Umninimzi ePhoenix wabiza umfakeli wakhe kwiinyanga ezintathu emva kokuba efake iibhetri kwisixokelelwano sakhe selanga. Iibhetri zihlawuliswa ukuya kwi-100% yonke imihla. Baye bakhupha ukuya kuma-20% ngobusuku ngabunye. Kodwa ityala lakhe lombane alizange litshintshe. Ingxaki ibingezizo iibhetri - ibiluyilo oludityanisiweyo. Isifakeli sakhe sasisebenzise i-DC{8}}inkqubo edityanisiweyo eyayifuna ukuba kufakwe enye indawo yesiguquli selanga esisebenza ngokugqibeleleyo ngeyunithi yomxube. Ngexesha lokutshintsha, impazamo yocingo yabangela ukuba inkqubo ikhuphe amandla ebhetri agciniweyo kwigridi endaweni yokunika amandla indlu. Iinyanga ezintathu "zogcino lwamandla" lwaya ngqo kwinkampani eluncedo ngamaxabiso apheleleyo.
Ukudibanisa i-AC vs. Ukudibanisa kwe-DC akukhona nje ukuhlukana kobugcisa. Imisela ukuba isixokelelwano sakho siguqulela kwaye sigcine kangakanani amandla elanga, zingakanani iindleko zokufakela, nokuba ungasigcina isiguquli selanga esele sikhona, kwaye - ukuba intambo ayilunganga - nokuba unika indlu yakho amandla okanye uxhasa igridi.
Umahluko osisiseko: Apho ibhetri iQhagamshela khona
Yonke inkqubo yesola-kunye-nogcino ineendidi ezimbini zombane oqukuqelayo kuyo: i-DC (ekhoyo ngqo) ukusuka kwiipaneli zelanga kunye nebhetri, kunye ne-AC (umsinga otshintshanayo) osetyenziswa yindlu yakho kunye negridi. Indlela yokudibanisa ichaza apho ibhetri idibanisa khona kule ntshukumo yamandla.
DC-Idityanisiwe: Ibhetri kwicala leSolar
Kwi-DC{0}}inkqubo edityanisiweyo, ibhetri ihlala kwicala le-DC lenkqubo - phakathi kweephaneli zelanga kunye ne-inverter. Iiphaneli zelanga zivelisa amandla e-DC, aqukuqela ngokuthe ngqo kwibhetri (kwanayo i-DC) ngesilawuli sentlawulo, okanye nge-inverter ye-hybrid elawula zombini igalelo lelanga kunye nokutshaja kwebhetri kwiyunithi enye.
Indlela yamandla ibonakala ngolu hlobo:
Iiphaneli zeSolar (DC) → Isilawuli sokutshaja / isiguquli seHybrid → Ibhetri (DC) → Isiguquli → Indlu (AC)
Xa ibhetri ikhupha amandla kwikhaya lakho, amandla agciniweyo eDC atshintshela kwi-AC kube kanye nje ngesiguquli. Xa ilanga lihlawulisa ibhetri, amandla e-DC angena ngokuthe ngqo ngaphandle kokuguqulwa okuphakathi.
AC-Idityanisiwe: Ibhetri kwiCala leNdlu
Kwi-AC{0}}inkqubo edibeneyo, ibhetri idibanisa kwicala le-AC - emva kokuba isiguquli selanga sele siguqule amandla e-solar DC ukuya kwi-AC. Isiguquli sebhetri esahlukileyo emva koko siguqula loo AC ibuyele kwi-DC ukutshaja ibhetri. Xa ibhetri ikhupha, i-inverter yebhetri iguqula i-DC ibuyele kwi-AC kwakhona.
Indlela yamandla:
Iiphaneli zelanga (DC) → Isiguquli selanga → ibhasi ye-AC → isiguquli sebhetri → Ibhetri (DC)
Ibhetri (DC) → isiguquli sebhetri → ibhasi ye-AC → Indlu (AC)
Qaphela amanyathelo oguqulelo olongezelelweyo. Ngalo lonke ixesha amandla edlula kwi-inverter, amanye alahleka njengobushushu.
