Ukugcina umlando wokubhala esihlanganiswe ngokwesetyenziso

Inki

Cabinet yiindlela eyaphakamisa yokugcina okusenzelwe ngokubheka. Lendlela inguquko engeyiyo, kuhluke, kunomoya omdaka kunye nokuphumelela kwisebe somsebenzi wesintshabalalo lakho. Indawo yokugcina lokusebenza le-Inki liyafani kakhulu kumhlaba wonke olungayiphiwa, abasebenzi besintsha, kunye nokusetshentlisano esilungileyo esikhulu esisetyenziswa ngokushesha.

Umbhokisi wemoya wesintsho lweInki wayenzeka ukuba uhlale ngokubhidiswa kunye nezinto zomsebenzi ezikhoyo ngaphandle kokuthi kufunekako umoya omkhulu nokuba yayingqinisekile, ngokusebenzisa idilesa lemfene engakhiweyo. Ukusetyenziswa kwakhiwa komphendulo kukukho ukuba kuhle ukusetshenziswa kumhlaba ofanayo, futhi iindlela zakusetyenziswa zikukho ukuba zikhona ngezinye izindlu ezincinci, kunye nokuba yayingqinisekile inkcukacha yokugcina ukukwazi ukuthola ukuba akukho imigomo esingazixhasa.

Isithelo semfene sokuqhubeka lesintsho lweInki sifanelekanga, uvumele ukukhetha amandla apha okuyinkantolo yokuvula lokungabangako. Isithelo semfene sesintsho lweInki siphathelwe ukuba uzame ukukhetha izinto ezidingiwe nguwe ukuba ziyibonise imithombo yakho, futhi ukuba ufuna isithelo esincinci lokuhlola umoya noma isithelo esikhulu lokuhlola umoya ngomhla.

Umbhako wesithoba lesi-Inki lokugcina umoya wenqanawe kungabangako ukusetyenziswa ngokusheshayo kunye neqhutywa yethesigho. Ngaphandle kokubheka kwesi sicelo esisindiso, ungavumelana nokuvula izilungiselelo zethesigho ukuze usure kuze uthole uphawu olunxantyo oluncedisiweyo. Umbhako wesithoba lesi-Inki lokugcina umoya wenqanawe ungenziwa yonke amaxwebhu okusebenzayo apha ukusombulula ukuba uhlobo lwakho kunye nenkunku yakho iyahlatywa ngezantsi.

Amathathu angamandla kakhulu kwe-inkabi yesi-Inki yokuphawula umoya wenqanawe ngokwesobizo kwaye yinto ekuziphathelayo kwenqanawa. Isi-Inki sityala ingxenye yenqanawa elibomvu lokugcina umoya wenqanawe ngokusebenzisa amaxwebhu omkhulu amaculekileyo njenge-solar technology, wind energy, kunye ne-hydro power yokufinyelela le nto engasemva ukuthi uzokuphuma imali kwiindlela yezivathisi zomoya zakho, uzokwenza isicelo sakho sokuthola ngenxa yokuthola ngenxa yokuhlola iindlela.

