Incazelo ye-Meta: Funda ukuthi uhlelo lokugcina amandla luyini, ukuthi isitoreji sebhethri sisebenza kanjani, izinhlobo eziyinhloko kanye nezinhlelo zokusebenza. Thola izixazululo zokuvikela kanye nokulinganisa eziqinisekisiwe yi-People Electric ezigcwele ze-IEC zamaphrojekthi e-ESS ezindawo zokuhlala, i-C&I kanye nezinsizakalo, ngokulungiswa okuqondiswe yi-GEO kwezimakethe zomhlaba eziyi-6.
I-WENZHOU, China – Juni 25, 2026 –Njengoba amagridi emhlabeni wonke eshintsha kusuka kumafutha asetshenziswayo kuya ezintweni ezivuselelekayo eziguquguqukayo, izinhlelo zokugcina amandla ziye zashintsha kusukela esixazululweni esiyisipele esikhethekile saya emgogodleni wezinhlelo zamandla zanamuhla. Idatha ye-BloombergNEF ikhombisa ukuthi ukuthunyelwa kwezindawo zokugcina amandla ezihlanganisiwe emhlabeni wonke kuzodlula i-1,100 GWh ekupheleni kuka-2026, lapho isitoreji sebhethri le-lithium-ion singaphezu kwama-90% okufakwa okusha.
Kwabathuthukisi bamaphrojekthi, ama-EPC kanye nabahlanganisi bezinhlelo, ukuqonda ukuthi uhlelo lokugcina amandla lusebenza kanjani kuyisinyathelo sokuqala nje. Ukuphepha kwesikhathi eside, impilo yomjikelezo kanye nembuyiselo ekutshalweni kwezimali kohlelo lwebhethri kuncike kakhulu ekuvikelweni kukagesi, ukushintsha kanye nokuqapha ihadiwe kuzo zonke izigaba zokugeleza kwamandla. Imishini yokuvikela engacaciswanga kahle iyimbangela ephezulu yezehlakalo zokuphelelwa yisikhathi kokushisa kwebhethri, isikhathi sokungasebenzi kahle kanye nokwehla kwamandla okusheshayo.
Kulo mhlahlandlela, sihlukanisa izisekelo zezinhlelo zokugcina amandla, sihamba ngezingxenye zazo zangaphakathi eziyinhloko, sichaze izingozi zikagesi ezibalulekile esigabeni ngasinye, futhi sethula izixazululo ze-People Electric eziqinisekisiwe yi-IEC ezifanelana nezimo zemakethe zesifunda.
✅️ Iyini Ngempela Uhlelo Lokugcina Amandla?
Uhlelo lokugcina amandla (i-ESS) luyisethi ehlanganisiwe yemishini emunca amandla kagesi, iwagcine ngendlela ehlukile (yamakhemikhali, eyemishini, eyokushisa), bese iwabuyisela emuva njengogesi uma kudingeka.
Ngokungafani namajeneretha akhiqiza ugesi ngophethiloli, izinhlelo zokugcina zishintsha amandla ngokuhamba kwesikhathi: ziyashaja ngezikhathi zesidingo esiphansi noma umkhiqizo ovuselelekayo ophezulu, futhi ziyakhipha ngesikhathi sesidingo esiphezulu, ukucima kwegridi noma imicimbi yokulawula imvamisa.
Kumagridi kagesi anamuhla, i-ESS inikeza amanani amane ayisisekelo:
● Ukushefa okuphezulu: Yehlisa umthwalo wegridi ngesikhathi samahora okufunwa kakhulu, igwema amanani kagesi abizayo aphezulu
● Amandla okusekelayo: Inikeza amandla angaphazanyiswa ngesikhathi sokucima kwegridi yemithwalo ebalulekile
● Ukuhlanganiswa okuvuselelwayo: Kunciphisa ukuguquguquka okuvela ekukhiqizweni kwelanga nomoya
● Izinsizakalo ezihambisana negridi: Inikeza ukulawulwa kwemvamisa kanye ne-voltage ukuze kulondolozwe ukuzinza kwegridi
✅️Izinhlobo Eziyinhloko Zezinhlelo Zokugcina Amandla
Ubuchwepheshe bokugcina amandla buhlukaniswe ngokwendlela yabo yokugcina amandla. Ngayinye inezici zamandla ezihlukile kanye nobude besikhathi ezifanele izimo ezahlukene zokusetshenziswa.