Ukusebenza kakuhle: Amanani abalulekileyo
Yonke i-DC-ukuya-i-AC okanye i-AC-ukuya{3}}ukuguqulwa kwe-DC ilahlekelwa yi-3-5% yamandla njengobushushu. Oku kongeza:
| Indlela yaMandla | DC-Idityanisiwe | AC{0}Idityanisiwe |
|---|---|---|
| Ilanga → Ibhetri (iyatshaja) | ~98% (DC{1}}DC, inqanaba elinye) | ~90–92% (DC→AC→DC, izigaba ezibini) |
| Ibhetri → Indlu (iyakhupha) | ~94–96% (DC→AC, inqanaba elinye) | ~94–96% (DC→AC, inqanaba elinye) |
| Ukujikeleza-uhambo: Ilanga → Ibhetri → Indlu | ~93–94% | ~85–88% |
| Ilanga → Indlu ngokuthe ngqo (akukho bhetri) | ~96–97% | ~96–97% |
Umsantsa{0}wohambo lokuya nokubuya yipesenti ezi-5–8 zamanqaku. Masilandele ngqo apho ipesenti nganye isiya khona ukuze amanani angangobango kuphela - anokuqinisekiswa:
DC-Idityanisiwe ukuya nokubuya{1}} kohambo oluvela:Iiphaneli zeSolar zivelisa i-10 kWh DC → isilawuli sentlawulo sidlula ~98% kwibhetri (0.2 kWh ilahleke njengobushushu kwi-DC{3}}ukuguqulwa kwe-DC) → 9.8 kWh igcinwe → ukukhutshwa kwebhetri nge-hybrid inverter kwi ~ 95% DC{6}}ukuya{7}}ubuchule be-AC →{9.8} endlwini} {Wh} Ukujikeleza -uhambo: 9.31 ÷ 10 =93.1%.
AC{0}Idityanisiwe{1}}yohambo lokuya nokubuya:Iiphaneli zesola zivelisa i-10 kWh DC → isiguquli sesola ku- ~ 96% ukuya kwi-AC (0.4 kWh ilahlekile) → 9.6 kWh AC → isiguquli sebhetri siguqulela i-AC sibuyele ku-DC nge ~95% (0.48 kWh ilahleke) → 9.12 kWh egcinwe → ibhetri ephumayo{8 ~5}% kwibhetri ephumayo{8}} → 9.12 × 0.95=8.66 kWh iziswe endlwini. Ukujikeleza -uhambo: 8.66 ÷ 10 =86.6%.
Umahluko: I-0.65 kWh ilahlekile nge-10 kWh ngebhayisekile. Kumjikelo ogcweleyo wemihla ngemihla, ngama-237 kWh ngonyaka - malunga ne-$60–$95 e-$0.25–$0.40/kWh yamaxabiso aphezulu e-TOU.
Kwiinkqubo ezincinci zokuhlala, le lahleko iyalawuleka. Kwezinkuluiinkqubo zokugcina amandla ezorhwebo kunye nezoshishinoukuhamba ngebhayisikile amaxesha amaninzi imihla ngemihla, ilahleko esebenzayo eyongezelekayo iba yinto ebalulekileyo kwizibalo ze-ROI.
Kutheni i-gap esebenzayo ayisoloko isenza isigqibo:I-5-8% yelahleko yohambo lokuya nokubuya ibaluleke kakhulu xa uqhuba ibhetri yonke imihla ngesola. Ukuba ibhetri yakho isebenza njengamandla okugcina (ihleli igcwele intlawulo kwaye ikhuphela kuphela ngexesha lokucima), uhambo oluya nokubuya-ubuchule bohambo luphantse lungabinamsebenzi - awufane ukhwele ibhayisekile kwindlela elahlekileyo. Khetha uyilo lwakho olusekwe kwimeko yakho yosetyenziso oluphambili, hayi nje ukusebenza kakuhle.
Uthelekiso lokwenyani: Kusetyenziswa nini iArchitecture nganye
DC-Idityanisiwe Ingcono Xa:
Ufaka isola kunye nebhetri kunye (isakhiwo esitsha).Xa yonke into ingena kanye, i-DC{0}}idityaniswe ne-hybrid inverter yeyona ilula, eyona isebenzayo uyilo. Isixhobo esinye siphatha i-MPPT yelanga, ulawulo lwebhetri, kunye negridi{2}}ebotshwe imveliso ye-AC. Amacandelo ambalwa, iindawo ezimbalwa ezinokuthi zingaphumeleli, umsebenzi wofakelo oluphantsi.
