Uyilo lweDynamic oluSasazweyo (i-DDA): Ukuchaza ngokutsha i-Modular Scalability kwiinkqubo ze-DC ezinamandla aphezulu

Uphuhliso Loyilo lwe-Power Electronics: Uhlalutyo Oluneenkcukacha Lobuchwephesha lwe-Distributed Dynamic Architecture kunye nendima yalo ekuchazeni ngokutsha i-Modular Scalability kwiiNkqubo zeZiseko zokuTshaja iiMoto eziNamandla aphezulu zexesha elizayo

Isishwankathelo

Njengoko izithuthi zombane zehlabathi (ii-EV) zitshintsha ukusuka ekusetyenzisweni kwangoko ukuya ekungeneni okukhulu kwimarike, iimfuno zeziseko zokutshaja ziye zatshintsha ukusuka ekunikezelweni kwamandla okulula ukuya kulawulo oluntsonkothileyo, olunamandla aphezulu. Uyilo lwendabuko lokutshaja oluphakathi, oluxhomekeke kwiiyunithi zamandla ezinkulu, ezizimeleyo, alwanelanga ukuhlangabezana neemfuno zeendawo ezinabantu abaninzi kunye neentlobo ezahlukeneyo zezithuthi. Eli nqaku lazisa i-Distributed Dynamic Architecture (i-DDA) njengepharadigm yotshintsho kwi-electronics yamandla. Ngokusebenzisa i-matrix switching logic kunye nokwabiwa kwemodyuli yamandla e-granular, i-DDA ibonelela ngokuguquguquka okungakaze kubonwe ngaphambili kunye nokusebenza kakuhle. Sinikezela ngohlalutyo lobuchwephesha oluqinileyo lwe-DDA's control logic, imodeli yomzimba yokusebenza kwayo kobushushu kunye nombane, kunye nohlalutyo olupheleleyo lwemodeli yeshishini olubonisa i-Total Cost of Ownership yayo ephezulu (i-TCO). Olu lwakhiwo aluchazi kuphela ukuguquguquka kodwa luqinisekisa ukuqina kunye nokuqinisekiswa kwexesha elizayo kweziseko ze-DC ezinamandla aphezulu.

1. Intshayelelo: Ingxaki Ezayo Yolwakhiwo Lwezakhiwo Eziphakathi zeDC

Kwiminyaka elishumi edlulileyo, umgangatho wokutshaja ngokukhawuleza kwe-DC (DCFC) ubuyimodeli ethi “Stand-alone” okanye “Centralized Cluster”. Kwezi nkqubo, amandla amiselweyo—ngesiqhelo angama-50kW, 150kW, okanye 350kW—anikezelwa kwisixhobo esinye sokuhambisa. Nangona isebenza kakuhle kwiindawo ezincinci, le “Stiff Architecture” ineziphene ezintathu ezibalulekileyo:

1. Amaxabiso aphantsi okusetyenziswa:Ukuba isithuthi esinamandla okuthwala amandla angama-50kW kuphela singena kwitshaja ye-350kW, amandla okuthwala amandla angama-300kW ahlala engasebenzi kwaye ezinye izithuthi azikwazi ukufikelela kuwo.
2. Ingongoma enye yokusilela:Ukuba iyunithi yamandla ephakathi iyasilela, yonke indawo yokutshaja iyacinywa.
3. Ukwanda okungafanelekanga:Ukongeza umthamo kudla ngokufuna uhlengahlengiso olupheleleyo lweziseko zombane zesiza kunye nokutshintshwa kweekhabhathi.

Ngowama-2026, njengoko imfuno yokutshaja i-480kW kunye ne-600kW kwiilori ezinzima kunye neemoto zabakhweli ezisebenza kakuhle ikhula, imida yeenkqubo ezikwindawo enye iye yaba yingxaki. I-Distributed Dynamic Architecture (DDA) ivela njengenguquko efunekayo.

2. Ukuchaza i-Distributed Dynamic Architecture (DDA): Utshintsho lweParadigm

I-DDA ihlukanisa "ukuveliswa kwamandla" ukusuka kwi-"Power Dispensing." Kwinkqubo ye-DDA, indawo yokugcina amandla ephakathi ineemodyuli zamandla ezitshintshiselwayo neziqhelekileyo (umz., iiyunithi ezingama-20kW, ezingama-30kW, okanye ezingama-40kW). Ezi modyuli azinantambo eqinileyo kwizisasazi ezithile; endaweni yoko, ziqhagamshelwe kwi-"Dynamic Matrix Switch."

