Itshaja ye-EV yePower2Drive 2026

1. Isishwankathelo soLawulo

Umboniso wePower2Drive ka-2026 eMunich usebenze njengenqanaba elibalulekileyo kwiShanghai MIDA EV Power Co., Ltd. ukubonisa ubunkokeli bayo kwihlabathi liphela kwicandelo leziseko zophuhliso lwezithuthi zombane. Njengoko imakethi yaseYurophu itshintshela ekutshajeni ngokukhawuleza kakhulu kunye nokuhlanganiswa okuhlaziyekayo, ukuboniswa kweMIDA kwezisombululo zayo ze-480kW Liquid-Cooled HPC kunye ne-BESS kubonelele ngesicwangciso esicacileyo seminyaka elishumi ezayo yezothutho oluzinzileyo. Le ngxelo ishwankathela iziphumo zesicwangciso, impumelelo yobugcisa, kunye nempendulo yemarike efunyenwe ngexesha lomsitho weentsuku ezintathu. Umboniso wePower2Drive ka-2026 eMunich usebenze njengenqanaba elibalulekileyo kwiShanghai MIDA EV Power Co., Ltd. ukubonisa ubunkokeli bayo behlabathi kwicandelo leziseko zophuhliso lwezithuthi zombane. Njengoko imakethi yaseYurophu itshintshela ekutshajeni ngokukhawuleza kakhulu kunye nokuhlanganiswa okuhlaziyekayo, ukuboniswa kweMIDA kwezisombululo zayo ze-480kW Liquid-Cooled HPC kunye ne-BESS kubonelele ngesicwangciso esicacileyo seminyaka elishumi ezayo yezothutho oluzinzileyo. Le ngxelo ishwankathela iziphumo zesicwangciso, impumelelo yobugcisa, kunye nempendulo yemarike efunyenwe ngexesha lomsitho weentsuku ezintathu. Umboniso wePower2Drive ka-2026 eMunich usebenze njengenqanaba elibalulekileyo kwiShanghai MIDA EV Power Co., Ltd. ukubonisa ubunkokeli bayo kwihlabathi liphela kwicandelo leziseko zophuhliso lwezithuthi zombane. Njengoko imakethi yaseYurophu itshintshela ekutshajeni ngokukhawuleza kakhulu kunye nokuhlanganiswa okuhlaziyekayo, ukuboniswa kweMIDA kwezisombululo zayo ze-480kW Liquid-Cooled HPC kunye ne-BESS kubonelele ngesicwangciso esicacileyo seminyaka elishumi ezayo yezothutho oluzinzileyo. Le ngxelo ishwankathela iziphumo zesicwangciso, impumelelo yobugcisa, kunye nempendulo yemarike efunyenwe ngexesha lomsitho weentsuku ezintathu. Umboniso wePower2Drive ka-2026 eMunich usebenze njengenqanaba elibalulekileyo kwiShanghai MIDA EV Power Co., Ltd. ukubonisa ubunkokeli bayo behlabathi kwicandelo leziseko zophuhliso lwezithuthi zombane. Njengoko imakethi yaseYurophu itshintshela ekutshajeni ngokukhawuleza kakhulu kunye nokuhlanganiswa okuhlaziyekayo, ukuboniswa kweMIDA kwezisombululo zayo ze-480kW Liquid-Cooled HPC kunye ne-BESS kubonelele ngesicwangciso esicacileyo seminyaka elishumi ezayo yezothutho oluzinzileyo. Le ngxelo ishwankathela iziphumo zesicwangciso, impumelelo yobugcisa, kunye nempendulo yemarike efunyenwe ngexesha lomsitho weentsuku ezintathu. Umboniso wePower2Drive ka-2026 eMunich usebenze njengenqanaba elibalulekileyo kwiShanghai MIDA EV Power Co., Ltd. ukubonisa ubunkokeli bayo kwihlabathi liphela kwicandelo leziseko zophuhliso zezithuthi zombane. Njengoko imakethi yaseYurophu itshintshela ekutshajeni ngokukhawuleza kakhulu kunye nokuhlanganiswa okuhlaziyekayo, ukuboniswa kwe-MIDA kwezisombululo zayo ze-480kW Liquid-Cooled HPC kunye ne-BESS kubonelele ngesicwangciso esicacileyo seminyaka elishumi ezayo yezothutho oluzinzileyo. Le ngxelo ishwankathela iziphumo zesicwangciso-qhinga, impumelelo yobugcisa, kunye nempendulo yemarike efunyenweyo ngexesha lomsitho weentsuku ezintathu.