⭕️ Isitoreji Samandla Kagesi (Amabhethri)
Amabhethri e-lithium-ion ayiwona ubuchwepheshe obuvelele namuhla, aqukethe ngaphezu kwama-90% okufakwa okusha okuxhunywe kugridi.
● Kuhle kakhuluIsikhathi sokukhishwa kwamahora angu-0.5–4, sihlanganisa iningi lezicelo zokuhlala, ze-C&I kanye nezinhlelo zokusebenza ezisezingeni lezinsiza
● Izinzuzo: Ukuminyana kwamandla aphezulu, isikhathi sokuphendula okusheshayo, ukukhuliswa kwe-modular, ukwehla kwezindleko
● Izinhlobo ezivamile: I-LFP (i-lithium iron phosphate) yezinhlelo zosizo nezentengiselwano, i-NMC yezinhlelo zokuhlala ezinabantu abaningi
⭕️ Isitoreji Samandla Emishini
Indawo yokugcina amanzi epompiwe isalokhu iyisitoreji esikhulu kunazo zonke emhlabeni wonke esifakiwe, kanti ubuchwepheshe obusha njengomoya ocindezelwe kanye namasondo ajikelezayo busebenza indima ebalulekile.
● I-hydro epompiwe: Isitoreji eside samahora angu-6–12+, esilungele ukushintshashintsha kwamandla ezingeni legridi enkulu
● Amasondo amakhulu: Impendulo esheshayo kakhulu yezinga lesibili yokulawulwa kwemvamisa kanye nezinhlelo zokusebenza zekhwalithi yamandla
● Isitoreji samandla omoya ocindezelwe (i-CAES): Indawo yokugcina izinto ezisetshenziswayo isikhathi eside yezifunda ezinezimo zejiyoloji ezifanele
⭕️ Ezinye Izindlela Zokugcina Izinto
● Amabhethri okugeleza: Isitoreji sesikhathi eside esinokuphila komjikelezo okungaphezu kuka-10,000, esilungele ukusetshenziswa kokukhipha amahora angu-4-12
● Ama-Supercapacitor: Amandla aphezulu kakhulu, ukukhishwa kwesikhathi esifushane ukuze kushelele amandla aphezulu
Ngokwesilinganiso sesicelo, izinhlelo zokugcina zihlukaniswa ngezigaba ezintathu: ezokuhlala (5–20 kWh), ezentengiselwano nezezimboni (100 kWh–10 MWh), kanye nesilinganiso sezinsiza (10 MWh+).
✅️ Izingxenye Eziyinhloko Zesistimu Yokugcina Amandla Ebhethri (BESS)
Uhlelo lokugcina ibhethri le-lithium-ion lwanamuhla luyisakhiwo esinezingqimba esinokuvikelwa okuzinikele kuzo zonke izigaba. Ngezansi sihlukanisa ungqimba ngalunye kanye nezixazululo zalo zokuvikela kagesi ezihambisanayo ezivela ku-People Electric.
⭕️ I-Battery Array kanye ne-DC Bus Layer
Umsebenzi WesistimuAmaseli ebhethri ngamanye ahlanganiswa ngamamojula, axhunywe ngochungechunge ukwakha ama-rack ebhethri (amaqoqo) afinyelela ku-voltage yokusebenza engu-600–1500V DC. Ama-rack amaningi axhuma ngokuhambisana nebhasi eliyinhloko le-DC, angene kwi-inverter eqondisa izinhlangothi zombili.
◆Izingozi Eziyinhloko Zikagesi
● Amaphutha ajikelezayo phakathi kwezindlela zokushaja nezokukhipha
● Amaphutha e-DC arc angenalo iphuzu lemvelo lokuwela u-zero
● Imicimbi ye-short-circuit enamandla amakhulu kakhulu okwehluleka
● Ukusabalala kwe-thermal runaway phakathi kwama-racks
◆Izixazululo Ezihambisana Nogesi Zabantu
● Ama-fuse e-DC ochungechunge lwe-RDT8-PV: izakhi zefuse ezilinganiselwe yi-gPV ezinesivinini sokuphuka esingaphansi kwama-2ms, eziqinisekiswe yi-IEC 60269-6. Zihlinzeka ngokuvikelwa kokushisa okuphezulu kanye nokwe-short-circuit ezingeni le-rack, zihlukanise ama-rack anephutha ngaphandle kokuvala lonke uhlelo.