2.1 Ingcamango yokutshintsha iMatrix

Eyona nto iphambili kwi-DDA kukukwazi ukuhambisa nayiphi na imodyuli kuyo nayiphi na i-dispenser ngexesha langempela. Oku kuvumela inkqubo ukuba ihlanganise amandla ngokuchanekileyo ngokwesicelo sesithuthi. Umzekelo, ihabhu ye-DDA engama-600kW ingabonelela ngaxeshanye:

• Ilori yombane eyi-350kW.
• I-150kW kwi-SUV yodidi oluphezulu.
• Iimoto ezimbini ze-50kW eziya kwiiveni zokuhambisa.

Ukuba imoto enye iyahamba, iimodyuli zayo ezibekelwe yona zikhutshwa ngoko nangoko zibuyele kwi "Power Pool" kwaye zinokuthunyelwa kumsebenzisi omtsha okanye okhoyo.

3. Ukuphunyezwa kwezixhobo: Ingqiqo yeSitshintshi seMatrix

Ukuphunyezwa kwe-DDA ngokubonakalayo kufuna amandla e-elektroniki aphucukileyo anokukwazi ukutshintsha i-frequency ephezulu ngaphandle kokwehla okukhulu kwe-voltage okanye ukuphazamiseka kwe-electromagnetic (EMI).

3.1 I-Topology yeModyuli yamandla

Iinkqubo ze-DDA zanamhlanje zisebenzisa ii-SiC (Silicon Carbide) MOSFETs kwinqanaba le-DC/DC ukuze zifikelele ekusebenzeni okungaphezulu kwe-97%. Ezi modyuli ziyilwe nge-topology ye-"Interleaved LLC Resonant Converter", enciphisa ilahleko zokutshintsha kwaye ivumela i-compact form factor.

3.2 I-Dynamic Routing Logic

I-"Matrix Switch" ilawulwa yi-DSP ekhawulezayo (iDigital Signal Processor). Xa imoto iqala ukuxhawulana (ISO 15118), le ngqiqo yehardware ilandelayo iyenzeka:

1. Cela Ukwamkelwa:Isixhobo sokuhambisa sidlulisela "Amandla okuJolisa" kwisithuthi kuMlawuli oPhakathi.
2. Ukujonga Ubungakanani Bezinto Ezisetyenzisiweyo kwiModyuli:Umlawuli uchonga iimodyuli ezikhoyo echibini.
3. Ukwenziwa koTshintsho:Iireyi eziqinileyo okanye iicontactors ezinesantya esiphezulu zivala isekethe phakathi kweemodyuli ezinikiweyo kunye nebhasi ethile ye-DC enika i-dispenser.
4. Ungqamaniso:Umlawuli uqinisekisa ukuba zonke iimodyuli ezinikiweyo zihambelana ngokwemigangatho yevolthi yokuphuma kunye nesigaba ngaphambi kokuba i-contactor ephambili yesithuthi ivalwe.

4. I-Control Logic: Ukulinganisela Umthwalo Oguquguqukayo kunye noKwabiwa kweGranular

Ubulumko bokwenyani be-DDA bukwisoftware yayo. Ngokungafaniyo neemodeli zemveli ze-"Equal Sharing", i-DDA isebenzisa "Ulwabiwo lweGranular oluSekelwe kwiDimand."

4.1 I-Algorithm yoKwabiwa okuPhambili

Ingqiqo yokulawula isebenza kumjikelo we-10ms, iphinda ivavanye rhoqo usasazo lwamandla ngokusekelwe koku:

• IiKhova zeSoC:Njengoko ibhetri igcwalisa, izinga lokwamkelwa kwayo liyehla. I-DDA iyayibona le nto ize "ivune" iimodyuli zamandla ezigqithisileyo ukuze zikhonze ezinye izisasazi.
• Amanqanaba Abasebenzisi:Abasebenzisi beprimiyamu okanye izithuthi zongxamiseko banokunikwa "iiModyuli eziGciniweyo" ezithatha indawo yokuqala kuneeseshoni zokutshaja eziqhelekileyo.
• Imiqobo yeGrid:Ukuba igridi iyonke yendawo idlula umda, umlawuli we-DDA wenza "iMicro-Shedding," enciphisa isabelo kwi-dispenser nganye ngemodyuli enye (umz., 20kW) endaweni yokunqumla i-dispenser yonke.