⚡ Ingcebiso yePro - Tshatisa imitya yakho yeMPPT ngononophelo.Eyona mpazamo ixhaphakileyo ye-DC{0}} edityanisiweyo yofakelo esiyibonayo: izifakeli iintambo zephaneli yokufaka iintambo ezigqithise kumbane wombane odityanisiweyo wokutshintsha weMPPT. Ngentsasa ebandayo (xa amandla ombane ephaneli efikelela incopho), umtya ovavanya kakuhle kwi-degrees ezingama-25 unokutsiba nge-15–20% ngaphezulu kwe-spec -5 degree. Oku kuthintela ukhuseleko lwe-inverter overvoltage kwaye kuvala ukutshaja kwelanga ngokupheleleyo. Soloko ubala amandla ombane wakho kwelona qondo lobushushu lisezantsi elilindelekileyo usebenzisa umlinganiso wobushushu wendawo yolawulo - hayi nje kwi-STC (IiMeko zoVavanyo oluMiselweyo).
Ufuna ubuninzi bokusebenzisa{0}}ubuchule bokusebenzisa.Ukuba injongo yakho kukugcina yonke i-kWh enokwenzeka yamandla elanga kwaye uyisebenzise ngokwakho (ixhaphakile kwiimarike ezinokutya okuphantsi-kumaxabiso okanye akukho net metering), i-5–8% yenzuzo yobuchule bokudityaniswa kwe-DC iguqulela ngokuthe ngqo kumandla asebenzisekayo ngakumbi ngosuku.
Wakha ngaphandle{0}}inkqubo yegridi.Okucinyiweyo-iinkqubo zegridi zifuna ngokusisiseko ukudityaniswa kwe-DC kuba akukho gridi yebhasi ye-AC yokutshata. I-inverter ye-hybrid ilawula ukutshaja kwelanga, ukugcinwa kwebhetri, kunye nemveliso ye-AC njengenkqubo enye edibeneyo. Ukuze ufumane-isikhokelo sobungakanani begridi, bona uhlalutyo lwethu lweiinkqubo zokuhlala zokugcina amandla.
Uluhlu lwakho lwelanga luncinci ukuya phakathi (ngaphantsi kwe-10 kW).Uninzi lwee-inverters ze-hybrid zokuhlala zibamba i-5-10 kW yegalelo lelanga. Kolu luhlu, udibaniso lweDC luqondile kwaye lunendleko-esebenzayo.
AC-Idityanisiwe Ingcono Xa:
Wongeza iibhetri kwisixokelelwano selanga esele sikhona (retrofit).Le yeyona meko inamandla yokudibanisa i-AC. Isiguquli selanga sakho sangoku sihlala sisendaweni - akukho phinda kufakwe iipaneli, akukho sixhobo sithatha indawo yaso, akukho{2}}kuphinda kugunyaziswe isixokelelwano selanga. I-inverter yebhetri ingena ngokulula kwibhodi yokutshintsha ye-AC ecaleni kwe-solar inverter.
Siye sabona abathengi be-retrofit becaphula i-$3,000–$5,000 ngenxa nje yomsebenzi wokutshintsha isiguquli selanga esisebenzayo kunye neyunithi engumhlanganiselwa kwi-DC{4} edityanisiweyo. Ukudibanisa i-AC kuthintela loo ndleko ngokupheleleyo.
🔧 Ingcebiso yePro - Jonga ubukhulu bephaneli yakho phambi kodibaniso lweAC.AC{0}iziguquli zebhetri ezidityanisiweyo ziqhagamshela kwiphaneli yakho yebreaker engundoqo njengaso nasiphi na esinye isixhobo esikhulu. I-inverter yebhetri eyi-5 kW kwiphaneli ye-200A ilungile. Kodwa ukuba wongeza i-inverter yebhetri ye-5 kW kwiphaneli esele ine-7.6 kW inverter yelanga, ungagqitha umlinganiselo webha yebhasari phantsi kwe-NEC 705.12 "120% umthetho." Usombane wakho kufuneka aqinisekise umthamo we-backfeed phambi koku-odola izixhobo. Sibone ukufakwa kulibaziseka kwiiveki ezintathu kuba indawo yolawulo ibifuna unyuso - i-$1,500 eyothusayo akukho mntu uqingqelwe yona.
Isiguquli selanga esikhoyo sisephantsi kwewaranti.Ukutshintsha isiguquli selanga esineminyaka emi-3 -ubudala kunye neyunithi exutyiweyo kuphelisa iwaranti ye-inverter yoqobo kunye nenkunkuma 7+ yeminyaka yobomi obushiyekileyo benkonzo. Ukudityaniswa kwe-AC kuyishiya ingakhange ichukunyiswe.