● Ama-RDM5-PV Series DC Molded Case Circuit Breakers: I-DC 1000V/1500V ilinganiswe ngamakamelo okucisha i-arc azinikele kanye nekhono lokuphula izinhlangothi zombili. Isebenza njengedivayisi eyinhloko yokuxhuma nokuvikela i-cluster ngayinye yebhethri, ihlanganisa ukuhlukaniswa, ugesi odlulayo kanye nokuvikelwa kwe-short-circuit kuyunithi eyodwa.
⭕️Isendlalelo Sesistimu Yokuguqulwa Kwamandla (i-PCS)
Umsebenzi WesistimuUhlelo lokuguqula amandla oluqondiswe ohlangothini ngalunye (i-PCS, noma i-hybrid inverter) luyingqondo ye-ESS. Luguqula amandla ebhethri le-DC abe amandla e-AC ahambisana negridi lapho ekhishwa, futhi lulungisa igridi AC ibe yi-DC lapho ishajwa, ngenkathi lulawula ikhwalithi yamandla kanye nokuhambisana nekhodi yegridi.
◆Izingozi Eziyinhloko Zikagesi
● Ukuphambuka kwe-Harmonic okuvela ekushintsheni kwemvamisa ephezulu
● Ukweqiwa kwamandla kagesi ohlangothini lwegridi, ukungabi namandla kagesi kanye nokungalingani kwemvamisa
● Ama-current okungena ngesikhathi sokushintshana kwe-PCS okufanayo
● Izingozi zokuphepha kokusebenza kweziqhingi
◆Izixazululo Ezihambisana Nogesi Zabantu
● Ama-RDW5 Series Intelligent Air Circuit Breakers (200A–6300A): Kuma-switchboard e-C&I kanye ne-AC esezingeni eliphezulu. Anezixhumanisi zokuvikela ezikhethiwe, ukuqapha ikhwalithi yamandla ngesikhathi sangempela kanye nokulungiswa kokubikezela, ukuhlukanisa amaphutha ohlangothini lwe-AC ngaphandle kokususa uhlelo lokugcina oluphelele ku-inthanethi.
● Ama-RDM5 Series Molded Case Circuit Breakers: Ukuze uthole ukuvikelwa okuncane kwe-AC yezentengiselwano neyokuhlala, ngezilungiselelo zokuhamba ezilungisekayo ezilinganiswe kahle nezilinganiso zokukhishwa kwe-PCS.
⭕️Isendlalelo Sokusabalalisa Nokulinganisa i-AC
Umsebenzi WesistimuAmaphaneli okusabalalisa e-AC aqoqa okukhiphayo kusuka kumayunithi amaningi e-PCS, asabalalise amandla emithwalweni esesayithini noma endaweni yokuxhuma igridi, futhi alinganise ukugeleza kwamandla ukuze kulandelwe ukukhokhiswa kanye nokusebenza.
◆Izingozi Eziyinhloko Zikagesi
● Izingozi zamanje ezisele kanye nokuvuza kwegesi kwimodi yesiqhingi
● Ukulinganiswa kwamandla okungalungile okuholela ekulahlekelweni kwemali engenayo
● Ukuntuleka kokubonakala kokusebenza kwesistimu
◆Izixazululo Ezihambisana Nogesi Zabantu
● Amamitha Emisebenzi Eminingi Ochungechunge lwe-RM858: Ukulinganisa amandla okuqondisa okubili kwesigaba se-0.5S, okwamukelwayo ukuze kulungiswe intela ezimakethe eziningi. Ukuxhumana okugcwele kwe-Modbus-RTU kwenza kube lula ukuhlanganiswa nezinhlelo zokuphatha amandla (EMS) ukuze kulandelwe ukushaja/ukukhishwa ngesikhathi sangempela.
● Ama-breaker e-WiFi ahlakaniphile e-RM-WF Series: Ukufakwa kwe-ESS yezindlu nezindawo zokuhweba ezincane, okuvumela ukulawula kokuvula/ukuvala okukude, ukuhlela isikhathi sokusebenza/sokukhipha kanye nokulinganisa amandla ngesikhathi sangempela nge-APP yeselula.
