Izinhlelo Zokugcina Amabhethri Anamandla Aphezulu Ezingaqiniswa Ama-volts angu-200 kuya kwangu-500 2026

Iyini Ngempela Ibhethri Elinamandla Aphezulu Elingaqiniswa Futhi Lisebenza Kanjani?

A ibhethri le-high voltage elingakwazi ukuhlanganiswauhlelo lokugcina amandla oluyi-modular olwakhelwe ukuguquguquka nokusebenza kahle ezindaweni zokuhlala nezebhizinisi. Ngokuvamile, lawa mabhethri asebenza ngaphakathi kwebanga lamandla kagesi192 V kuya ku-512 V, iphakeme kakhulu kunezinhlelo ezivamile ze-voltage ephansi (48 V). Le voltage ephezulu yenza kube lula ukulethwa kwamandla futhi kube lula ukuxhuma izintambo.

Ngaphakathi, amabhethri anamandla aphezulu ahlanganiswa ngama-stackable amaningiamamojula ebhethri axhunywe ochungechungeni. Imojula ngayinye iqukethe amaseli e-lithium-ion, ngokuvamile i-LFP (Lithium Iron Phosphate) ukuze kube nokuzinza nokuphila isikhathi eside komjikelezo. Amamojula axhumeka ochungechungeni ukuze afinyelele i-voltage yesistimu eqondiwe.Uhlelo Lokuphathwa Kwebhethri oluhlanganisiwe (i-BMS)iqapha impilo yamaseli, ibhalansisa ukushaja kuyo yonke inqwaba, futhi iqinisekisa ukuphepha okuphelele.

Ngokungafani nama-rack ebhethri endabuko lapho amabhethri efakwa khona ngokomzimba futhi exhunywe ngezintambo ngamanye, izinhlelo ezixhunywayo zisebenzisa i-umklamo wokufaka i-plug-and-play. Uhlanganisa amamojula ebhethri ndawonye—ngokuvamile ngezixhumi zikagesi ezakhelwe ngaphakathi—okususa isidingo sokuxhuma izintambo eziyinkimbinkimbi nokunciphisa isikhathi sokufaka. Lokhu kwenza kube lula ukunwebeka, okuvumela abasebenzisi ukuthi bangeze umthamo ngokumane bafake amamojula amaningi ngaphandle kokuxhuma kabusha izintambo ngobuchwepheshe.

Ngamafuphi, amabhethri e-stackable high voltage ahlanganisa ukuguquguquka kwe-modular kanye nokwakheka kwangaphakathi okuhlakaniphile ukuze anikeze izixazululo zokugcina amandla ezilungiselelwe, ezikhuliswayo, nezisebenza kahle kakhulu.

Amabhethri Aphezulu Anamandla Aphezulu vs Aphansi Amandla Aphansi (48 V) - Ukuqhathaniswa Kwangempela Kwango-2026

Uma ukhetha phakathi kwamabhethri aqinile ane-voltage ephezulu kanye nezinhlelo zendabuko ezingama-48 V zokugcina amandla ekhaya, kuyasiza ukubona amaqiniso eceleni. Nasi isiqhathaniso esilula sika-2026, esigxile kulokho okubaluleke kakhulu kubanikazi bezindlu base-US:

Isici	Ibhethri Elinamandla Aphezulu (192–512 V)	Ibhethri Elinamandla Aphansi (48 V)
Ukusebenza Kahle Kokuhamba Nokubuya	98–99% (amandla amancane alahlekile)	90–94% (ukulahlekelwa okwengeziwe kokuguqulwa)
Usayizi wekhebula kanye nezindleko	Amakhebula amancane, agcina u-70% wethusi	Kudingeka izintambo ezinkulu nezisindayo
Ukulahlekelwa Kokuguqulwa	Okuncane (ukuguqulwa okuqondile kwe-DC-AC)	Kuphezulu ngenxa yezinyathelo eziningi ze-DC-DC
Izindleko nge-kWh ngayinye esebenzisekayo	Ngokuvamile kuphansi ngenxa yokusebenza kahle kanye nokuxhuma izintambo	Ngezinye izikhathi kushibhile kusengaphambili kodwa izindleko ziyanda
Ukuhambisana kwe-Inverter	Isebenza kahle ngama-inverter ahlanganisiwe (isb., i-Sol-Ark, i-Deye)	Izinketho ezilinganiselwe, ngokuvamile ezingasebenzi kahle
Ukuphepha	Kudinga ukuhlukaniswa okuqinile kwe-DC kanye nokuqapha kwe-BMS	Abanye babheka amandla kagesi aphansi njengephephile
Isikhathi Sokuphila	Iminyaka eyi-10+ enabaphathi abasebenzayo	Iminyaka engu-8-12 kuye ngokuthi ukukhishwa kujule kangakanani

