Inkcazo yeMeta: Funda ukuba yintoni inkqubo yokugcina amandla, indlela esebenza ngayo indawo yokugcina ibhetri, iintlobo eziphambili kunye nezicelo. Fumana izisombululo zokhuseleko kunye nokulinganisa eziqinisekisiweyo ze-IEC zePeople Electric kwiiprojekthi ze-ESS zokuhlala, ze-C&I kunye ne-utility-scale, kunye noqwalaselo oluhambelana ne-GEO kwiimarike ezi-6 zehlabathi.
EWENZHOU, eTshayina – nge-25 kaJuni ngo-2026 –Njengoko iigridi zitshintsha kwihlabathi liphela ukusuka kwi-fossil fuels ukuya kwi-renewables eziguquguqukayo, iinkqubo zokugcina amandla ziye zavela kwisisombululo esibalulekileyo sokuxhasa ukuya kwisiseko seenkqubo zamandla zanamhlanje. Idatha yeBloombergNEF ibonisa ukuba ukusasazwa kogcino lwamandla oluqokelelweyo kwihlabathi liphela kuya kudlula i-1,100 GWh ekupheleni kuka-2026, apho ibhetri ye-lithium-ion igcina ngaphezulu kwe-90% yokufakelwa okutsha.
Kubaphuhlisi beeprojekthi, ii-EPC kunye nabahlanganisi beenkqubo, ukuqonda indlela esebenza ngayo inkqubo yokugcina amandla linyathelo lokuqala kuphela. Ukhuseleko lwexesha elide, ubomi bomjikelo kunye nembuyekezo kutyalo-mali lwenkqubo yebhetri kuxhomekeke kakhulu kukhuseleko lombane, ukutshintsha kunye nokubeka esweni izixhobo kuzo zonke izigaba zokuhamba kwamandla. Izixhobo zokukhusela ezingachazwanga kakuhle zezona ziphambili zeziganeko zokubaleka kobushushu bebhetri, ixesha lokungasebenzi elicwangcisiweyo kunye nokuwohloka kwamandla ngokukhawuleza.
Kwesi sikhokelo, sichaza iziseko zeenkqubo zokugcina amandla, sihamba-hamba kwizinto zazo zangaphakathi eziphambili, sichaze iingozi ezibalulekileyo zombane kwinqanaba ngalinye, kwaye sibonise izisombululo zePeople Electric eziqinisekisiweyo yi-IEC ezilungiselelwe iimeko zemarike yengingqi.
✅️ Yintoni kanye kanye inkqubo yokugcina amandla?
Inkqubo yokugcina amandla (i-ESS) yiseti edibeneyo yezixhobo ezifunxa amandla ombane, ziwagcine ngendlela eyahlukileyo (yekhemikhali, yoomatshini, yobushushu), kwaye ziwakhuphe njengombane xa kufuneka.
Ngokungafaniyo neejenereyitha ezivelisa umbane kwipetroli, iinkqubo zokugcina zitshintsha umbane ngokuhamba kwexesha: zitshaja ngexesha lemfuno ephantsi okanye imveliso ephezulu evuselelekayo, kwaye zikhupha ngexesha lemfuno ephezulu, ukucima kwegridi okanye iziganeko zokulawula amaza.
Kwiigridi zamandla zanamhlanje, i-ESS inika amaxabiso amane aphambili:
● Ukucheba okucothayo: Inciphisa umthwalo wegridi ngexesha leeyure ezifunekayo kakhulu, ithintela amaxabiso ombane aphezulu kakhulu
● Amandla okugcina: Ibonelela ngamandla angaphazanyiswayo ngexesha lokucima kwegridi kwimithwalo ebalulekileyo
● Ukuhlanganiswa okuhlaziyekayo: Inciphisa ukuguquguquka okuvela ekuvelisweni kwelanga nomoya
● Iinkonzo ezincedisayo zegridi: Ibonelela ngolawulo lwamaza kunye nombane ukugcina uzinzo lwegridi
✅️Iintlobo eziphambili zeNkqubo zokugcina amandla
Iitekhnoloji zokugcina amandla zahlulwe ngokwendlela yazo yokugcina amandla. Ngayinye ineempawu zamandla ezahlukeneyo kunye nobude bexesha ezifanelekileyo kwiimeko ezahlukeneyo zokusetyenziswa.