Unoluhlu olukhulu lwelanga oludlula imida yokufaka i-hybrid inverter.Ii-inverters ezininzi ezixubeneyo zininzi ziphuma kwi-8–10 kW yegalelo lelanga. Ukuba une-15 kW uluhlu oluhambelana ne-15 kW inverter yelanga, ukudityaniswa kwe-DC kuya kufuna nokuba kuncitshiswe igalelo lelanga okanye kufakelwe iziguquli ezininzi zemihlanganisela. Ukudityaniswa kwe-AC kuvumela isiguquli sakho esikhulu esikhoyo siphathe uluhlu olupheleleyo ngelixa i-inverter yebhetri isebenza ngokuzimeleyo.
Ufuna ukuguquguquka kwebrand.Ukudityaniswa kwe-AC kuphelisa ukhetho lwakho lokuguqula amandla elanga kukhetho lwakho lokuguqula ibhetri. Uyakwazi ukubhangqa i-SolarEdge okanye i-Enphase inverter yelanga nayo nayiphi na i-AC{1}}ehambelanayo inkqubo yebhetri edityanisiweyo. Ukudityaniswa kwe-DC ngokuqhelekileyo kukuvalela kwi-ecosystem yomenzi omnye kulawulo lwelanga kunye nebhetri.
Uthelekiso lweendleko: Yintoni eneneni ebonisa kwi-invoyisi
| Ixabiso Factor | DC-Idityanisiwe (uFakelo olutsha) | AC{0}Idityanisiwe (Retrofit) | DC-Idityanisiwe (Retrofit) |
|---|---|---|---|
| I-Hybrid inverter | $1,500–$3,500 | Ayifuneki | $1,500–$3,500 |
| Isiguquli sebhetri | Ayifuneki | $1,000–$2,500 | Ayifuneki |
| Ukutshintshwa kwe-solar inverter | N/A | N/A | $0 (kodwa iwaranti ayisekho) |
| Ukufakela iiwiri/ kwakhona{0}}ukugunyaziswa | Ubuncinci | Ubuncinci | $1,000–$3,000 yabasebenzi |
| Iimodyuli zebhetri (10 kWh) | $4,000–$7,000 | $4,000–$7,000 | $4,000–$7,000 |
| Iindleko zenkqubo iyonke | $5,500–$10,500 | $5,000–$9,500 | $6,500–$13,500 |
Into ethathwayo: I-DC{0}}i-retrofit edibeneyo yeyona ndlela ibiza kakhulu kuba uhlawulela i-inverter yomhlanganisela omtsha kunye nomsebenzi wokubuyisela umbane kwisixokelelwano selanga esele sikhona. Ukufumana iiretrofits, ukudibanisa i-AC phantse kusoloko kuphumelela kwiindleko.
Kufakelo olutsha ngaphandle kwesixokelelwano selanga esele sikhona, ukudityaniswa kwe-DC ngokuqhelekileyo kuxabisa i-$500–$1,500 ngenxa yokuba uthenga isiguquli somhlanganiselwa omnye endaweni yezixhobo ezibini ezahlukeneyo.
Ukuqonda iindleko ezipheleleyo zokucazululwa kweeprojekthi zokugcina ibhetri - kuquka ufakelo, ibhalansi yenkqubo, kunye nolungiso oluqhubekayo - jonga isikhokelo sethu esineenkcukacha kwiiindleko zenkqubo yokugcina amandla ebhetri.
Iziguquli zeHybrid: I-DC{0}}ImiGangatho eDityanisiweyo
Isiguquli esixutyiweyo (esikwabizwa ngokuba ziimowudi ezininzi-isiguquli esiguqukayo okanye ibhetri{1}}elungile inverter) ngundoqo wenkqubo edityanisiweyo yeDC{2}. Idibanisa imisebenzi emithathu kwisixhobo esinye: isilawuli sentlawulo yelanga (MPPT), itshaja yebhetri/umphathi, kunye negridi{4}}i-inverter ebotshiweyo.