Kungani Lokhu Kubalulekile Kubanikazi Bezindlu

Amabhethri angakwazi ukuhlanganiswa ane-voltage ephezulu ahlinzeka ngokusebenza kahle kakhulu kanye nokonga izindleko ku-wiring kanye ne-inverter hardware, okwenza kube kuhle kulabo abafuna ukusethwa okuhlanzekile nokukhuliswayo. Izinhlelo ze-voltage ephansi zisenendawo yazo yokufaka okulula noma okuncane kodwa zingase zithole izindleko eziphezulu zokusebenza nokulungisa ngokuhamba kwesikhathi.

Uma ufuna ukujula ngamamodeli nezici ezithile, hlola imininingwane yethuuhlu lwebhethri elinamandla aphezulukanye neziqondiso zokufaka ezenzelwe ukusetshenziswa kwezindlu zase-US.

---

Lokhu kuqhathanisa okucacile kukusiza ukuthi wenze isinqumo samandla esinolwazi sika-2026 esifanelana nezidingo zekhaya lakho kanye nesabelomali.

Izinzuzo Eziyisi-7 Eziyinhloko Zezinhlelo Ezinamandla Kakhulu Ezingaguquki ngo-2026

Izinhlelo zebhethri ezine-stackable energy storage high voltage zithatha indawo yokugcina amandla ekhaya ngo-2026 ngezizathu ezinhle. Nazi izinzuzo eziphezulu ozodinga ukuzazi:

1. Ukusebenza Kahle Kokuhamba Nokujika Okungu-98–99%

   Amabhethri aqinile angakwazi ukuhlanganiswa anciphisa ukulahleka kwamandla ngesikhathi sokushaja nokukhipha ishaja, okukunikeza cishe wonke amandla agciniwe. Lokhu kusebenza kahle kusho ukuthi uzonga imali yakho kagesi.

2. Ukwehla Okufika Ku-70% Kwezindleko Zekhebula Lethusi

   Ngenxa yokuthi lezi zinhlelo zisebenza ngama-voltage aphezulu (192 V–512 V nangaphezulu), zidinga izintambo zethusi ezincane nezincane. Lokho kunciphisa izindleko zokufaka kakhulu uma kuqhathaniswa nokusethwa kwama-voltage aphansi (48 V).

3. Ukushaja Okusheshayo (0–100% Ngaphansi Kwamahora angu-1.5)

   Izitaki ze-voltage ephezulu zisekela amazinga okushaja okusheshayo, okukuvumela ukuthi ugcwalise ibhethri lakho ngokushesha—zilungele imindeni esetshenziswa kakhulu amandla nsuku zonke noma izidingo ezibalulekile zokusekela.

4. Ukwanda Okungenamkhawulo kusuka ku-10 kuya ku-200+ kWh ngekhebula elilodwa lokuxhumana

   Engeza noma ususe amamojula ebhethri kalula ngaphandle kokuxhuma kabusha ukuxhumana okuyinkimbinkimbi. Isixhumanisi esisodwa sokuxhumana siphatha lonke uhlelo, senza kube lula ukusetha nokukhulisa.

5. Ukufakwa Kwezinyathelo Ezincane Nokuhlanza

   Amamojula angakwazi ukuqiniswa aqiniswa ngokuqondile noma axhumeke eceleni ngaphandle kwama-rack amakhulu. Lokhu kuholela kuma-array ebhethri ahlelekile, agcina isikhala afanelana kangcono ezindaweni zokuhlala eziqinile.

