IiNkqubo zokuGcina iBattery zenza ukuba abantu bangaxhomekeki kangako ekunyukeni kwamaxabiso ombane

Ungakanani umahluko iminyaka elishumi enokwenza. Ngo-2010, iibhetri zasebenzisa iiselfowuni zethu kunye neekhompyutha. Ekupheleni kwale nkulungwane, baye baqalisa ukwenza iimoto nezindlu zethu. Ukukhula kweugcino lwamandla ebhetrikwicandelo lamandla litsale umdla omkhulu kushishino nakumajelo eendaba. Uninzi lwengqwalasela igxile kwiibhetri zomgangatho osetyenziswayo kunye neebhetri kubathengi bezorhwebo kunye namashishini. Nangona ezi bhetri ezinkulu ziyinxalenye ephambili yemarike yokugcina amandla, ukukhula okukhawulezayo kokugcinwa kwamandla okuhlala kugqithise ukulindela, kwaye ezi nkqubo zasekhaya zamandla elanga zinokuba yimpahla ebalulekileyo ngokukhawuleza kunokuba abantu abaninzi balindele. Umkhondo wokukhula kunye nexabiso elinokubakho kwezi nkqubo zokugcina ekhaya kubathengi kunye negridi ifanelekile ukufundisisa ngononophelo. I-BSLBATT iqikelela ukuba iindleko zeukugcinwa kwamandlaiya kuhla nge-67% ukuya kwi-85% kwiminyaka elishumi ezayo, kwaye imarike yehlabathi iya kukhula ukuya kwi-US $ 430 yebhiliyoni. Kule nkqubo, yonke i-ecosystem iya kukhula kwaye iphuhlise ukuxhasa ixesha elitsha lamandla ebhetri, kwaye impembelelo yayo iya kusasazeka kulo lonke uluntu. Nangoku iinkqubo zokugcina zisabiza kakhulu. Ngokokwazi kwam, inkqubo yokugcina enegunya le-5 kWh okwangoku ixabisa malunga ne-10,000 Euros. Ezi mveliso zibonakala zinemarike enkulu. Abo banako ukuwuhlawula banokukhululeka ngakumbi kumaxabiso ombane kwixesha elizayo. Ngaba esi sisisombululo kuqoqosho lwemarike yenguqu yamandla? Kunyaka ophelileyo umntu wathi inkqubo yokugcina ibhetri inokuhlangabezana ne-60% yeemfuno zakho zamandla, ngoku unokufunda ngokuqhelekileyo i-70% okanye ngaphezulu. Kwezinye iimeko, nokuba i-100% yemfuno yombane ichaziwe, efana ne-BSLBATT, balugqibe ngempumelelo uvavanyo lokwenyani: Ngesisombululo se-ALL IN ONE ESS yokugcina ukusuka kwi-BSLBATT, inokugubungela i-70% yokusetyenziswa kombane kumbane womsebenzisi wendlu enye, kunye namandla elanga angaphezulu. Uvavanyo lwangaphambili lweemvavanyo zentsimi ezibanzi lubonisa ukuba iiparamitha ezibalwe ngaphambili kunye neentambo zomthwalo zihambelana ngokupheleleyo nokuziphatha kwabathengi beqela elijoliswe kuyo. “Saneliseke kakhulu yindlela yovavanyo. Ngeentsuku ezinelanga, abanye abasebenzisi bovavanyo bade bafikelele kwi-100% yokuzimela,” ucacise watsho ugqirha. UEric, BSLBATTukugcinwa kwamandla elangaBESS umphathi weprojekthi. Inkqubo yolawulo lwamandla nayo ingqineke ithembekile xa ifakelwe kwisixokelelwano esikhulu esele sikhona NJENGONKE NGE-ESS ENYE. "Kwezinye iimeko, sahlula inkqubo kwi-5 kWp generator amandla afakwe ngokuthe ngqo kwi-ALL IN ESS ENYE, kwaye amandla asele aguqulwa ngama-inverters akhoyo," kusho u-Eric. Inkqubo yolawulo lwamandla iguqulela ngokuzenzekelayo ijeneretha yesibini ye-photovoltaic njengomthwalo ongalunganga, ngoko yonke inkonzo ye-ESS IN ONE ESS iphazamisa ngokupheleleyo ukunikezelwa kwayo kwamandla kwaye ihlawule ibhetri, ngelixa i-generator ye-photovoltaic yesibini igubungela ukusetyenziswa kwendlu ngokwayo. Ngoko ke, isisombululo sokugcina asikwazi ukusetyenziswa kuphela njengendlela yokuzimela yodwa, kodwa sinokudibaniswa ngokulula kwinkqubo ye-photovoltaic ekhoyo ukuze kulungiswe ukusetyenziswa kwentsapho.