⭕️ Ugcino lwamandla e-Electrochemical (iibhetri)
Iibhetri zeLithium-ion zezona teknoloji zibalaseleyo namhlanje, zibangela ngaphezulu kwe-90% yofakelo olutsha oluqhagamshelwe kwigridi.
● Eyona ilungileyo kwiIxesha lokukhululwa liyiyure eziyi-0.5–4, ligubungela uninzi lwezicelo zokuhlala, ze-C&I kunye neenkonzo zombane
● Iingenelo: Uxinano olukhulu lwamandla, ixesha lokuphendula ngokukhawuleza, ukuguquguquka kwemodyuli, ukwehla kweendleko
● Iinguqulelo eziqhelekileyo: I-LFP (i-lithium iron phosphate) yeenkqubo zoncedo kunye nezorhwebo, i-NMC yeenkqubo zokuhlala ezinoxinano olukhulu
⭕️ Ugcino lwamandla oomatshini
Indawo yokugcina amanzi epompelweyo iseyeyona ndawo inkulu yokugcina amanzi efakelweyo kwihlabathi liphela, kwaye ubuchwepheshe obutsha obufana nomoya ocinezelweyo kunye namavili ajikelezayo busebenza indima ebalulekileyo.
● I-hydro epompelweyo: Ukugcina ixesha elide kangangeeyure ezi-6–12 nangaphezulu, kulungele ukutshintsha amandla kwinqanaba legridi enkulu
● Iinqwelomoya ezibhabhayo: Impendulo ekhawulezayo kakhulu yenqanaba lesibini yokulawula iifrikhwensi kunye nezicelo zomgangatho wamandla
● Ugcino lwamandla omoya ocinezelweyo (ii-CAES): Indawo yokugcina izinto eziluncedo ixesha elide kwimimandla eneemeko ezifanelekileyo zejoloji
⭕️ Ezinye iiTekhnoloji zoGcino-zincwadi
● Iibhetri zokuhamba kwamanzi: Indawo yokugcina ixesha elide enobomi obungaphezu kwe-10,000, ilungele ukusetyenziswa kokukhupha amanzi iiyure ezi-4–12
● Ii-Supercapacitors: Amandla aphezulu kakhulu, ukukhupha ixesha elifutshane ukuze kuthambise amandla aphezulu
Ngokwesikali sesicelo, iinkqubo zokugcina zahlulwe zibe ngamacandelo amathathu: iindawo zokuhlala (5–20 kWh), ezorhwebo nezemizi-mveliso (100 kWh–10 MWh), kunye nesikali sezixhobo zokusebenza (10 MWh+).
✅️ Izinto eziphambili zeNkqubo yokugcina amandla ebhetri (BESS)
Inkqubo yokugcina iibhetri ye-lithium-ion yanamhlanje yisakhiwo esineengqimba ezinokhuseleko olukhethekileyo kwinqanaba ngalinye. Apha ngezantsi sichaza umaleko ngamnye kunye nezisombululo zawo zokhuseleko lombane ezihambelanayo ezivela kwiPeople Electric.
⭕️ I-Battery Array kunye ne-DC Bus Layer
Umsebenzi weNkquboIiseli zebhetri nganye nganye zipakishwa kwiimodyuli, ezidityaniswe ngochungechunge ukwenza iirakhi zebhetri (iiklusters) ezifikelela kwi-voltage yokusebenza ye-600–1500V DC. Iirakhi ezininzi ziqhagamshelana ngaxeshanye nebhasi ephambili yeDC, zingena kwi-inverter ye-bidirectional.
◆Iingozi Eziphambili Zombane
● Imisinga yempazamo emacala mabini ngexesha lokutshaja kunye neendlela zokukhupha
● Iimpazamo ze-DC arc ezingenayo indawo yendalo yokuwela u-zero
● Iziganeko ze-short-circuit ezinamandla aphezulu kakhulu okusilela
● Ukusasazwa kwe-thermal runaway phakathi kwee-racks
◆Izisombululo ezihambelana nombane zabantu
● IiFuses zeDC zeRDT8-PV Series: Izinto zefuse ezilinganiswe yi-gPV ezinesantya sokuphuka esingaphantsi kwe-2ms, eziqinisekiswe yi-IEC 60269-6. Zibonelela ngokhuseleko lombane ogqithisileyo kunye nolwe-short-circuit olukwinqanaba le-rack, zikhupha ii-rack ezineengxaki ngaphandle kokuvala yonke inkqubo.