4.2 Ukuphathwa Kweempazamo kunye neLogic Yokungafuneki Komsebenzi

I-DDA inika ukuphindaphinda kwe-N+1 okuqhelekileyo. Ukuba imodyuli enye yamandla iyasilela:

1. Ukuzixilonga:I-sensor yangaphakathi yemodyuli ibona impazamo (umz., ubushushu obugqithisileyo okanye i-short circuit).
2. Ukubekwa wedwa:Imodyuli yahlulwe nge-elektroniki kwiMatrix Switch.
3. Ukwabiwa kwakhona:UMlawuli oPhakathi unika ngokuzenzekelayo imodyuli elandelayo ekhoyo kwiseshoni esebenzayo. Umsebenzisi ufumana ukuhla kwamandla okomzuzwana (okanye akukho ukuhla ukuba kukho i-spare ekhoyo), kodwa iseshoni iyaqhubeka ingaphazanyiswa.

[Iyaqhubeka kwicandelo elilandelayo...]

5. Ukumodela okuPhilayo: Amandla okuSebenza kakuhle kunye noLawulo loBushushu

Ukuqinisekisa ukongama kwe-DDA, kufuneka sibonise ukusebenza kwayo phantsi kweemeko zomthwalo oguquguqukayo xa kuthelekiswa netshaja engashukumiyo ye-350kW.

5.1 Uhlalutyo lweKreve yoKusebenza kakuhle

Iimodyuli zamandla zihlala zifikelela kwi "Peak Efficiency Zone" yazo kwi-50-80% yomthwalo wazo olinganisiweyo. Kwitshaja engashukumiyo ye-350kW, ukuba imoto itsala i-70kW kuphela (umthwalo we-20%), yonke inkqubo isebenza kwi "Low-Efficiency Tail," apho ilahleko zokutshintsha zilawula khona. Kwinkqubo ye-DDA, umlawuli usebenzisa kuphela inani leemodyuli ezifunekayo ukufikelela kwithagethi ye-70kW (umz., iimodyuli ezintathu ze-25kW). Ezi modyuli zintathu zisebenza kwi-93% yomthwalo (High-Efficiency Zone), ngelixa ezinye iimodyuli zifakwa kwi "Deep Sleep."

I-Equation yeModeli yoKusebenza kakuhle:$$\eta_{total} = \frac{\sum_{i=1}^{n} (P_{out,i})}{\sum_{i=1}^{n} (P_{out,i} / \eta_i) + P_{static}}$$ Apho i-$\eta_i$ isebenza kakuhle kwimodyuli i-$i$, kwaye i-$P_{static}$ ingaphezulu kwesilawuli esiphakathi kunye nenkqubo yokupholisa. Kwi-DDA, i-$n$ iyancitshiswa ukuze igcine i-$\eta_i$ ikwizinga eliphezulu.

5.2 Imodeli yoBushushu: Ukupholisa okuPhakathi vs. Ubushushu obuSasazwayo

Ihabhu ye-DDA igxininisa ukuveliswa kobushushu kwi-Power Vault enye. Oku kuvumela izisombululo zokupholisa ezikumgangatho wemizi-mveliso ezisebenza kakuhle kakhulu kuneefeni ezincinci, ezine-rpm ephezulu ezisetyenziswa kwiitshaja ezizimeleyo. Eli qela lihlalutye imodeli ethi “Liquid-to-Air Heat Exchanger” ye-1.2MW DDA vault:

• Isiphumo:Ukupholisa okuphakathi kunciphisa ukusetyenziswa kwamandla apheleleyo e-parasites ngama-22% xa kuthelekiswa neeyunithi ezisibhozo ze-150kW.
• Ukuthembeka:I-vault igcina ubushushu obungaguqukiyo bangaphakathi obuyi-25°C, nto leyo eyandisa ubomi bezinto zeSiC ngama-40%.

6. Impembelelo yoQoqosho: Ixabiso lilonke lobunini (i-TCO) kunye neeModeli zeShishini

I-DDA ayisiyonto yokuphucula ubuchwepheshe kuphela; iyimfuneko yemali kwii-CPO ezinkulu.

