Ungakanani umehluko ongenziwa iminyaka eyishumi. Ngo-2010, amabhethri asebenzisa omakhalekhukhwini bethu namakhompyutha. Ekupheleni kwaleli khulunyaka, sebeqalile ukufaka izimoto nezindlu zethu amandla. Ukukhula kweisitoreji samandla ebhethriemkhakheni wezamandla udonse ukunakwa okukhulu embonini nakwabezindaba. Ukunaka okuningi kugxile kumabhethri esikali esisetshenziswayo namabhethri kumakhasimende ezentengiso nezimboni. Nakuba lawa mabhethri amakhulu eyingxenye ebalulekile yemakethe yokugcina amandla, ukukhula okusheshayo kwendawo yokugcina amandla kudlule obekulindelwe, futhi lezi zinhlelo zasekhaya zamandla elanga zingase zibe izimpahla ezibalulekile ngokushesha kunalokho obekulindelwe abantu abaningi. I-trajectory yokukhula kanye nevelu engaba khona yalezi zinhlelo zesitoreji sasekhaya kumakhasimende kanye negridi kufanelekile ukutadisha ngokucophelela. I-BSLBATT ilinganisela ukuthi izindleko zeukugcinwa kwamandlaizokwehla ngo-67% iye kuma-85% eminyakeni eyishumi ezayo, futhi imakethe yomhlaba wonke izokhula ibe ngamaRandi ayizigidi eziyizinkulungwane ezingama-430. Kule nqubo, yonke i-ecosystem izokhula futhi ithuthuke ukuze isekele inkathi entsha yamandla ebhethri, futhi umthelela wayo uzosabalala kuwo wonke umphakathi. 
Ngisho namanje izinhlelo zokugcina zisabiza kakhulu. Ngokwazi kwami, uhlelo lokugcina olunamandla angu-5 kWh okwamanje lubiza cishe ama-Euro ayi-10,000. Le mikhiqizo ibonakala inemakethe enkulu. Labo abangakwazi ukuwukhokhela bangase bazimele kakhulu ezindlekweni zikagesi esikhathini esizayo. Ingabe lesi yisixazululo somnotho wemakethe sokushintsha kwamandla? Ngonyaka odlule othile wathi isistimu yokugcina ibhethri ingahlangabezana no-60% wezidingo zakho zamandla, manje usungakwazi ukufunda u-70% noma ngaphezulu. Kwezinye izimo, ngisho nesidingo samandla esingu-100% sicacisiwe, njenge-BSLBATT, baqedele ngempumelelo ukuhlolwa kwangempela: Ngesixazululo sesitoreji se-ALL IN ONE ESS esivela ku-BSLBATT, singamboza u-70% wesamba esiphelele sokusetshenziswa kukagesi womsebenzisi wasekhaya oyedwa, namandla elanga engeziwe. Ukuhlolwa kokuqala kokuhlolwa kwenkambu okuphelele kubonisa ukuthi imingcele ebalwe ngaphambilini kanye namajika okulayisha ahambisana ngokugcwele nokuziphatha komthengi kweqembu eliqondiwe. “Sigculiseke kakhulu ngendlela yokuhlola. Ngezinsuku libalele, abanye abahlolayo baze bafinyelele u-100% wokuzimela,” kuchaza udokotela. U-Eric, BSLBATTisitoreji samandla elangaUmphathi wephrojekthi we-BESS. Uhlelo lokuphatha amandla luphinde lwafakazela ukuthi lunokwethenjelwa uma lufakwe ohlelweni olukhudlwana olukhona NJENGEKHO KONKE NGE-ESS EYODWA. "Kwezinye izimo, sihlukanisa isistimu ibe amandla e-generator angu-5 kWp afakwe ngokuqondile ku-ALL IN ONE ESS, futhi amandla asele aguqulwa ama-inverters akhona," kusho u-Eric. Uhlelo lokuphatha amandla luhumusha ngokuzenzakalelayo i-generator yesibili ye-photovoltaic njengomthwalo ongemuhle, ngakho-ke isevisi ye-ALL IN ONE ESS iphazamisa ngokuphelele ukunikezwa kwamandla ayo futhi ishaje ibhethri, kuyilapho i-generator ye-photovoltaic yesibili ihlanganisa ukusetshenziswa kwendlu ngokwayo. Ngakho-ke, isixazululo sokugcina asikwazi ukusetshenziswa kuphela njengesistimu yokuma yodwa, kodwa futhi singahlanganiswa kalula ohlelweni olukhona lwe-photovoltaic ukuze kwandiswe ukuzisebenzisa komndeni.
Isikhathi sokuthumela: May-08-2024