6. Ubufakazi Besikhathi Esizayo Bezinhlelo ze-V ezingu-600–800

   Amabhethri amaningi ane-voltage ephezulu angakwazi ukuhlanganiswa namuhla aklanyelwe ukuhlanganiswa namapulatifomu e-V esizukulwane esilandelayo angu-600–800, okuvikela utshalomali lwakho njengoba igridi kanye nobuchwepheshe kuthuthuka.

Kulabo abanesifiso sokuhlola izinketho eziphezulu, hlola imininingwane eningiliziwe namathiphu okufaka angempela kwakamuvaizixazululo zebhethri ezinamandla aphezuluLolu lwazi luphelele uma uhlose ukuthuthukisa ukusethwa kwamandla ekhaya lakho noma ukhethe ibhethri le-lithium elisebenza kahle kakhulu ngo-2026.

Zonke lezi zinketho zisebenza kahle nama-inverter ahlanganisiwe adumile amanje futhi zinikeza izixazululo zokugcina amandla aphezulu ezisebenza kahle, ezingandiswa, futhi eziphephile zokuhlala. Zibonisa ukuthambekela okunamandla kwase-US kwezinhlelo zebhethri ezihlanganiswayo ezenza kube lula ukufakwa futhi kwandise ukuzimela kwamandla ekhaya.

Ukucwila Okujulile: Uhlu lwe-PROPOW's 2026 Stackable High-Voltage

Uhlu lwebhethri le-PROPOW lika-2026 elikwazi ukuhlanganiswa lakhiwe ngamayunithi angu-5.12 kWh, okuvumela ukulungiselelwa okuguquguqukayo kusukela ku-204.8 V kuya ku-512 V. Lokhu kusethwa kwenza kube lula ukukhulisa isitoreji sakho samandla sendawo yokuhlala kusukela ezidingweni ezincane kuya ezinhlelweni ezinkulu ezingu-200+ kWh ngaphandle kokuxhuma kabusha okuyinkimbinkimbi.

Izici Eziyinhloko

• Ukulinganisela Okusebenzayo:Amabhethri e-PROPOW afaka phakathi ukulinganisela kwamaseli okuhlakaniphile ukugcina imodyuli ngayinye isebenza kahle futhi yandise impilo yebhethri iyonke.
• Uhlelo Lokushisa:Ukushisa okwakhelwe ngaphakathi kuqinisekisa ukusebenza okuthembekile ngisho nasezimweni ezibandayo zase-US, okuvimbela ukulahleka kwamandla phakathi nezinyanga zasebusika.
• Inketho Yesilinganiso se-IP65:Uma kufakwa indawo engaphandle noma enzima, inguqulo ye-IP65 inikeza isivikelo esiqinile ekungeneni kothuli namanzi.

Ukusebenza kanye newaranti

Lawa mabhethri ahlolwe umjikelezo wangempela, okubonisa ukugcinwa komthamo ozinzile ngaphezu kwemijikelezo yokushaja engu-3,000+. I-PROPOW isekela lokhu ngewaranti eqinile—ngokuvamile iminyaka eyi-10 noma imijikelezo engu-6,000, noma ngabe yikuphi okuza kuqala—okunikeza abanikazi bezindlu base-US ukuzethemba ekuthembekeni kwesikhathi eside.

Amanani kanye nama-Bundle

Amanani amanje amabhethri e-PROPOW anamandla aphezulu angakwazi ukuhlanganiswa ayancintisana, ikakhulukazi uma kubhekwa ukukhuliswa okulula kanye nezindleko zokuxhuma eziphansi. Izipesheli ezihlanganisiwe zivame ukufaka izintambo zokuxhumana kanye nezesekeli zokufaka, okwenza kube lula ukusetha ngama-inverters ahlanganisiwe athandwayo afana ne-Sol-Ark ne-Deye. Lokhu kwenza i-PROPOW ibe yisinqumo esiqinile kunoma ubani ofuna ukuthuthukela kwisitoreji samandla esingakwazi ukuhlanganiswa esinamandla aphezulu ngo-2026 nangale kwalokho.

