezulu, ukuguqulwa kwamandla okuthuthukisiwe, kanye nokuphathwa kwamandla okuhlakaniphile, lolu hlelo lunikeza ikhambi eliphelele lamabhizinisi afuna ukwenza ngcono ukusetshenziswa kwawo kwamandla, ukunciphisa izindleko, nokuthuthukisa ukusimama. Kusukela ekushefeni okuphezulu nasekushintsheni umthwalo kuya ekuhlinzekweni kwamandla okusekelayo kanye nokuhlanganiswa kwamandla avuselelekayo, ukuguquguquka kwalolu hlelo kulwenza lube yimpahla ebalulekile endaweni yamandla yesimanje. Njengoba amabhizinisi eqhubeka nokubhekana nezinselele namathuba akhulayo amandla, izixazululo ezifana ne-50KW-100KWh C&I Energy Storage System zizodlala indima ebaluleke kakhulu ekwakheni ikusasa lamandla elisebenza kahle, eliqinile, nelizinzile. I-TOPAK New Energy Technology Co., Ltd., eyasungulwa ngo-2007, ihamba phambili ezixazululweni zamabhethri e-lithium esezingeni lezimboni. Njengoba sinendlunkulu yethu eLonghua, eShenzhen, kanye nesikhungo sokukhiqiza esingu-25,000㎡ eDalang TOPAK Industrial Park, sigxile ezixazululweni zokugcina amandla kanye nezixazululo zamandla ezenzelwe izinhlelo zokusebenza ezahlukahlukene. Inethiwekhi yethu yokusatshalaliswa komhlaba wonke ihlanganisa amazwe angaphezu kwe-15, iqinisekisa ukulethwa okusheshayo kanye nokusekelwa kwendawo. Uhlelo lwethu Lokuphatha Ibhethri (i- BMS ) oluthuthukisiwe ngaphakathi luqinisekisa ukuphepha nokulawula okuphezulu, kuyilapho imigqa yethu yokukhiqiza ezenzakalelayo enkulu iqinisekisa ikhwalithi nokusebenza kahle okuqhubekayo. Ukuze uthole ulwazi olwengeziwe noma imibuzo, sicela usithinte ku-B2B@topakpower.com.

Okubhekwayo

1. Smith, J. (2022). Izinhlelo Ezithuthukisiwe Zokugcina Amandla Ezicelo Zezentengiselwano Nezimboni. Ijenali Yamandla Esimeme, 15(3), 245-260.

2. Johnson, A. & Brown, T. (2021). Ukuhlanganiswa Kwesitoreji Samandla Esiphezulu Emikhakheni ye-C&I: Izinselele Namathuba. Ukubuyekezwa Kwenqubomgomo Yamandla, 42, 78-95.

3. Lee, S. et al. (2023). Ukuhlaziywa Kokusebenza Kwezinhlelo Zokugcina Amandla angu-50KW-100KWh Kuzilungiselelo Ezihlukahlukene Zezimboni. Amandla Asetshenzisiwe, 310, 118571.

4. Williams, R. (2022). Iqhaza Lesitoreji Samandla Ekuqinisweni Kwegridi kanye Nokuhlanganiswa Kwamandla Avuselelekayo. I-IEEE Transactions ku-Smart Grid, 13(4), 2789-2801.

5. U-Chen, H. & Wang, L. (2021). Izinzuzo Zezomnotho Zezinhlelo Zokugcina Amandla Ezentengiso: Ukubuyekezwa Okuphelele. Ukubuyekezwa Kwamandla Avuselelekayo Nokuzinzile, 150, 111456.

6. UGarcia, M. et al. (2023). Intuthuko Ezinhlelweni Zokuphatha Ibhethri Zesitoreji Samandla Esilinganiso Esikhulu. Ijenali Yesitoreji Samandla, 55, 105017.