● Ii-RDM5-PV Series DC Molded Case Circuit Breakers: I-DC 1000V/1500V ilinganiswe ngamagumbi okucima i-arc azinikeleyo kunye nokukwazi ukuqhekeza i-bidirectional. Isebenza njengesixhobo esiphambili sokukhupha nokukhusela ibhetri nganye, idibanisa ukhuselo lokwahlukanisa, umbane ogqithisileyo kunye nolwe-short-circuit kwiyunithi enye.
⭕️Umaleko weNkqubo yoGuqulo lwaMandla (i-PCS)
Umsebenzi weNkquboInkqubo yokuguqula amandla e-bidirectional (PCS, okanye i-hybrid inverter) yingqondo ye-ESS. Iguqula amandla ebhetri ye-DC abe ngamandla e-AC ahambelana negridi xa ikhutshwa, kwaye ilungisa i-grid AC ibe yi-DC xa itshajwa, ngelixa ilawula umgangatho wamandla kunye nokuhambelana nekhowudi yegridi.
◆Iingozi Eziphambili Zombane
● Ukuphazamiseka kweHarmonic okuvela ekutshintsheni okuqhelekileyo
● Ukugqithisa kwe-grid, ukungabi namandla ombane kunye nokungahambi kakuhle kwe-frequency
● Imisinga yokungena ngexesha lokutshintsha kwe-PCS ngaxeshanye
● Iingozi zokhuseleko lokusebenza kweziqithi
◆Izisombululo ezihambelana nombane zabantu
● Ii-RDW5 Series Intelligent Air Circuit Breakers (200A–6300A): Kwi-C&I kunye nee-switchboards ze-AC ezisetyenziswa kakhulu. Zine-coordination yokhuseleko ekhethiweyo, ukujonga umgangatho wamandla ngexesha langempela kunye nokugcinwa kwangaphambili, ukwahlula iimpazamo kwicala le-AC ngaphandle kokususa inkqubo yokugcina yonke ngaphandle kwe-intanethi.
● Abaphuli beeSekethe zeTyala eziBunjiweyo ze-RDM5 Series: Ukukhusela icala le-AC elincinci lezorhwebo nelezindlu, kunye nezicwangciso zokuhamba ezihlengahlengiswayo ezilinganiswe ngokuchanekileyo kwiireyithingi zeziphumo ze-PCS.
⭕️Ulwakhiwo loSasazo lwe-AC kunye neMetering
Umsebenzi weNkquboIiphaneli zokusasazwa kwe-AC ziqokelela imveliso evela kwiiyunithi ezininzi ze-PCS, zisasaze umbane kwimithwalo esesikolweni okanye kwindawo yoqhagamshelo lwegridi, kwaye zilinganise ukuhamba kwamandla ukuze kuhlawulwe kwaye kulandelwe ukusebenza.
◆Iingozi Eziphambili Zombane
● Iingozi zamandla aseleyo kunye nokuvuza kwamanzi kwi-island mode
● Ukulinganiswa kwamandla okungachanekanga okukhokelela ekulahlekelweni yingeniso
● Ukungabonakali kakuhle kwindlela esebenza ngayo inkqubo
◆Izisombululo ezihambelana nombane zabantu
● Iimitha zeMisebenzi emininzi zeRM858 Series: Umlinganiselo wamandla ochanekileyo weklasi ye-0.5S, owamkelekileyo ukuhlawulwa kwerhafu kwiimarike ezininzi. Unxibelelwano olupheleleyo lweModbus-RTU lwenza kube lula ukuhlanganiswa kweenkqubo zolawulo lwamandla (EMS) ukuze kulandelelwe ukutshaja/ukukhupha igesi ngexesha langempela.
● Ii-RM-WF Series Smart WiFi Breakers: Ukufakela ii-ESS zezindlu nezorhwebo ezincinci, okuvumela ulawulo lokuvula/ukucima olukude, ixesha lokusebenzisa intlawulo/ukucwangcisa ukukhupha kunye nokulinganisa amandla ngexesha langempela nge-APP yeselula.
⭕️Uqhagamshelo lweGridi kunye noMaleko oNyuka ngeNyathelo
Umsebenzi weNkquboKwiinkqubo ezinkulu nezinkulu zorhwebo, ii-step-up transformers ziphakamisa i-AC ene-voltage ephantsi (ngesiqhelo i-400V) ukuya kwi-voltage ephakathi (10kV, 35kV) ukuze zidlulisele umgama omde ngokufanelekileyo kwindawo yegridi ye-common coupling.