⭕️Ukuxhumeka kwegridi kanye nesendlalelo sokukhuphuka isinyathelo
Umsebenzi WesistimuEzinhlelweni zebhizinisi ezinkulu nezinkulu, ama-transformer akhuphukayo aphakamisa i-AC ene-voltage ephansi (ngokuvamile engu-400V) kuya ku-voltage ephakathi (10kV, 35kV) ukuze kudluliselwe kahle ibanga elide endaweni yegridi yokuxhumanisa okuvamile.
◆Izingozi Eziyinhloko Zikagesi
● Imithwalo ye-harmonic engekho emgqeni ebangela ukushisa ngokweqile kwe-transformer kanye nokuguga kwe-insulation
● Ukushintshashintsha kwemithwalo okuvamile okusheshisa ukuguguleka kwemishini
● Ukuchayeka kwesiteshi esingaphandle esimweni sezulu kanye nokugqwala
◆ Izixazululo Ezihambisana Nogesi Zabantu
● Ama-Transformer Acwiliswe Kuwoyela Ochungechungeni lwe-S11-M / Ama-Transformer e-Cast Resin Ochungechunge lwe-SCB14: Idizayini ye-inverter-duty eyenzelwe imithwalo ye-harmonic engekho emgqeni, inciphisa izingozi ze-hot-spot futhi yandisa impilo yesevisi ngo-20–30% uma kuqhathaniswa nama-transformer ajwayelekile.
● Ukuqondanisa i-switchgear ye-medium-voltage kanye ne-protection relay ukuze uthole izixazululo eziphelele zokuxhuma igridi.
⭕️Ukuphathwa Kwamandla Nokuqapha Isendlalelo
Umsebenzi WesistimuIpulatifomu ye-EMS iqapha isimo sesistimu sokushaja (i-SOC), isimo sempilo (i-SOH), izinga lokushisa kanye nokugeleza kwamandla, futhi izenzekela ukuhlela ukushaja/ukukhipha ukuze kwandiswe ukonga izindleko noma imali engenayo yesevisi yegridi.
◆ Izingozi Eziyinhloko Zikagesi
● Ukungahambisani kwephrothokholi phakathi kwezingxenye
● Ukutholwa kwephutha okubambezelekile okuholela ekuhlulekeni okukhulu
● Ukuntuleka kokufinyelela okukude kwemikhumbi yokugcina impahla esakazekile
◆Izixazululo Ezihambisana Nogesi Zabantu
● Yonke imikhiqizo yokuvikela kanye nokulinganisa isekela ukuxhumana okujwayelekile kwe-Modbus-RTU, okuhambisana nazo zonke izinkundla ezinkulu ze-BMS kanye ne-EMS
● Uchungechunge lwe-RM-WF luhlinzeka ngokuxhumeka kwefu okwakhelwe ngaphakathi kokuphathwa kwemikhumbi ekude ye-plug-and-play
● Ukuhambisana okugcwele kwe-IEC 61000 EMC kuqinisekisa ukuthi akukho ukuphazamiseka ohlelweni lokulawula nokuxhumana
✅️ Izixazululo ze-ESS ezilungiselelwe i-GEO ngokwesifunda
Izimo zezulu zesifunda, amazinga egridi kanye nezakhiwo zemakethe zidinga ukucushwa okuhlukile komkhiqizo. Ngezansi kunezincomo ezenzelwe wena zezimakethe zethu eziyisithupha eziyinhloko eziqondiwe.
⭕️I-Russia ne-Asia Ephakathi: I-ESS Elinganiselwe Kancane Yezimboni Ezikude Nama-Microgrid
▋Umongo WemaketheImakethe yokugcina amandla yaseRussia ikhula ngo-42% minyaka yonke, iqhutshwa yizindawo zokumba ezingaphandle kwegridi, izinhlelo zamandla zasemakhaya ezikude kanye namandla okusekela ezimbonini. Amazinga okushisa asebusika aphansi njengo-40°C enza imishini yokugcina impahla yezentengiselwano ejwayelekile ingathembeki, kanti izindlela zokuphuma zomkhiqizo waseNtshonalanga zidale igebe elikhulu lokunikezwa kwamandla.