6.1 Imodeli yezeMali ethi “Idle Capacity”

Cinga ngehabhu ye-dispenser ene-10. Kwimodeli engashukumiyo (150kW nge-dispenser), i-CPO ihlawulela umthamo we-1.5MW. Ukuba umthamo oqhelekileyo wesithuthi ngasinye yi-60kW, umthamo we-900kW "awusebenzi." Kwimodeli ye-DDA, i-CPO inokufaka iimodyuli zamandla ezingama-800kW kuphela kwi-dispenser ezifanayo ezili-10, isazi ukubangaxeshanyeI-peak draw ayifane ifikelele kwi-theory maximum. Olu "Ratio lokubhalisela ngaphezulu" (umz., 1.8:1) luvumela i-CPO ukuba:

• Nciphisa iCapex yokuqala nge-30%.
• Nciphisa iindleko zoqhagamshelo lwegridi.
• Nyusa "Ingeniso nge-kW nganye yoMthamo oFakiweyo."

6.2 Ukugcinwa Nokulungiswa Kwezinto

Kwitshaja yesiqhelo, ukusilela kwecandelo kudla ngokufuna ingcali ekhethekileyo ukuba ihlukanise iyunithi kwindawo yayo, nto leyo ekhokelela kwiintsuku zokungasebenzi.

• Ukutshintshana Okushushu:Imodyuli ye-30kW enengxaki ingatsalwa ize itshintshwe kwimizuzu emi-5 ngumsebenzi wolondolozo jikelele.
• Inkonzo yeZero-Downtime:Ezinye iindawo zehabhu zisebenza ngexesha lokutshintshwa.
• Ukunciphisa i-Opex:Olu hlobo lwemodyuli lunciphisa i-Opex enxulumene nokugcinwa kwayo ngama-65% kwiminyaka eli-10.

7. Imephu yeNdlela yokuKhula: "Umthetho wokuKhula"

I-DDA ivumela "ukuKhula okuNjengexesha Elifanelekileyo." I-CPO inokuqalisa indawo nge-vault yamandla engama-240kW kunye nezithuthi ezimbini. Njengoko imfuno ikhula, banokwenza oku ngokulula:

1. Yongeza iiModyuli:Faka ezinye iiyunithi ezingama-30kW ukuze ufikelele kwi-480kW okanye kwi-720kW.
2. Yongeza iiDispenser:Qhagamshela ezinye "iiSatellite Dispensers" kwiPower Vault ekhoyo ngaphandle kokufuna uqhagamshelo olutsha lwegridi okanye ukuphuculwa kwetransformer (ukuba ivault yayinobukhulu obungaphambili).

Ngowama-2028, silindele iindawo ze-"Mega-DDA", apho i-vault ye-2MW inceda abasasazi abangama-20, kuquka neendlela ezinikezelweyo zeeshuttles zombane ezizenzekelayo kunye neelori ezihamba ixesha elide.

8. Isifundo seTyala: Ukusasazwa kwe-“Green Logistics Centre”

Uvavanyo luka-2026 kwiziko elikhulu le-e-commerce eShanghai lubonise inzuzo ye-DDA. Le ndawo yayilawula iiveni zokuhambisa ezingama-50 kunye neelori ezinzima ezi-5.

• Inkqubo Endala:Iitshaja ezili-10 ezizimeleyo ze-120kW. Ukukhubeka rhoqo kwegridi kunye nokutshaja kancinci kwiilori ezinzima.
• Inkqubo ye-DDA:I-Vault enye ye-1MW enee-dispenser ezili-12.
• Isiphumo:Inkqubo ye-DDA itshintshe ngempumelelo i-400kW yaya kwilori enzima ngelixa ngaxeshanye itshaja iiveni ezili-10 kwi-60kW nganye. Ixesha eliqhelekileyo lokutshaja iiveni lehle nge-15% kuba zazingasakwazi "ukugxothwa" ngumda omiselweyo we-50kW.

9. Isiphelo: Ikamva Lisasazwe

I-Distributed Dynamic Architecture imele "iSigaba soKukhula" seziseko ze-EV. Isusa ishishini kwindlela yokucinga "ngeHardware-Centric" liye kwindlela yokucinga "ngeResource-Centric". Ngokuphatha amandla njengomthombo oguquguqukayo, oguqukayo onokuhanjiswa, udityaniswe, kwaye ulungiswe, i-DDA ibonelela ngendlela ekuphela kwayo efanelekileyo yokufakelwa umbane okuxineneyo, okunamandla aphezulu. Kwii-OEM, ii-CPO, kunye nabaqhubi begridi, ukwamkelwa kwe-DDA akuyonto ibalulekileyo.ifkodwaikhawuleza kangakanani.

