Emhlabebeni wanamuhla, ukugcinwa kwamandla sekube yisici esibaluleke kakhulu sezimpilo zethu. Ngokuqala kwemithombo yamandla evuselelekayo efana namandla elanga nangomoya, isidingo sezixazululo ezisebenza kahle ze-Energy Storage akukaze zibaluleke kakhulu. Yilapho kungena khona ibhethri le-TCS, linikeza ukusika-umphethoIzinhlelo Zokugcina AmandlaIdizayinelwe ukuhlinzeka ngokugcinwa kwamandla okusebenzayo, okuthembekile futhi okungabizi kakhulu kwezakhiwo zentengiso nezentengiso ezincane.
Enhliziyweni yezinhlelo zethu zokugcina amandla ngamabhethri ethu asezingeni eliphakeme we-lithium-ion. Amabhethri e-Lithium-Ion ayaziwa ngokusebenza kwawo okuhle, ukuqina kwamandla aphezulu, amandla okushaja okusheshayo, kanye nempilo ende yomjikelezo. Lokhu kusho ukuthi amabhethri ethu esitolo futhi alethe amandla kahle, ukuqinisekisa ukuthi uhlala unamandla owadingayo, lapho uludinga.
Kepha akuyeki lapho. Izinhlelo zethu zokugcina amandla nazo zihlanganisa amasistimu wokuphatha ibhethri athuthukile (BMS). Ama-BMS adlala indima ebalulekile ekuqinisekiseni ukusebenza okuphephile nokunempilo kwamabhethri ngokuqapha nokulawula ukushaja kwawo, ukukhishwa nokushisa. Lokhu akugcini nje kuphela impilo yebhethri, kepha futhi kuthuthukisa ukuphepha okuphelele kohlelo.
Ngaphezu kwamabhethri ethu asezingeni eliphakeme we-lithium-ion kanye ne-BMS ethuthukisiwe, izinhlelo zethu zokugcina amandla zihlome ngama-inverters asebenzayo aphezulu. Ubuchwepheshe be-inverter esisebenzisayo bunokuguqulwa okuphezulu nokusebenza okuthembekile, ukuqinisekisa ukuthi amandla agcinwe ebhethri aguqulwa kahle futhi asetshenziswa lapho kudingeka. Le nhlanganisela yobuchwepheshe obunqenqemeni buqinisekisa ukuthi amasistimu ethu okugcina amandla anikezela ukusebenza okuhlukile nokwethembeka.
Enye yezinto ezivelele zezinhlelo zethu zokugcina amandla yi-compact design yabo. Siyazi ukuthi isikhala singaba yinto ekhawula yezakhiwo eziningi zokuhlala nezentengiso. Kungakho sihlanganise ukugcinwa kwamandla, ukuphathwa kwebhethri nobuchwepheshe be-inverter kuphakethe elilodwa elihlangene. Lolu hlelo lwe-One-in-One alugcini nje ngokusindisa isikhala, luphinde lwenze lula inqubo yokufaka, okwenza kube lula futhi kungabizi kakhulu ukuthumela izixazululo zethu zokugcina amandla.
Njengenkampani, ibhethri le-TCS selibe sengaphambilini lokucwaninga kwebhethri nokuthuthuka, ukukhiqizwa kanye nokumaketha selokhu kwasungulwa ngo-1995. Siyaziqhenya ngokuba ngomunye wemikhiqizo yasekuqaleni yebhethri eChina futhi uqhubeke nokucindezela imingcele yobuchwepheshe bebhethri ukuze unikeze Amakhasimende ethu ngezixazululo ezintsha. I-LineUP yethu ebanzi yomkhiqizo ifaka amabhethri ezithuthuthu, amabhethri we-UPS, amabhethri ezimoto, amabhethri e-lithium namabhethri ezimoto kagesi.
Ngobuchwepheshe bethu nokuzibophezela kwikhwalithi, ibhethri le-TCS libekwe kahle ukuze lihlangabezane nesidingo esikhulayo sezixazululo zokugcina amandla. Uhlelo lwethu lokugcina amandla e-Lithium All-in-one Bhethri BESS T5000p lifaka umbono wethu wokuhlinzeka ngokugcinwa kwamandla okusebenzayo, onokwethenjelwa futhi ongabizi kakhulu wezakhiwo zentengiso nezentengiso ezincane. Ngebhethri layo eliphakeme le-lithium-ion, uhlelo lokuphathwa kwebhethri oluthuthukile kanye ne-inverter ephezulu esebenza kahle, ikhambi lokugcina kunoma ngubani ofuna ukuhlanganisa amandla avuselelekayo futhi ugcine ukusetshenziswa kwamandla kusheke.
Ekuphetheni, isidingo sezixazululo zokugcina amandla ziyaqhubeka nokukhula, ziqhutshwa ukwanda ukwamukelwa kwamandla avuselelekayo. Ibhethri le-TCS liphambili kulokhu okunyakaza, linikeza izinhlelo zokugcina amandla okusika amandla ahlanganisa amabhethri asezingeni eliphakeme le-lithium-ion, amasistimu okuphatha ibhethri athuthukile kanye nabakwa-inverters aphezulu. Izixazululo zethu ze-All-in-one zenzelwe ukuhlinzeka ngokugcinwa kwamandla okusebenzayo, okuthembekile futhi okungabizi kakhulu kwezakhiwo zezentengiso nezentengiso ezincane. Ngolwazi lwethu olunzulu embonini yebhethri nokuzibophezela ekwakheni okusha, ibhethri le-TCS lingumlingani othembekile kuzo zonke izidingo zakho zokugcina amandla.
Isikhathi sePosi: Jun-21-2023