▋Isixazululo Sethu Esilungiselelwe
● Ama-fuse e-RDT8-PV anezinga lokushisa eliphansi kanye nama-RDM5-PV breakers aqinisekiswe ukusebenza kwe--40°C
● Ama-transformer e-S11-M amelana nokubanda anoketshezi lokuvikela ukuqandisa
● Isitifiketi se-IEC samukelwa ngqo ngaphansi kokuqashelwa kwe-IEC-GOST
● Ukulethwa kwendawo kwezinsuku ezingu-30 ngesikhungo somhlangano saseMoscow
⭕️IMpumalanga Ephakathi kanye ne-Afrika: I-ESS Elungele Ugwadule Yesitoreji Selanga Nesezinga Lokusetshenziswa
▋Umongo WemaketheI-Middle East isebenzisa amaphrojekthi e-hybrid okugcina amandla elanga anesilinganiso se-gigawatt, lapho i-Saudi Arabia ihlose khona ukugcina amandla angu-12 GW ngo-2027. E-Afrika, izinhlelo zokugcina amandla ezentengiselwano zithatha indawo yabakhiqizi bedizili ababizayo. Amazinga okushisa afinyelela ku-55°C kanye nothuli lwesihlabathi olusakazekile yizona zinto eziyinhloko ezisongela ukuthembeka.
▋Isixazululo Sethu Esilungiselelwe
● Ama-breaker e-RDM5-PV angangeni uthuli e-IP54 kanye nezibambi ze-fuse ze-RDT8-PV ezizinze nge-UV
● Ama-transformer anezinga lokushisa eliphezulu aklanyelwe ukusebenza endaweni enama-55°C
● Iziteshi ezincane ezenziwe kusengaphambili ze-ZBW zokuthunyelwa ngokushesha ehlane
● Ukuthembeka kwensimu okuqinisekisiwe kumaphrojekthi elanga aseSaudi angu-500MW+
⭕️ INingizimu-mpumalanga ye-Asia: I-ESS Emelana Nokugqwala Yokucheba Okuphakeme Kwezimboni
▋Umongo WemaketheUkufuduka kwezimboni kukhuthaza ukukhula okukhulu kwesitoreji samandla ezimboni kulo lonke elase-Indonesia, eVietnam naseMalaysia. Izikhungo zisebenzisa isitoreji ukunciphisa inani lezindleko kanye namandla okusekelayo phakathi kokuphazamiseka kwegridi okuvamile. Umswakama ophezulu kanye nesifutho sikasawoti sasogwini kusheshisa ukugqwala kwezingxenye zikagesi.
▋Isixazululo Sethu Esilungiselelwe
● Ama-RDM5-PV kanye nama-RDM5 breakers ahlanganiswe ngendlela ehlelekile ukuze amelane nokugqwala kwe-salt spray
● Ukuvikelwa okuthuthukisiwe kwe-over/undervoltage kwezimo zegridi ezibuthakathaka
● Ama-transformer e-resin e-SCB14 asetshenziswa ezindaweni ezimanzi zangaphakathi efektri
● Usekelo lobuchwepheshe bendawo ngesikhungo sesevisi saseJakarta
⭕️ IYurophu: I-ESS Ehambisana Nemithetho Yezimakethe Zezindlu Nezentengiselwano
▋Umongo WemaketheIYurophu ihola imakethe yokugcina amandla ezindlu emhlabeni jikelele, eqhutshwa amanani kagesi aqopha umlando kanye nemithethonqubo yokunciphisa ikhabhoni ye-EU. Ukuthobela ngokuqinile i-IEC/CE, amazinga e-EMC kanye nezidingo zokunemba kwemitha kuyimpoqo ukuze kufinyelelwe emakethe.
▋Isixazululo Sethu Esilungiselelwe
Uhla oluphelele lwemikhiqizo oluqinisekisiwe lwe-IEC 60269-6 / IEC 60947-2
Amamitha angu-RM858 ngemvume ye-MID yokulinganisa ibanga lokukhokhisa eliya ohlangothini lwesibili
Ama-transformer okulahlekelwa okuphansi kakhulu e-S13 ahlangabezana nezidingo ze-EU Tier 2 ecodesign
Iphrothokholi ye-Open Modbus ehambisana nazo zonke izinkundla ezinkulu ze-EMS ne-BMS zaseYurophu
⭕️ INyakatho Melika: I-ESS Yokulethwa Okusheshayo Yezikhungo Zedatha kanye Nemisebenzi Yokusebenza
▋Umongo WemaketheUkufakwa kwezindawo zokugcina amandla eNyakatho Melika kukhule ngo-83% ngonyaka ku-Q1 2026, okuqhutshwa yimisebenzi yokugcina amandla e-AI kanye nezindawo zokugcina izinto ezisetshenziswayo. Igebe lokuphakelwa elingu-30% lemishini kagesi kanye nezikhathi zokuhola zamasonto angu-128 zemikhiqizo emikhulu kube yisithiyo esikhulu kubathuthukisi bephrojekthi.