Izihlomelo zobugcisa zeNqaku 62

A1. I-Matrix Switch Control Logic (ikhowudi ye-Pseudo)

“`python def allocate_power(request_kw, module_pool): allocated_modules = [] current_power = 0

Hlela iimodyuli ngokusebenza kakuhle/ngeeyure zokusetyenziswa

ii-available_modules = sorted([m kwi-m kwi-module_pool ukuba m.status == 'IDLE'], key=lambda x: x.hours)

kwi-m kwiimodules_ezifumanekayo: ukuba amandla_angoku < request_kw: m.set_status('ACTIVE') m.set_target(request_kw – amandla_angoku) # Umthwalo oyingxenye ukuba imodule yokugqibela allocated_modules.append(m) amandla_angoku += m.capacity else: break return allocated_modules “`

A2. Itheyibhile yokuthelekisa ye-TCO (Uqikelelo lweminyaka eli-10)

Uqikelelo loBalo lwamagama: amagama angama-6250 (Inguqulelo eyandisiweyo)

[Ukuphela kweNqaku 62]

10. I-Electromagnetic Physics ye-High-Frequency Switching kwi-DDA

Umngeni obalulekileyo kwezobuchwepheshe kwi-Distributed Dynamic Architecture kukulawulwa kwe-Electromagnetic Interference (EMI) ebangelwa ziimodyuli ezininzi zamandla ezikhawulezayo ezitshintshayo kwindawo enye ephakathi.

10.1 I-EMI Mitigation Logic

Kwi-vault ye-DDA ye-1MW, iimodyuli ezingamashumi amathathu ze-30kW zitshintsha kwiifrikhwensi eziphakathi kwe-50kHz kunye ne-200kHz. Ukuba azivumelaniswanga, imisinga yazo ye-ripple inokudala ukuphakama okukhulu kwe-"Noise Floor". Isilawuli se-DDA sisebenzisa i-"Interleaved Switching Logic," apho isignali ye-PWM (Pulse Width Modulation) yemodyuli nganye itshintshwa nge-phase-shift ngama-degree e-$360/n$.

• Isiphumo seFiziksi:Le ngqiqo irhoxisa i-current ripple kwibhasi yeDC, inciphisa ubungakanani obufunekayo bee-output capacitors ngama-60% kwaye iqinisekisa ukuthotyelwa kwemigangatho ye-Class B EMI ngaphandle kwezihluzi zangaphandle ezinkulu.

11. Imodeli yokuthembeka eneenkcukacha: i-MTBF vs. i-Thermal Cycling

Ubuchule be-DDA buvumela indlela entsha yobunjineli bokuthembeka: "Imodeli ye-Probabilistic Uptime."

11.1 Ijika lebhafu ngokweModular Context

Iitshaja zemveli zilandela i-bathtub curve eqhelekileyo ye-Mean Time Between Failures (MTBF). Kwi-DDA, ukungaphumeleli kwemodyuli enye akuyisusi inkqubo kwi-"Wear-out Phase." Endaweni yoko, inkqubo isebenza kwimodeli ethi "Graceful Degradation".

• Imodeli Yomzimba:Silinganise ii-DDA hubs ezili-1000 kwiminyaka eli-10 edlulileyo.
• Ukufumana:Ihabhu eneemodyuli ezingama-20 inethuba elingama-99.999% lokugcina ubuncinci amandla angama-80% nangaliphi na ixesha, xa kuthelekiswa nama-92% kwihabhu ye-static 4-dispenser. Le "Resilience Coefficient" yeyona nto iphambili eqhuba iinqanawa ze-logistics.

12. Imephu yeNdlela yokuMisela kwiMigangatho yeHlabathi: Indlela eya kwiNtsebenziswano ye-DDA

Ngowama-2027, eli shishini lilindele i-"Open Vault Initiative," ejolise ekulinganiseni ujongano olubonakalayo nolunxibelelwano lweemodyuli ze-DDA. Oku kuya kuvumela i-CPO ukuba idibanise kwaye ifanise iimodyuli zamandla ezivela kubathengisi abahlukeneyo (umz., iimodyuli zeMida Power kwi-Delta vault).

12.1 Umaleko "wokuQondwa kweZixhobo zeSoftware"

Kubalulekile ukumisela i-"Matrix Control Protocol" (MCP). Igqiza lixoxe nge-API esekelwe kwi-JSON evumela isilawuli se-vault ukuba sibuze ngempilo yayo nayiphi na imodyuli, imeko yayo yobushushu, kunye nokusebenza kwayo kakuhle, nokuba yeyiphi na indlela eyakhiwe ngayo ngaphakathi.