Yintoni onokuyijonga kwi-inverter ye-hybrid ye-200Ah inkqubo yebhetri ye-lithium:
- Ukuhambelana kombane webhetri- kufuneka ihambelane noluhlu lwamandla ombane webhetri yakho (ngokuqhelekileyo yi-48V yesiqhelo, 42–58V esebenza kwiLiFePO4)
- Inkqubo yonxibelelwano- CAN ibhasi okanye iRS485 ehambelanayo kunye neBMS yebhetri yakho yemeko echanekileyo{2}}yo{3}}yokubeka iliso kwintlawulo
- Ubuninzi bentlawulo / ukukhupha okwangoku- kufuneka itshatise okanye igqithe kwibhetri yakho ebekwe umlinganiselo oqhubekayo
- Backup amandla amandla- ukuba ufuna amandla ngexesha lokucima kwegridi, i-inverter kufuneka ixhase i-islanding (uqhawulo oluzenzekelayo olusuka kwigridi kunye nokutshintshela kwibhetri)
- Umthamo wengeniso yelanga- Amandla ombane eMPPT kunye nemida yangoku kufuneka ihambise uluhlu lwephaneli yakho ecwangcisiweyo
Ukuze ufumane ukuqonda okunzuluzisebenza njani iinkqubo zokugcina amandla ebhetringee-inverters, unxibelelwano lwe-BMS, kunye nonxibelelwano lwegridi, bona isikhokelo sethu sobugcisa.
INyaniso yeMozulu ebandayo: IFactor uninzi lweziKhokelo eziQhutywayo aziyihoyi
I-AC vs. Amanani okudibanisa kwe-DC alinganiswa kwi-25 degree. Kwigaraji yaseMinnesota ngoJanuwari, loo manani atshintshe - kunye nesakhiwo sokudibanisa sichaphazela ukuba batshintsha kangakanani.
Umba ongundoqo:Iibhetri ze-LiFePO4 azinakutshaja ngokukhuselekileyo ngaphantsi kwe-0℃(32℃F). Ukutshaja kwi-sub{4}}amaqondo obushushu angaphantsi kwe-zero kubangela i-lithium plating kwi-anode - ukuthotywa okusisigxina, okungenakujikwa okunciphisa umthamo nge-20-30% kubusika obubodwa bokutshaja okubandayo. I-BMS esemgangathweni iya kuvala ukutshaja ngaphantsi kwe-0℃, kodwa oko kuthetha ukuba ilanga lakho alinakutshaja ibhetri ngeentsasa ezibandayo de iiseli zifudumale.
Indlela yokudibanisa uhlobo olunxibelelana ngayo nemozulu ebandayo:
Kwi-DC{0}inkqubo edibeneyo,amandla elanga aqukuqela ngqo kwibhetri. Ukuba i-BMS ivala ukutshaja ngenxa yokuba iiseli ziyabanda, loo mandla elanga akukho ndawo anokuya kuyo ngaphandle kwegridi (ukuba igridi-ibotshiwe) okanye icutheke ngokupheleleyo (icima{2}}igridi). Ulahlekelwa yimveliso yelanga yasekuseni de ibhetri ifudumale.
Kwi-AC{0}inkqubo edibeneyo,amandla elanga adlula kwi-inverter yelanga ukuya kwibhasi ye-AC kuqala. Nokuba ibhetri ibanda kakhulu ukuba yamkele intlawulo, amandla elanga asaqukuqela kwimithwalo yendlu yakho kunye negridi. I-inverter yebhetri iqala ukutshaja xa iiseli zifikelela kubushushu obukhuselekileyo. Ulahlekelwa ngaphantsi kwemveliso yelanga epheleleyo.
🥶 Ingcebiso yePro yabaFakeli baseMantla:Ukuba umthengi wakho useUSDA Zone 6 okanye kubanda (ubusika busezantsi ngaphantsi -10℃F), cacisa ibhetri ene-self{4}}i-BMS yokufudumeza nokuba idityanisiwe uyilo lolwakhiwo. -Iibhetri zokuzifudumeza zisebenzisa amandla amancinci agciniweyo ukufudumala iiseli ukuya kubushushu obukhuselekileyo bokutshaja phambi kokwamkela igalelo lelanga. Eli nqaku longeza i-50 yeedola ukuya kwi-150 yeedola kwixabiso lebhetri kwaye lithintele amawaka eedola ekuthotyweni kwangaphambi kwexesha. Kubathengi abangakwaziyo ukuzifumana iibhetri ezifudumalayo, faka ibhetri kwindawo emiselweyo - igaraji eshushuzelwayo, isiseko, okanye igumbi langaphakathi elisetyenziswayo - kwaye uqinisekise ubushushu obuphantsi bokutshaja ukunqunyulwa kwentlawulo kungabikho ngaphantsi kwe-0 degree.
Imibuzo ebuzwa qho
Ndingasebenzisa zombini i-AC kunye ne-DC yokudibanisa kwisistim enye?