Umhlahlandlela Wokufaka Nokuxhuma Amabhethri Angaqiniswa Anamandla Aphezulu

Uma kufakwa uhlelo lwebhethri olusebenzisa amandla amaningi olugcina amandla, ukuphepha kufanele kuze kuqala. Ochwepheshe bezogesi abaqeqeshiwe kuphela abanolwazi lokusebenza ezinhlelweni ze-DC ezinamandla aphezulu okufanele bafake. Lokhu kusiza ekugwemeni izingozi zikagesi futhi kuqinisekise ukuthi uhlelo luhlangabezana namakhodi endawo.

Izinto Ezibalulekile Zokuphepha

• Izitifiketi eziphoqelekile:Funa ochwepheshe abanelayisensi abajwayelene nezinhlelo zebhethri ezinamandla aphezulu.
• Izihlukanisi ze-DC:Faka izinkinobho zokuxhuma ze-DC ukuze unciphise ugesi ngokushesha ngesikhathi sokulungiswa noma izimo eziphuthumayo.
• Ukubeka phansi okufanele:Landela izidingo ze-NEC ukuze uvikele amaphutha kagesi.

Ukusethwa Kokuxhumana

Amabhethri amaningi ane-voltage ephezulu angasetshenziswa asebenzisa izinqubo zokuxhumana ezifanaIbhasi le-CAN, I-RS485nomaI-Modbusukuxhumanisa amamojula ebhethri nokuwahlanganisa nama-inverter ahlanganisiwe.

• Xhuma ikhebula lokuxhumana lebhethri kusilawuli se-inverter yakho.
• Qinisekisa ukuthi iphrothokholi iyafana phakathi kwebhethri ne-inverter (hlola imininingwane yomkhiqizi).
• Sebenzisa ikhebula lokuxhumana elilodwa ezinhlelweni ezinkulu (10–200+ kWh) ukuze ugcine izintambo zilula.

Izintambo Zesistimu Ezijwayelekile Ezine-Hybrid Inverter

Ukusetha okujwayelekile kuhlanganisa:

• Amamojula ebhethri ahlanganiswe futhi axhunywe ochungechungeni.
• I-DC isolator ifakiwe eduze kwebhange lebhethri.
• Izintambo zokuxhumana ezixhumanisa amamojula ebhethri kanye ne-inverter ehlanganisiwe (isib., i-Sol-Ark 15K, i-Deye SUN-12/16K).
• I-inverter ye-hybrid exhunywe kumaphaneli elanga kanye nephaneli kagesi yasekhaya.

Amaphutha Avamile Okufanele Uwagweme

• Ukweqa ama-DC isolators:Kuyimfuneko ekuphepheni nasekulandeleni imithetho.
• Izinqubo zokuxhumana ezingahambisani:Lokhu kungabangela amaphutha ohlelweni noma kuvimbele ukuqapha.
• Usayizi wekhebula ongafanele:Izinhlelo ze-voltage ephezulu zidinga izintambo ezilinganiselwe i-voltage kanye ne-current ukuze kugwenywe ukulahlekelwa amandla kanye nokushisa ngokweqile.
• Ukunganaki ukuqondiswa kwebhethri kanye nokuphefumula:Amabhethri afakwa endaweni efanele adinga indawo efanele kanye nokuhamba komoya, ikakhulukazi uma izilinganiso ze-IP ziphansi.

Ukulandela lezi zinyathelo kuzokusiza ukuthi uhlelo lwakho lwebhethri oluxhumeka nge-voltage ephezulu lusebenze ngokuphephile, ngempumelelo, futhi lulungele iminyaka eminingi yokusetshenziswa okuthembekile.

Ukuhlaziywa Kwezindleko 2026 - Ingabe Amabhethri Angakwazi Ukufakwa Anamandla Aphezulu Ashibhile Ngempela?

Uma kukhulunywa ngezindleko zamabhethri ane-voltage ephezulu angakwazi ukuhlanganiswa ngo-2026, izinombolo ekugcineni ziyafinyelela ezingeni elidumile. Ngenxa yentuthuko ekukhiqizeni kanye nokusetshenziswa kabanzi, lezi zinhlelo ziya ngokuya zingabizi kakhulu uma kuqhathaniswa nonyaka odlule.