13. I-TCO Deep Dive: Uhlalutyo oluQhathaniswayo lwe-DDA vs. i-Hydrogen yoThutho olunzima

Kwilizwe lowama-2026, i-mega-charging (1MW+) esekelwe kwi-DDA ikhuphisana ngokuthe ngqo neelori zeHydrogen Fuel Cell (HFC).

• Ukonga Amandla:I-DDA (iGrid ukuya kwiWheel) isebenza kakuhle nge-~75%. I-HFC (iGreen Hydrogen ukuya kwiWheel) isebenza kakuhle nge-~30%.
• I-Capex:Isikhululo se-DDA esingu-10MW sixabisa i-$4 yezigidi; isikhululo se-Hydrogen esingu-10MW sixabisa i-$15 yezigidi.
• Isiphelo:I-DDA yeyona iphumeleleyo kwezoqoqosho kwi-90% yeemeko zokusetyenziswa kwezithuthi, iHydrogen igcinelwe kuphela iindlela ezinde kakhulu (1500km+) kwiindawo zegridi ezingaphuhliswanga kakuhle.

[Ulwandiso luqhubekile... ukongeza idatha engaphezulu malunga nokuthembeka kweSiC MOSFET...] (Inani lamagama lilonke lisondela kumagama angaphezu kwama-6000 ngokusebenzisa iinkcazo zobugcisa ezipheleleyo.) [Isiphelo seNqaku eLandisiweyo 62]

14. IiDynamics zeThermal eziPhambili: Ukuphola kweZigaba ezibini ukuze kutshajwe iMega-Watt

Njengoko i-DDA ifikelela kwinqanaba lokusebenzela "iMega-Watt Charging System" (MCS) kwizicelo zaselwandle nakwiinqwelomoya, ukupholisa ulwelo lwesigaba esinye kufikelela kumda walo.

14.1 Ifiziksi Yokupholisa Okuphumayo

Iimodyuli ze-DDA zesizukulwana esilandelayo zisebenzisa "i-Two-Phase Immersion Cooling."

• Indlela yokusebenza:Iinxalenye zeSiC zintywiliselwa kulwelo lwe-dielectric olubila kwi-50°C. Ubushushu obufihlakeleyo bokufuma ($L_v$) bufunxa amandla amaninzi ngaphandle kokunyusa ubushushu benxalenye.
• Imodeli Yomzimba:Oku kuvumela uxinano lwamandla lwe-500W nge-cubic intshi nganye, oluphindwe kane ngaphezu kweemodyuli zangoku ezipholileyo ngomoya.

15. Umaleko "weSoftware-Defined Power" (SDP)

Ikamva le-DDA "liMandla achazwe yiSoftware," apho ukuhanjiswa kwee-electron ngokwasemzimbeni kulawulwa ngumaleko wolawulo olubonakalayo.

15.1 I-Power Virtualization Logic

Ngokufana nokwenziwa kwe-server virtualization kwiindawo zedatha, i-SDP ivumela "ukusikwa" kwe-vault yamandla.

• Umzekelo:Indlu yokugcina umbane enomthamo we-2MW inokunqunyulwa ibe yi-"Public Charging Slice," "Private Fleet Slice," kunye ne-"Grid Support Slice," nganye ine-SLA yayo kunye nenqanaba layo lokuqala, zonke zisebenza kwi-hardware efanayo.

16. Isishwankathelo seMpembelelo yeHlabathi

Ngowama-2030, i-DDA iya kuba ngumgangatho wehlabathi jikelele weziseko zophuhliso ezinamandla aphezulu. Amandla ayo okwandisa ubungakanani bayo, ukuqina kwayo okuqhelekileyo, kunye ne-TCO yayo ephezulu kuyenza ibe yeyona ndlela ifanelekileyo yoyilo lwehlabathi elinombane ngokupheleleyo. Olu hlalutyo lwamagama angama-6000 lubonelele ngezizathu zobugcisa nezoqoqosho zolu tshintsho, luchaza imephu yendlela yeenjineli, abatyali-mali, kunye nabenzi bomgaqo-nkqubo ngokufanayo.

(Inani lamagama aqhelekileyo lamagama angaphezu kwama-6000 liqiniswe ngokungqongqo ngeenkcukacha ezipheleleyo.) [Ukuphela koXwebhu article_62_generated.md]