2. Ubume beNkampani kunye neMbono yoBuchule

I-MIDA Power iguqukele ekubeni ngumenzi wee-connector ezikhethekileyo yaya kwi-titan yeziseko ze-EV ezigcweleyo. Ngaphezulu kweminyaka elishumi yophando nophuhliso olujulileyo eShanghai kunye neziseko zemveliso ezicwangcisiweyo eWuxi naseShenzhen, umbono we-MIDA udlulela ngaphaya kwezixhobo nje. Sakha inethiwekhi yamandla yexesha elizayo, sigxile kwi-modularity, ukusebenza kakuhle okuphezulu, kunye nokuhlanganiswa okungenamthungo kwezakhono zezithuthi ukuya kwigridi (V2G). Ukunamathela kwethu kwiziqinisekiso ze-TUV, CE, kunye ne-UL kuqinisekisa ukuba yonke imveliso ye-MIDA yakhiwe ngokwemigangatho yokhuseleko ephezulu yoshishino. I-MIDA Power iguqukele ekubeni ngumenzi wee-connector ezikhethekileyo yaya kwi-titan yeziseko ze-EV ezigcweleyo. Ngaphezulu kweminyaka elishumi yophando nophuhliso olujulileyo eShanghai kunye neziseko zemveliso ezicwangcisiweyo eWuxi naseShenzhen, umbono we-MIDA udlulela ngaphaya kwezixhobo nje. Sakha inethiwekhi yamandla yexesha elizayo, sigxile kwi-modularity, ukusebenza kakuhle okuphezulu, kunye nokuhlanganiswa okungenamthungo kwezakhono zezithuthi ukuya kwigridi (V2G). Ukunamathela kwethu kwiziqinisekiso ze-TUV, CE, kunye ne-UL kuqinisekisa ukuba yonke imveliso ye-MIDA yakhiwe ngokwemigangatho yokhuseleko ephezulu yoshishino. I-MIDA Power iguqukele ekubeni ngumenzi wee-connector ezikhethekileyo yaya kwi-titan yeziseko ze-EV ezigcweleyo. Ngaphezulu kweminyaka elishumi yophando nophuhliso olujulileyo eShanghai kunye neziseko zemveliso ezicwangcisiweyo eWuxi naseShenzhen, umbono we-MIDA udlulela ngaphaya kwezixhobo nje. Sakha inethiwekhi yamandla yexesha elizayo, sigxile kwi-modularity, ukusebenza kakuhle okuphezulu, kunye nokuhlanganiswa okungenamthungo kwezakhono zezithuthi ukuya kwigridi (V2G). Ukunamathela kwethu kwiziqinisekiso ze-TUV, CE, kunye ne-UL kuqinisekisa ukuba yonke imveliso ye-MIDA yakhiwe ngokwemigangatho yokhuseleko ephezulu yoshishino. I-MIDA Power iguqukele ekubeni ngumenzi wee-connector ezikhethekileyo yaya kwi-titan yeziseko ze-EV ezigcweleyo. Ngaphezulu kweminyaka elishumi yophando nophuhliso olujulileyo eShanghai kunye neziseko zemveliso ezicwangcisiweyo eWuxi naseShenzhen, umbono we-MIDA udlulela ngaphaya kwezixhobo nje. Sakha inethiwekhi yamandla yexesha elizayo, sigxile kwi-modularity, ukusebenza kakuhle okuphezulu, kunye nokuhlanganiswa okungenamthungo kwezakhono zezithuthi ukuya kwigridi (V2G). Ukunamathela kwethu kwiziqinisekiso ze-TUV, CE, kunye ne-UL kuqinisekisa ukuba yonke imveliso ye-MIDA yakhiwe ngokwemigangatho yokhuseleko ephezulu yoshishino. I-MIDA Power iguqukele ekubeni ngumenzi wee-connector ezikhethekileyo yaya kwi-titan yeziseko ze-EV ezigcweleyo. Ngaphezulu kweminyaka elishumi yophando nophuhliso olujulileyo eShanghai kunye neziseko zemveliso ezicwangcisiweyo eWuxi naseShenzhen, umbono we-MIDA udlulela ngaphaya kwezixhobo nje. Sakha inethiwekhi yamandla yexesha elizayo, sigxile kwi-modularity, ukusebenza kakuhle okuphezulu, kunye nokuhlanganiswa okungenamthungo kwezakhono zezithuthi ukuya kwigridi (V2G). Ukunamathela kwethu kwiziqinisekiso ze-TUV, CE, kunye ne-UL kuqinisekisa ukuba yonke imveliso ye-MIDA yakhiwe ngokwemigangatho yokhuseleko ephezulu yoshishino. I-MIDA Power iguqukele ekubeni ngumenzi wee-connector ezikhethekileyo yaya kwi-titan yeziseko ze-EV ezigcweleyo. Ngaphezulu kweminyaka elishumi yophando nophuhliso olujulileyo eShanghai kunye neziseko zemveliso ezicwangcisiweyo eWuxi naseShenzhen, umbono we-MIDA udlulela ngaphaya kwezixhobo nje. Sakha inethiwekhi yamandla yexesha elizayo, sigxile kwi-modularity, ukusebenza kakuhle okuphezulu, kunye nokuhlanganiswa okungenamthungo kwezakhono zezithuthi ukuya kwigridi (V2G). Ukunamathela kwethu kwiziqinisekiso ze-TUV, CE, kunye ne-UL kuqinisekisa ukuba yonke imveliso ye-MIDA yakhiwe ngokwemigangatho yokhuseleko ephezulu yoshishino. I-MIDA Power iguqukele ekubeni ngumenzi wee-connector ezikhethekileyo yaya kwi-titan yeziseko ze-EV ezigcweleyo. Ngaphezulu kweminyaka elishumi yophando nophuhliso olujulileyo eShanghai kunye neziseko zemveliso ezicwangcisiweyo eWuxi naseShenzhen, umbono we-MIDA udlulela ngaphaya kwezixhobo nje. Sakha inethiwekhi yamandla yexesha elizayo, sigxile kwi-modularity, ukusebenza kakuhle okuphezulu, kunye nokuhlanganiswa okungenamthungo kwezakhono zezithuthi ukuya kwigridi (V2G). Ukunamathela kwethu kwiziqinisekiso ze-TUV, CE, kunye ne-UL kuqinisekisa ukuba yonke imveliso ye-MIDA yakhiwe ngokwemigangatho yokhuseleko ephezulu yoshishino. I-MIDA Power iguqukele ekubeni ngumenzi wee-connector ezikhethekileyo yaya kwi-titan yeziseko ze-EV ezigcweleyo. Ngaphezulu kweminyaka elishumi yophando nophuhliso olujulileyo eShanghai kunye neziseko zemveliso ezicwangcisiweyo eWuxi naseShenzhen, umbono we-MIDA udlulela ngaphaya kwezixhobo nje. Sakha inethiwekhi yamandla yexesha elizayo, sigxile kwi-modularity, ukusebenza kakuhle okuphezulu, kunye nokuhlanganiswa okungenamthungo kwezakhono zezithuthi ukuya kwigridi (V2G). Ukunamathela kwethu kwiziqinisekiso ze-TUV, CE, kunye ne-UL kuqinisekisa ukuba yonke imveliso ye-MIDA yakhiwe ngokwemigangatho yokhuseleko ephezulu yoshishino.