◆Iingozi Eziphambili Zombane
● Imithwalo ye-harmonic engekho mgca ibangela ukugqithisa kakhulu kwe-transformer kunye nokuguga kwe-insulation
● Ukuguquguquka rhoqo komthwalo okukhawulezisa ukuguguleka koomatshini
● Ukuchatshazelwa yimozulu kunye nokugqwala kwesitishi esingaphandle
◆ Izisombululo ezihambelana nombane zabantu
● IiTransformers ze-S11-M ezifakwe kwi-oyile / iiTransformers ze-ScB14 Series Cast Resin: Uyilo lwe-inverter-duty olulungiselelwe imithwalo ye-harmonic engekho-linear, lunciphisa iingozi ze-hot-spot kwaye lwandisa ubomi benkonzo ngama-20–30% xa kuthelekiswa nee-transformers eziqhelekileyo.
● Ukudibanisa i-medium-voltage switchgear kunye ne-protection relays ukuze ufumane izisombululo ezipheleleyo zoqhagamshelo lwegridi.
⭕️Ulawulo lwaMandla kunye noLawulo lweMisebenzi
Umsebenzi weNkquboIqonga le-EMS lijonga imeko yenkqubo yentlawulo (i-SOC), imeko yempilo (i-SOH), ubushushu kunye nokuhamba kwamandla, kwaye lizenzekela ngokuzenzekelayo ishedyuli yentlawulo/yokukhupha ukuze longe iindleko okanye ingeniso yenkonzo yegridi.
◆ Iingozi Eziphambili Zombane
● Ukungahambelani kweprotocol phakathi kwezinto
● Ukulibaziseka kokufunyanwa kwempazamo okukhokelela ekusileleni kokusilela
● Ukunqongophala kokufikelela kude kwiinqanawa zokugcina izinto ezisasazekileyo
◆Izisombululo ezihambelana nombane zabantu
● Zonke iimveliso zokhuseleko kunye nokulinganisa zixhasa unxibelelwano oluqhelekileyo lweModbus-RTU, oluhambelana nazo zonke iiplatifomu eziphambili zeBMS kunye ne-EMS
● Uthotho lwe-RM-WF lubonelela ngoqhagamshelo lwelifu olwakhelwe ngaphakathi lolawulo lweenqwelo-moya ezikude ezifakelwayo nezidlalwayo
● Ukuthobela ngokupheleleyo i-IEC 61000 EMC kuqinisekisa ukuba akukho kuphazamiseka kwenkqubo yolawulo nonxibelelwano
✅️ Izisombululo ze-ESS ezilungiselelwe i-GEO ngokweNgingqi
Iimeko zemozulu zengingqi, imigangatho yegridi kunye nolwakhiwo lwemarike zifuna ulungelelwaniso lweemveliso ezahlukeneyo. Apha ngezantsi kukho iingcebiso ezenzelwe wena kwiimarike zethu ezintandathu eziphambili.
⭕️IRashiya kunye neAsia Ephakathi: I-ESS Ekumgangatho Obandayo kwiMizi-mveliso ekude kunye neeMicrogrids
▋Umxholo weMarikeImakethi yokugcina amandla eRashiya ikhula ngama-42% ngonyaka, iqhutywa ziindawo zokwemba ezingaphandle kwegridi, iinkqubo zamandla zasezilalini ezikude kunye namandla okuxhasa amashishini. Amaqondo obushushu asebusika angaphantsi kwe--40°C enza ukuba izixhobo zokugcina zorhwebo ezisemgangathweni zingathembeki, kwaye iindlela zokuphuma kuphawu lwaseNtshona zidale umsantsa omkhulu wokubonelela.
▋Isisombululo sethu esilungiselelwe wena
● Iifusi ze-RDT8-PV ezikumgangatho ophantsi kunye nee-RDM5-PV breakers eziqinisekisiweyo ukuba zisebenza nge--40°C
● Iitransformer ze-S11-M ezimelana nokubanda ezinolwelo lokukhusela ukuqandisa
● Isatifikethi se-IEC samkelwe ngokuthe ngqo phantsi kokwamkelwa kwe-IEC-GOST
● Ukuhanjiswa kweentsuku ezingama-30 kwalapha ekhaya nge-Moscow assembly hub
⭕️UMbindi Mpuma kunye neAfrika: I-ESS Elungele Intlango yokusetyenziswa kweSolar + Ugcino lweSolar
▋Umxholo weMarikeUMbindi Mpuma uqalise iiprojekthi zokugcina amandla elanga ezisebenzisa i-gigawatt, apho iSaudi Arabia ijolise kwi-12 GW yamandla okugcina adibeneyo ngo-2027. E-Afrika, iinkqubo zokugcina zorhwebo zithatha indawo yeejenereyitha zedizili ezibizayo. Amaqondo obushushu afikelela kwi-55°C kunye nothuli lwesanti olusasazekayo zezona zinto ziphambili ezisongela ukuthembeka.
