Njengoko iinkqubo zokugcina zamandla zelanga ziya zidume ngakumbi, uninzi lwabantu bayayazi iiparamitha eziqhelekileyo zamandla athambileyo. Nangona kunjalo, kusekho iiparamitha ezifanele ukuziqonda ngobunzulu. Namhlanje, ndikhethe iiparamitha ezine ezihlala zijongwa xa ukhetha i-interters yokugcina amandla kodwa kubalulekile ukwenza ukhetho lwemveliso efanelekileyo. Ndiyathemba ukuba emva kokufunda eli nqaku, wonke umntu uya kuba nakho ukwenza ukhetho olufanelekileyo ngakumbi xa ujongene neemveliso zokugcina amandla.
I-01 ibhetri ye-voltagege
Okwangoku, i-Interters yogcino lwamandla kwimarike yahlulwe yangamacandelo amabini asekwe kwi-voltage yebhetri. Uhlobo olunye lwenzelwe iibhetri ze-Voltage, kunye ne-voltage yebhetri ngokubanzi phakathi kwe-40-60V, eyaziwa ngokuba yi-intertage ye-voltage ye-voltage Olunye uhlobo lwenzelwe iibhetri eziphezulu zevoti, kunye noluhlu lweevolthi eziguquguqukayo, ubukhulu becala ziyahambelana neebhetri ze-200v nantla.
Ingcebiso: Xa uthenge i-Interters yamandla, abasebenzisi kufuneka banikele ingqalelo ekhethekileyo kwi-voltageage Rageer i-INTERPT i-Inverter i-Inverter iyakwazi ukwamkela i-ittertage yokwenyani.
I-02 ephezulu yefotovoltaic igalelo
Elona gunya lokufaka i-photovoltaic ephezulu libonisa owona mandla aphezulu i-Photovoltaic yenxalenye ye-inverter inokwamkela. Nangona kunjalo, la mandla akanyanzelekanga ukuba abe ngawona mandla i-inverter anokuphatha. Umzekelo, i-anurd ye-10kw, ukuba i-pitvoltaic ephezulu ye-photovoltaic i-20kw, iziphumo ze-AC ze-AC ze-Inverter ziseyi-10kw. Ukuba i-20kw Potvoltaic uluhlu lwe-ART lixhunyiwe, kuya kubakho ilahleko yamandla kwi-10kw.
Uhlalutyo: Ukuthatha umzekelo we-Inaverter ye-Innore yeGorewe, inokugcina i-50% ye-Petovoltaic amandla ngelixa ikhupha i-100% ye-AC. Kwi-Inverter ye-10KWW, oku kuthetha ukuba inokukhupha i-10kw AC ngelixa igcina i-5kw ye-Photovoltaic amandla kwibhetri. Nangona kunjalo, ukudibanisa uluhlu lwe-20KW uluhlu lusenokuchitha i-5kw ye-Photovoltaic amandla. Xa ukhetha i-inverter, qwalasela kungekuphela i-pitvoltaic ephezulu ye-thocvoltaic kuphela kodwa nelona gunya le-inverter linokuphatha ngaxeshanye.
I-03 ye-ac
Amantshontsho okugcina amandla, icala le-AC ngokubanzi liqukethe iziphumo eziboshwe kwi-grid kunye nemveliso yegridi.
Uhlalutyo: Imveliso eboshwe i-grid-i-Grid-i-Grid-i-Gridi eboshwe rhoqo ngenxa yokuba iqhagamshelwe kwigridi, kukho inkxaso yeGridi, kwaye i-inverter ayidingi ukuphatha imithwalo ngokuzimeleyo.
Iziphumo ezivela kwigridi, kwelinye icala, zihlala zifuna ukuba ngaphezulu kokukwazi ukugcwala kwexeshana nexesha elifutshane kuba akukho nkxaso yegridi ngexesha lokusebenza. Umzekelo, i-Inverter ye-Inverter ye-8KW i inokuba ne-Interness Expressity I-Drid Agn Expressity ye-8KVA, enemveliso yamandla abonakalayo ebonakalayo ye-16Kva kangangemizuzwana eli-10. Eli xesha lesibini eli-10 lihlala line nokwanela ukuphatha utyando lwangoku ngexesha lokuqalisa kwemithwalo emininzi.
Unxibelelwano lwe-04
AmaNxibelelwano Onxibelelwano lwe-Inecks ye-Inevers
4.1 Unxibelelwano neebhetri: Unxibelelwano neebhetri ze-lithium zihlala zinokunxibelelana, kodwa iiprothokholi phakathi kwabavelisi ezahlukeneyo zingahluka. Xa kuthengwa amantshontsho kunye neebhetri, kubalulekile ukuqinisekisa ukukhetha ukunqanda imicimbi kamva.
4.2 Unxibelelwano ngamaqonga okubeka esweni: Unxibelelwano phakathi kwamandla e-Inners Ands kunye neqonga lokujonga i-Grid-fast kwaye isebenzisa i-4G okanye i-WI-Fi.
4.3 Unxibelelwano neenkqubo zolawulo lwamandla (i-EMS): Unxibelelwano phakathi kweenkqubo zokugcina amandla kunye nee-EMS zihlala zisebenzisa i-Rs485 enee-RS485 ngonxibelelwano lweModbus. Kunokubakho umahluko kwiiprotokholi ze-Modbus phakathi kwabavelisi be-Inveri, ukuze kufuneka i-EMS, kuyacetyiswa ukuba unxibelelane nomvelisi weProtokholi yeProtocol Poitter ngaphambi kokukhetha i-inverter protocol Protocol Poitter ngaphambi kokukhetha i-inverter protocol Poitter.
Isishwankathelo
Iiparamitha ze-inverter ze-Inverter zintsonkothile, kwaye ingcinga emva kweparamitha nganye inefuthe kusetyenziso olusebenzayo lwe-interters yogcino lwamandla.
Ixesha leposi: I-08-2024