Unyaka	Intengo nge-kWh ngayinye esebenzisekayo
2026	$800
2026	$600

Lokhu kwehla kusho ukuthi ohlelweni olujwayelekile lwezindlu—ake sithi, amandla angu-10 kW anesitoreji esingu-20 kWh—izindleko ezifakiwe sezizonke manje zimi ndawonye.$12,000 kuya ku-$14,000, kufaka phakathi imali ye-inverter kanye nemali yokufaka. Lokho kungaphansi cishe ngo-15-20% kunamanani onyaka odlule.

Lokhu Kusho Ukuthi Yini Nge-ROI Ne-Payback

• Ukubuyisela okusheshayo:Izindleko eziphansi kusengaphambili kanye nokusebenza kahle okuphezulu (kufika ku-99% ukuya nokubuya) kunciphisa isikhathi sokukhokha sibe cishe iminyaka emi-5-7, kuye ngamanani kagesi kanye nezikhuthazo zakho.
• Ukonga amandla:Njengoba amandla elahlekile kancane ngesikhathi sokushaja nokukhipha, lezi zinhlelo ze-modular ezinamandla aphezulu zikongela imali eningi ezindleleni zikagesi, okusheshisa ukubuyiselwa kwemali yakho.
• Izinzuzo ze-Scalability:Ungaqala kancane futhi ukhule kalula, usakaze izindleko ngokuhamba kwesikhathi ngaphandle kokutshalwa kwezimali okukhulu kokuqala.

Ngamafuphi, amabhethri anamandla aphezulu angakwazi ukuhlanganiswa ngo-2026 anikeza indlela engabizi kakhulu yokugcina amandla ekhaya okuhlanzekile nokuthembekile kunangaphambili—okwenza kube ukukhetha okuhlakaniphile kwabanikazi bezindlu base-US abakulungele ukutshala imali ekuzimeleni kwamandla.

Ukuphepha, Izitifiketi, kanye Nokucatshangelwa Komshuwalense

Uma ukhetha ibhethri le-voltage ephezulu eligcina amandla elihlanganisiwe, ukuphepha kanye nezitifiketi yizinto eziza kuqala. Izinhlelo eziningi zebhethri ze-voltage ephezulu zifika nezitifiketi ezifanaI-UL 9540A(ukuhlolwa kokubaleka kokushisa),I-IEC 62619(izindinganiso zokuphepha kwebhethri),UN38.3(ukuthuthwa okuphephile kwamabhethri e-lithium), kanyeCEukumaka ukuhambisana nezindinganiso zaseYurophu. Lezi zitifiketi ziqinisekisa ukuthi uhlelo lwebhethri lwakhiwe ukuze lubhekane nezingozi zangempela, okuhlanganisa izingozi zomlilo kanye nokwehluleka kukagesi.

Ukukhathazeka okukhulu ngokuphephaukusabalala kwe-thermal runaway—lapho iseli elilodwa lishisa kakhulu futhi libangele amanye ukuthi ahluleke, okungase kuholele emlilweni. Amabhethri e-voltage aphezulu asezingeni eliphezulu afakwa ngokushesha manje afaka izici ezifana nokuphathwa kokushisa kwangaphakathi, ukulinganisela kwamaseli asebenzayo, kanye nemiklamo eqinile yokuvala ukuze kuncishiswe le ngozi. Lokhu kuwenza aphephe kunezinhlelo eziningi ezindala noma eziphansi.

Ngokombono womshwalense ngo-2026,izinkampani zomshuwalense ziya ngokuya zikhululekile ngezinhlelo zebhethri ezine-high-voltage (HV), ikakhulukazi lawo ahlangabezana nezindinganiso zokuphepha eziqashelwayo futhi afakwe ochwepheshe abaqinisekisiwe. Uma kuqhathaniswa namabhethri ane-voltage ephansi (48 V), amabhethri e-HV avame ukuthola izinketho zokumbozwa ezingcono ngenxa yokusebenza kahle kwawo okuphezulu kanye nezici zokuphepha ezakhelwe ngaphakathi. Kodwa-ke, ukufakwa nokugcinwa okufanele kusabalulekile ukuze umshwalense uhlale usebenza.

