Izinhlelo zokugcina amandla ebhethri (i-BESS) ziwumgogodla wamagridi wamandla avuselelekayo. Kodwa izindlela zokupholisa ezivamile - ukupholisa umoya kanye nokupholisa uketshezi olubandayo - zibhekene nenkinga ebalulekile:ukufana kwezinga lokushisaUma amaseli ebhethri eshisa ngokungalingani, amanye amaseli aphela ngokushesha kunamanye, okudala ukungalingani okunciphisa amandla esistimu iyonke futhi kwandise izingozi zokubaleka kokushisa.

Ekufakweni kwezinsizakusebenza ngezinkulungwane zamaseli, lokhu kulahlekelwa kuhumusha izigidi zemali engenayo encishisiwe phakathi nesikhathi sokuphila kwesistimu.

Ukupholisa uketshezi olucwiliswayo kuthatha indlela ehluke ngokuphelele. Esikhundleni sokujikeleza i-coolant ngamapayipi noma ukuvuthela umoya kumamojula, amaseli ebhethri ayasetshenziswa.ukucwiliswa ngqoku-dielectric fluid eklanywe ngokukhethekile. Lokhu kuxhumana okuqondile kuqeda ukumelana nokushisa futhi kuqinisekisa ukuthi yonke indawo yeseli ithola ukupholisa okufanayo.

Izixazululo zokupholisa ezizimele zeGlacier Coolant ziletha:

Okuhlukanisa i-Glacier Coolant akuyona nje indawo yokupholisa ngokwayo, kodwa indlela ephelele yokuphathwa kokushisa. Izinhlelo zokupholisa ezicwilisiwe zenkampani zihlanganisa ukuqapha okuhlakaniphile kokushisa kanye ne-adaptive fluid dynamics, okuvumela ukwenziwa ngcono kwesikhathi sangempela ngokusekelwe emijikelezweni yokushaja/yokukhipha, izimo ze-ambient, kanye nokubikezela umthwalo obikezelayo.

Kwabathuthukisi bephrojekthi yokugcina amandla, izinzuzo zishesha futhi ziyalinganiswa. Ukufakwa kwe-BESS engu-100MWh kusetshenziswa ubuchwepheshe bokucwilisa be-Glacier Coolant kungalindela:

• Kuya kuUkuthuthuka okungu-15% ekusebenzeni kahle kohambo oluya nokubuya
• Ukunciphisa kuukusetshenziswa kwamandla okupholisa ngo-60–80%
• Ukwandiswa kweisikhathi sokuphila kwesistimu kusukela eminyakeni eyi-10 kuya kweyi-15+
• Ukususwa kweizingozi zokusabalala kokushisa okubalekayophakathi kwamaseli

Njengoba ukuthunyelwa kwe-BESS emhlabeni wonke kulindeleke ukuthi kudlule i-1,200 GWh minyaka yonke ngo-2030, ukuphathwa kokushisa kuzonquma ngokwengeziwe ukuthi yimaphi amaphrojekthi aphumelelayo nokuthi yimaphi ahlulekayo. Njengoba amakhemikhali ebhethri ethuthuka aye ekumisweni kwamandla aphezulu - kusukela ku-lithium iron phosphate kuya ku-solid-state nangale kwalokho - inselele yokushisa izokhula kakhulu.

I-Glacier Coolant iyaqhubeka nokutshala imali kubuchwepheshe bokupholisa bokucwilisa besizukulwane esilandelayo, okuhlanganisa uketshezi oluthuthukisiwe lwezinto ezishintsha isigaba olumunca ukushisa emazingeni okushisa alawulwa kahle, kanye noketshezi lwe-dielectric oluthuthukisiwe olune-nano-enhanced olune-thermal conductivity esondela kweyensimbi.

Kwabathuthukisi bezindawo zokugcina amandla, osonkontileka be-EPC, kanye nabahlanganisi bezinhlelo abafuna ukuvikela amaphrojekthi abo esikhathini esizayo, ukupholisa uketshezi olucwilisiwe akuseyona inketho entsha - sekuba yindinganiso embonini.