Ewe - ngamanye amaxesha ibizwa ngokuba yi "hybrid{1}}coupled" okanye "multi{2}}bus" uyilo. Isiguquli esixutyiweyo siphatha iiphaneli zelanga kunye nebhanki enye yebhetri (i-DC{4}}ezidityanisiweyo), ngelixa i-AC{5}}eyahlukileyo ibhetri edityanisiweyo iqhagamshela kwibhasi ye-AC. Oku kuqhelekile kwiindawo zokuhlala kodwa kubonakala kwiindawo ezinkuluufakelo lokugcina amandla orhweboapho ukuguquguquka okukhulu kunye nokungafuneki kufuneka.
Yeyiphi indlela yokudibanisa ekhuselekileyo?
Zombini zikhuselekile ngokulinganayo xa zifakwe ngokuchanekileyo. Umngcipheko wokhuseleko awukho kwisakhiwo sokudityaniswa kwezakhiwo - kukukhemistri yebhetri, umgangatho weBMS, kunye nomsebenzi wofakelo. Iibhetri ze-LiFePO4 ezine-BMS edibeneyo kunye nokukhuselwa ngokufanelekileyo kwe-overcurrent zikhuselekile kuyo nayiphi na i-configuration.
Ngaba uhlobo lokudibanisa luyabuchaphazela ubomi bebhetri yam?
Ngokungathanga ngqo, ewe. I-DC{1}}iinkqubo ezidityanisiweyo zidla ngokutshaja iibhetri ngeprofayile yangoku ye-DC egudileyo, elawulwa ngakumbi. Iisistim ezidityanisiweyo ze-AC{3} ziphantsi kwebhetri kuguqulo olongezelelweyo lweripple ukusuka kwisiguquli sebhetri. Ngokwesiqhelo, lo mahluko umncinci kumgangatho weebhetri zeLiFePO4 ezithelekelelwa kwi-5,{7}} imijikelo, kodwa unokulinganiseka kwiminyaka 10+ yebhayisikile yemihla ngemihla.
Ndineepaneli zelanga kodwa akukabikho bhetri. Yeyiphi iqhina endimele ndiyikhethe?
Ukuba isiguquli selanga sakho singaphantsi kweminyaka emi-5 ubudala kwaye sisebenza kakuhle, yiya kwi-AC{1}}dityanisiwe - gcina isiguquli esikhoyo, yongeza i-AC{3}}inkqubo yebhetri edityanisiweyo, kwaye wonge ixabiso lokubuyisela. Ukuba isiguquli selanga sakho sisondele esiphelweni-so{6}}zobomi okanye uceba ukwandisa uluhlu lwakho lwelanga, buyisela isiguquli esixubileyo kwaye uhambe DC{7}}udityaniswe{8}}ukusebenza kakuhle kwexesha elide. Ukunceda ukulinganisa inkqubo yebhetri ukudibanisa nelanga yakho ekhoyo,qhagamshelana neqela lobunjineli bePolinovelukwenzela uthethwano lwenkqubo yasimahla.
Amanyathelo alandelayo: Khetha iNdlela yakho
Ukongeza iibhetri kwisixokelelwano selanga esele sikhona?Qala ngesikhokelo sethu malunga nokubaUkugcinwa kwebhetri yamandla elanga kunciphisa amatyala akho- ihamba phakathi kwe-TOU arbitrage, intsalela yempembelelo yokulinganisa, kunye nokubalwa kwentlawulo ye-AC{1}}iphindenelweyo ye-retrofits.
Ukwakha inkqubo entsha yelanga + yokugcina ukusuka ekuqaleni?Jonga uhlalutyo lwethu lwezeziphi iibhetri zombane ophezulu zogcino lwamandla zisebenza ngconongecala-nge{1}}lokuthelekisa ecaleni le DC{2}}yenkqubo edityanisiweyo esuka kuTesla, BYD, kunye nabanye abavelisi.
Ngaba ufuna isisombululo seBESS esiqhelekileyo - sokuhlala, sorhwebo, okanye ngaphandle{1}}kwigridi?Uyilo lwePolinovel lugqityiweiinkqubo zokugcina amandla ebhetringeemodyuli zeLiFePO4, izindululo ezihambelanayo zokuguqula, kunye nokhetho lobuqu-lokufudumeza iBMS kubanda{2}}ufakelo lwemozulu.Dibana noinkxaso yoyilo lwenkqubo kunye namaxabiso umthamo.