Isidingo Sokuqasha
	Isidingo Sokuqasha
Isandla Esidingiwe	100Ah
Isandla Esikhatsini	768V
Umoya Wencane Wesibhakabhaka	76.8kWh
Isigaba Sokuqala Sokusebenza	672V～876V	Isicelo sokuqala 2.8 ~ 3.65
Umoya Wokuchoba Wesikhatsi Esingabonakali	100A (1C)
Umoya Wokususwa Wesikhatsi Esingabonakali	200A (2C)
Isilayiswano Sezinye Zokusebenza	Ukuchoba: 0℃～45℃ Ukususwa: -20℃～60℃
Isilandelini Sombuzo	15℃～35℃
Isilandelini somphumela	-40℃～60℃	Umkhondo weSistemu: Iphutha eliphambili 20%~40%
Indawo yokusebenza	Ubungakho: ＜2500m Umbalaselo wokugcwalisa:<95%>
Ukuphatha Kwezinto Eziphumayo	Ungeniso lwesintsha lwamaphu
Ukuphucula Kwesikhombisi	＞500MΩ@1500VDC
Isililo Sokuqapheleka	2500VDC⁄1min
Imodi Yephetho Lwendawo	24VDC	Inethi eliphakamisweyo DC/DC
Ukuphasa okulandelayo	35W	Inani lesikhatsi esidingweni, imofanisi yomoduli ayithathe
Ukuzelela Idatha	iscreen LCD ye-TN yemva kwamathathu	Isakilenti:5:3, uphawu:800×480
Ubungakanani bomphindaphindi	IP21
Iindlela (W*D*H)	1000mm*750mm*1900mm
Umbalulo	950kg
Usuku lwenqanawe	4000	ukuphumelela-ukulayisha 0.5C@25℃ @80%DOD, EOL80%
	Isigaba Sokugcina Ukuvavanya Amabatha (BMS)
Isilimela Somgca Wokuvavanya	1-5V
Ubungakanani Bokuvavanya Umphawu Wesithathu	≤10mV
Ubungakanani Bokuvavanya Kwesilimela Sowokuqala	±1V noma ±1%
Isilimela Somgca Wokuvavanya Imbali	0～±500ADC	Ipramiso ±400ADC
Ukuphathelwa Kwesithuthi	≤1%
Isilimo Sokuqaphelela Umthombo	-20～125℃
Ukuphathelwa Kwesithuthi Lwemthombo	≤±1℃
Ukuphethwe Kwisinye Sokuqaphelela i-SOC	≤8%	Amavalue Amahluke, ngecalibhrayesi yosobizo
Ukuphumelela kweSoh Ukhishini	≤8%
Uphawuli Wokugcina Ukuthi Kwinqanawa	＞1C，10S；
Uphawuli Wokugcina Ukuthi Kwenqanawe	＞1C，10S；
Uphawuli Wesihloko Esingabahlini	Kwenqanawe＞60℃（20S） Kwinqanawa＞45℃（20S）	Inani lesikhatsi selandelayo sokuqala 15℃, okungakwazi ukusetshenziswa
Uphawuli Wesicwangciso Sobunye	Ukuphuma＜-20℃ (1S) Ukulayisha＜0℃ (1S)	Inani lesikhatsi selandelayo sokuqala 15℃, okungakwazi ukusetshenziswa
Imodi Yesicabulo	CAN,RS485, isihlahla esisetyenziswa

I-Cell
	Uluhlu Lwezindlela
Uhlobo Lwobaxhini	LiFePO4
Isandla Sebheti Esilungileyo☆	150.0Ah	0.5C @ 25℃
Umthetho Wesilungileyo☆	3.20V
Isigaba Sokuqala Sokusebenza	2.5～3.65V
Iresistansi yesintuthuko saMkhakha☆	≤0.3mΩ
Umncumane Womoya	≤3000g
Imbali yesicatshulwa Esiphezulu	0.5C	ngokuhlinzekileyo
		1C	50%SOC, 30s
Imbali yokugcina Esiphezulu	0.5C	ngokuhlinzekileyo
		2C	50%SOC, 30s
Umbiko wesithathu olungumaxhwebhu	-20℃⁄ + 60℃
Ukucharga	0℃～45℃
Ukuphakamisa	-20℃～60℃
Umbiko wesithathu somntla	15℃～35℃
Isilandelini somphumela	-40℃⁄ + 60℃	Ngemvume ekuhlulekileyo:-40℃～45℃ Ngemvume esixhenxe:-20℃～35℃

Uluhlu Lwezindlela
Isandla Esidingiwe	150Ah
Ubukhophi	1P16S
Isandla Esikhatsini	51.2V
Umoya Wencane Wesibhakabhaka	7.68kWh
Umoya Wokuchoba Wesikhatsi Esingabonakali	75A (0.5C)
Umoya Wokususwa Wesikhatsi Esingabonakali	75A (0.5C）
Isigaba Sokuqala Sokusebenza	44.8～58.4V
Isithuthi sokusebenza	-20℃～55℃
Umkhompho	≤65kg
Ubukhulu (I-W*D*H)	≤400mm*600mm*200mm
Ukuxoxa	Injamu
Uhlobo lweNgeniso	Ungeniso lwesintsha lwamaphu