▋Isisombululo sethu esilungiselelwe wena
● Iziphuli ze-RDM5-PV ezingangeni uthuli ze-IP54 kunye nezibambi zefuse ze-RDT8-PV ezizinzisiweyo ze-UV
● Iitransformer ezikumgangatho ophezulu ezilungiselelwe ukusebenza kwindawo engqongileyo ngamaqondo obushushu obuphezulu angama-55°C
● Izitishi ezingaphantsi ze-ZBW ezicwangcisiweyo ezilungiselelwe kwangaphambili ukuze zisetyenziswe ngokukhawuleza entlango
● Ukuthembeka kwentsimi okuqinisekisiweyo kwiprojekthi zelanga zaseSaudi ezingama-500MW+
⭕️ Umzantsi-mpuma we-Asia: I-ESS Engamelani Nokugqwala kwi-Industrial Peak Sheaving
▋Umxholo weMarikeUkufuduswa kwemizi-mveliso kuqhuba ukukhula okukhulu kokugcinwa kwamandla kwimizi-mveliso kulo lonke elaseIndonesia, eVietnam naseMalaysia. Izakhiwo zisebenzisa indawo yokugcina ukuze kuncitshiswe imfuno ephezulu kunye namandla okuxhasa umbane phakathi kokuphazamiseka rhoqo kwegridi. Ukufuma okuphezulu kunye netyuwa ephuma elunxwemeni kuyakhawulezisa ukugqwala kwezinto zombane.
▋Isisombululo sethu esilungiselelwe wena
● Iziqhekeza ze-RDM5-PV kunye ne-RDM5 ezigqunywe nge-Conformal ukuze zikwazi ukumelana nokugqwala kwesitshizi setyuwa
● Ukhuseleko oluphuculweyo lwe-over/undervoltage kwiimeko zegridi ezibuthathaka
● Ii-resin transformers ze-SCB14 cast resin zeendawo ezifumileyo zangaphakathi kwifektri
● Inkxaso yobugcisa yasekuhlaleni ngeziko leenkonzo laseJakarta
⭕️ IYurophu: I-ESS ehambelana neMithetho yeeMarike zeZindlu kunye nezoRhwebo
▋Umxholo weMarikeIYurophu ikhokela imarike yokugcina amandla eendawo zokuhlala kwihlabathi liphela, iqhutywa ngamaxabiso ombane arekhodiweyo kunye nemigaqo yokunciphisa ikhabhoni ye-EU. Ukuthobela ngokungqongqo i-IEC/CE, imigangatho ye-EMC kunye neemfuno zokuchaneka kwemitha ziyimfuneko ukuze kufikelelwe kwimarike.
▋Isisombululo sethu esilungiselelwe wena
Uluhlu olupheleleyo lwemveliso oluqinisekisiweyo lwe-IEC 60269-6 / IEC 60947-2
Iimitha ezingama-RM858 ngemvume ye-MID yokulinganisa iirekshini ezimbini zenqanaba lokuhlawula
Iitransformer ze-S13 ezilahleko eziphantsi kakhulu ezihlangabezana neemfuno ze-EU Tier 2 ecodesign
Iprotokholi ye-Open Modbus ehambelana nazo zonke iiplatifomu ezinkulu ze-EMS kunye ne-BMS zaseYurophu
⭕️ UMntla Melika: I-ESS yokuhanjiswa ngokukhawuleza kwiZiko leDatha kunye neeProjekthi zeZixhobo zoNcedo
▋Umxholo weMarikeUkusasazwa kweendawo zokugcina amandla eMntla Melika kukhule ngama-83% ngonyaka kwikota yokuqala ka-2026, okuqhutywa ziiprojekthi zokugcina amandla okugcina idatha ye-AI kunye neendawo zokugcina izinto ezisetyenziswayo. Umsantsa wobonelelo ngama-30% kwizixhobo zombane kunye nexesha lokunika iinkonzo kwiimveliso ezinkulu zeeveki ezili-128 ube ngumqobo omkhulu kubaphuhlisi beeprojekthi.