Iphuzu elibalulekile:

• Qinisekisa zonke izitifiketi zokuphepha ezinkulu ngaphambi kokuthenga.
• Bheka izivikelo ezakhelwe ngaphakathi ekubalekeni kokushisa.
• Sebenzisa abafaki abaqinisekisiwe ukuze ufanelekele umshwalense.
• Lindela imigomo engcono yomshuwalense yezinhlelo ze-HV eziqinisekisiwe ze-UL 9540A kanye ne-IEC 62619 uma kuqhathaniswa nokusethwa kwe-voltage ephansi noma okungaqinisekisiwe.

Ngale ndlela, uzothola ukuthula kwengqondo kanye nokugcinwa kwamandla okunwebekayo nokusebenzayo okwenzelwe amakhaya ase-US.

Amathrendi Esikhathi Esizayo: Iphi Indawo Yokugcina Engaguquki Enamandla Aphezulu (2026–2030)?

Isitoreji samandla esinqwabelanayo esinogesi ophezulu silungiselela amazinga amakhulu phakathi kuka-2026 no-2030. Nakhu okufanele ukuqaphele:

• Amapulatifomu angu-600–800 V: Lindela ukuthi ama-voltage esistimu akhuphuke kusukela ku-192–512 V yanamuhla afike ku-600–800 V. Lokhu kusho ukusebenza kahle okukhulu, izintambo ezincane, kanye nokuxhumana okusheshayo nama-inverter ahlanganisiwe. Kubanikazi bezindlu base-US, lokhu kuholela ekusethweni okuhlanzekile kanye nokuhlanganiswa okungcono negiya lokushaja le-solar kanye ne-EV lesizukulwane esilandelayo.

• Ukushintsha kwe-LFP kuya ku-Sodium-IonAmabhethri e-Lithium Iron Phosphate (LFP) ayabusa manje, kodwa ubuchwepheshe be-sodium-ion buyachuma. I-Sodium-ion inikeza izinto ezishibhile kanye nokuphila komjikelezo okuqinile, okunganciphisa izindleko ngenkathi kugcinwa isitoreji sithembekile. Lolu shintsho luthembisa amaphakethe ebhethri anamandla aphezulu angasetshenziswa kalula kubasebenzisi basemakhaya.

• Izitshalo Zamandla Ezibonakalayo (i-VPP) kanye Nesitoreji Esilungele Igridi: I-ESS ye-modular ene-voltage ephezulu izosekela kakhulu ama-VPP—amanethiwekhi amabhethri asekhaya asiza ekuqiniseni igridi. Ngezinqubo zokuxhumana ezihlakaniphile kanye nezici zokuphendula kwesidingo, amabhethri angakwazi ukunqwabelana azoqala ukuthola amakhredithi noma ukonga ngokunikeza izinsizakalo zegridi, okwenza uhlelo lwakho lwamandla lwasekhaya lube yigugu nakakhulu.

Ngamafuphi, amabhethri angakwazi ukuhlanganiswa ane-voltage ephezulu e-US asesendleleni yokuba namandla kakhulu, angabi nesabelomali esiningi, futhi axhunywe kugridi ngo-2030 — afanele abanikazi bezindlu abazimisele ngokuzimela ngamandla kanye nokutshalwa kwezimali okuvikela ikusasa.

Imibuzo Evame Ukubuzwa - Imibuzo Ebuzwa Kakhulu Mayelana Namabhethri Anamandla Aphezulu Angaqiniswa

1. Iyini ibhethri elinamandla aphezulu elingakwazi ukuhlanganiswa?

Luhlelo lwebhethri oluyi-modular oluklanyelwe ukuxhuma amayunithi amaningi ane-voltage ephezulu (192 V kuya ku-512 V) kalula. Uzihlanganisa ndawonye ngaphandle kwama-rack, okwenza kube nokusetha okukhulu kwesitoreji samandla okuguquguqukayo nokukhuliswayo.