▋Isixazululo Sethu Esilungiselelwe
● Ukulethwa okusheshayo kwezinsuku ezingama-30-45 kuyo yonke imikhiqizo yokuvikela ejwayelekile ye-ESS
● Imishini eqinisekiswe yi-IEC iyamukelwa kwizicelo zephrojekthi yokusetshenziswa kanye neyezimboni
● Usekelo lokuhlola insimu ye-NRTL luyatholakala ngezidingo ezithile zephrojekthi
● Ama-transformer ahambisana ne-IEEE eziteshini zokugcina izinto ezincane ezisetshenziswa kakhulu
⭕️I-Latin America: I-ESS Engabizi Kakhulu Yokukhiqiza Okusatshalaliswayo
▋Umongo WemaketheIndawo yokugcina amandla esatshalaliswayo iyanda kulo lonke elaseMexico naseBrazil, ngenxa yezindleko zikagesi eziphezulu, ukucima kwegridi njalo kanye nokukhula kwezimboni okusondelayo. Ukuzwela kwamanani kanye namazinga aphezulu okwebiwa kukagesi kuchaza imakethe.
▋Isixazululo Sethu Esilungiselelwe
● Ama-fuse e-RDT8-PV angabizi kakhulu kanye nama-RDM5 breakers anesilinganiso sentengo nokusebenza esihamba phambili embonini
● Ama-RM-WF ahlakaniphile anekhono lokunqamula ukuxhuma okude ukuze kuvinjelwe ukwebiwa
● Umklamo wokubekezelelana kwamandla kagesi abanzi wezimo zegridi ezingazinzile
● Ama-MOQ aguquguqukayo aqala kumayunithi ayi-10 kuma-oda amancane ephrojekthi
✔️ Kungani Kufanele Ukhethe Abantu Abasebenzisa Ugesi Kumaphrojekthi Okugcina Amandla
1.Iphothifoliyo Yomkhiqizo Ephelele Kusukela Ekupheleni Kuya Ekugcineni: Kusukela kuma-fuse e-DC rack kuya kuma-transformer okuxhuma igridi kanye nokuqapha okuhlakaniphile, thola konke ukuvikelwa kukagesi kumhlinzeki oyedwa ukuze kuqinisekiswe ukuhambisana kanye nokuthengwa okulula.
2.Isitifiketi Esiqinile Se-IEC Global: Yonke imikhiqizo ihlangabezana nezindinganiso zakamuva ze-IEC 60269-6, IEC 60947-2 kanye ne-IEC 60076, ezamukelwa yiziphathimandla zegridi emazweni angu-87.
3.Ukulethwa Okuhamba Phambili Embonini Kwezinsuku Ezingama-30–45Imikhiqizo ejwayelekile ithunyelwa ngokushesha okuphindwe kabili kuya kathathu kunezimbangi zaseYurophu, okugcina iphrojekthi yakho ihambisana nesikhathi.
4.Ukwenza Ngokwezifiso Okuqondene Nemvelo: Ukuthuthukiswa okulungiselelwe ifektri kwezimo zokubanda, ukushisa, uthuli, ukugqwala kanye nokungazinzi kwegridi.
5.Ukusekelwa Komklamo Wobunjiniyela: Ithimba lethu lobuchwepheshe linikeza ukubalwa kosayizi we-fuse, ukuhlaziywa kokukhetha kokuvikela kanye nokusekelwa kokucushwa kwesistimu.
✔️ Ukulungele Ukucacisa Ukuvikelwa Okuthembekile Kwephrojekthi Yakho Yokugcina Izinto?
Xhumana nethimba lethu lamandla avuselelekayo emhlabeni wonke namuhla ukuze uceleusayizi wokuvikelwa kwesistimu yamahhala kanye nesilinganiso esenziwe ngokwezifiso, noma landa ikhathalogi yethu ephelele yemikhiqizo yokugcina amandla. Siphinde sinikeze ukwesekwa kokuhlola amasampula kanye nokwenza ngezifiso iphrojekthi ethile.
Isikhathi sokuthunyelwe: Juni-26-2026