▋Isisombululo sethu esilungiselelwe wena
● Ukuhanjiswa okukhawulezileyo kweentsuku ezingama-30–45 kuzo zonke iimveliso zokukhusela ze-ESS eziqhelekileyo
● Izixhobo eziqinisekiswe yi-IEC zamkelwe kwizicelo zeprojekthi zoncedo kunye nezemizi-mveliso
● Inkxaso yovavanyo lwentsimi ye-NRTL iyafumaneka kwiimfuno ezithile zeprojekthi
● Iitransformer ezithobela i-IEEE zezikhululo zokugcina izinto ezisetyenziswa kakhulu
⭕️ILatin America: I-ESS Engabizi kakhulu kwiMveliso eSasazwayo
▋Umxholo weMarikeUgcino lwamandla olusasazwayo luyanda kulo lonke elaseMexico naseBrazil, luqhutywa ziindleko eziphezulu zombane, ukucima rhoqo kwegridi kunye nokukhula okukufutshane kwemizi-mveliso. Ubuthathaka bamaxabiso kunye namazinga aphezulu okubiwa kombane zibonakalisa imakethi.
▋Isisombululo sethu esilungiselelwe wena
● Iifusi ze-RDT8-PV ezingabizi kakhulu kunye nee-RDM5 breakers ezinomlinganiselo wexabiso nokusebenza ohamba phambili kushishino
● Iziqhekezi ezikrelekrele ze-RM-WF ezinokukwazi ukuqhawula umbane kude ukuze kuthintelwe ubusela
● Uyilo lokunyamezelana kwe-voltage ebanzi kwiimeko zegridi ezingazinzanga
● Ii-MOQ eziguquguqukayo eziqala kwiiyunithi ezili-10 zee-odolo zeprojekthi ezincinci
✔️ Kutheni Ukhetha Abantu Abasebenzisa Umbane Kwiiprojekthi Zokugcina Amandla
1.Ipotifoliyo yeMveliso epheleleyo ukususela ekuqaleni ukuya ekupheleni: Ukususela kwii-DC rack fuses ukuya kwii-transformers zoqhagamshelo lwegridi kunye nokubeka esweni ngobuchule, khangela lonke ukhuseleko lombane kumthengisi omnye ukuze kuqinisekiswe ukuba uhambelana kwaye kube lula ukuthenga.
2.Isiqinisekiso esiqinileyo se-IEC GlobalZonke iimveliso ziyahlangabezana nemigangatho yamva nje ye-IEC 60269-6, IEC 60947-2 kunye ne-IEC 60076, eyamkelweyo ziingcali zegridi kumazwe angama-87.
3.Ukuhanjiswa kweentsuku ezingama-30–45 ezikhokelayo kushishinoIimveliso eziqhelekileyo zithunyelwa ngokukhawuleza okuphindwe kabini ukuya kathathu kunezo zikhuphisana nazo eYurophu, nto leyo egcina iprojekthi yakho ikwixesha elicwangcisiweyo.
4.Ukwenziwa ngokwezifiso ngokwendalo: Uhlaziyo olucwangciswe ngumzi-mveliso kwiimeko zokubanda, ubushushu, uthuli, ukugqwala kunye nokungabikho kozinzo kwigridi.
5.Inkxaso yoYilo loBunjineliIqela lethu lobuchwephesha libonelela ngokubalwa kobungakanani befuse, uhlalutyo lokukhetha ukhuseleko kunye nenkxaso yoqwalaselo lwenkqubo.
✔️ Ukulungele ukucacisa ukhuseleko oluthembekileyo lweprojekthi yakho yokugcina izinto?
Nxibelelana neqela lethu lamandla avuselelekayo lamazwe ngamazwe namhlanje ukuze uceleubungakanani bokhuseleko lwenkqubo yasimahla kunye nesicatshulwa esenziwe ngokwezifiso, okanye ukhuphele ikhathalogu yethu epheleleyo yemveliso yokugcina amandla. Sikwabonelela ngenkxaso yovavanyo lweesampuli kunye nokwenza ngokwezifiso iprojekthi ethile.
Ixesha leposi: Juni-26-2026