2. Ibhethri elinamandla aphezulu lihluke kanjani ebhethrini elingu-48 V?

Amabhethri ane-voltage ephezulu asebenza phakathi kuka-192 V no-512 V, anikeza ukusebenza kahle okungcono, izintambo ezincane, kanye nokushaja okusheshayo. Izinhlelo ze-48 V ziphephile kodwa zinkulu futhi azisebenzi kahle kakhulu ekusethweni okukhulu.

3. Ingabe amabhethri angakwazi ukuxhunywa kalula ukuwafaka?

Yebo. Ngokuvamile zixhumeka futhi zidlale nge-BMS eyakhelwe ngaphakathi (Uhlelo Lokuphatha Ibhethri) kanye nezintambo zokuxhumana ezifana ne-CAN noma i-RS485, okwenza ukufakwa kusheshe kunezinhlelo zendabuko ezisekelwe kuma-rack.

4. Ngingayisebenzisa yini ibhethri elinamandla aphezulu nge-inverter yami yelanga ekhona?

Udinga ukuhlola ukuhambisana kwe-inverter. Ama-inverter amaningi amasha e-hybrid (njenge-Sol-Ark noma i-Deye) asebenza kahle nezinhlelo zebhethri ezinama-voltage aphezulu, kodwa ama-inverter amadala noma agxile kuma-voltage aphansi angase angasebenzi.

5. Aphephe kangakanani amabhethri ane-voltage ephezulu angakwazi ukuqiniswa?

Zihlangabezana nezindinganiso zokuphepha eziqinile njenge-UL 9540A, i-IEC 62619, kanye ne-UN38.3. Ngaphezu kwalokho, ngokuvikelwa okuhlanganisiwe kanye nokuvimbela ukubaleka kwezimoto ezishisayo, ziphephile ukusetshenziswa ekhaya.

6. Luhlobo luni lokunakekelwa oludingwa yilawa mabhethri?

Okuncane. Ukuhlola njalo ukuxhumana kanye nezibuyekezo ze-firmware ze-BMS ngokuvamile kwanele. Asikho isidingo sokulungisa okuyinkimbinkimbi.

7. Amabhethri anamandla aphezulu ahlala isikhathi esingakanani?

Ngokuvamile, imijikelezo yeminyaka eyi-10+ noma engu-4,000+. Imikhiqizo efana ne-PROPOW inikeza iziqinisekiso ezibonisa impilo yomjikelezo evivinywe emhlabeni wangempela.

8. Ingabe la mabhethri asekela ukushaja okusheshayo?

Yebo. Amabhethri amaningi angakwazi ukuhlanganiswa ane-voltage ephezulu angashaja kusukela ku-0 kuya ku-100% ngaphansi kwamahora angu-1.5, okulungele ukugcwaliswa kabusha kwamandla ngokushesha.

9. Ingabe ukwandisa isitoreji kamuva kulula?

Impela. Umane wengeze amamojula engeziwe esitaki bese uxhuma ngekhebula elilodwa lokuxhumana, ukhulisa amandla kusukela ku-10 kWh kuya ku-200+ kWh ngaphandle kokuxhuma kabusha.

10. Ingabe amabhethri anamandla aphezulu angakwazi ukuqiniswa abe nenani elingcono kunezinketho zamandla aphansi?

Ezimweni eziningi, yebo. Naphezu kwezindleko eziphansi kancane kusengaphambili, ukusebenza kahle kwazo, ukuncipha kwezintambo, kanye nokuphila isikhathi eside kunciphisa izindleko eziphelele ngokuhamba kwesikhathi.

11. Ngingazifakela yini la mabhethri mina?

Akukhuthazwa ukwenza izinto ngokwakho. Kufanele uqashe umuntu ofakayo oqinisekisiwe ojwayelene nezinhlelo ze-voltage ephezulu ukuqinisekisa ukuphepha nokuhambisana namakhodi endawo.

12. Yikuphi ukuthuthukiswa kwesikhathi esizayo okufanele ngikulindele?

Bheka amapulatifomu angu-600–800 V, izinketho zebhethri le-sodium-ion, kanye nokulungela kwe-smart grid/virtual power plant (VPP) okuzayo eminyakeni embalwa ezayo.

Uma unemibuzo eminingi noma ufuna iseluleko ngekhaya lakho, zizwe ukhululekile ukuxhumana nathi!