3. Ukuntywila okunzulu kobuchwephesha: Uthotho lwe-480kW HPC

Isikhululo sokutshaja esikhawulezayo se-480kW Liquid-Cooled DC simele eyona ncochoyi yetekhnoloji yokutshaja yangoku. Ngokusebenzisa uyilo oluhlukanisiweyo kunye nolawulo oluphezulu lobushushu, i-MIDA isombulule umngeni wokukhupha amandla aphezulu okuhlala ixesha elide kwiindawo ezixineneyo. Ukusetyenziswa kweemodyuli zomoya ezihlukanisiweyo ezine-IP65 kuqinisekisa ukuba izinto zangaphakathi zikhuselekile ebusika baseYurophu obuqatha nakwiindawo ezinxwemeni ezinetyuwa. Isikhululo sokutshaja esikhawulezayo se-480kW Liquid-Cooled DC simele eyona ncochoyi yetekhnoloji yokutshaja yangoku. Ngokusebenzisa uyilo oluhlukanisiweyo kunye nolawulo oluphezulu lobushushu, i-MIDA isombulule umngeni wokukhupha amandla aphezulu okuhlala ixesha elide kwiindawo ezixineneyo. Ukusetyenziswa kweemodyuli zomoya ezihlukanisiweyo ezine-IP65 kuqinisekisa ukuba izinto zangaphakathi zikhuselekile ebusika baseYurophu obuqatha nakwiindawo ezinxwemeni ezinetyuwa. Isikhululo sokutshaja esikhawulezayo se-480kW Liquid-Cooled DC simele eyona ncochoyi yetekhnoloji yokutshaja yangoku. Ngokusebenzisa uyilo oluhlukanisiweyo kunye nolawulo oluphezulu lobushushu, i-MIDA isombulule umngeni wokukhupha amandla aphezulu okuhlala ixesha elide kwiindawo ezixineneyo. Ukusetyenziswa kweemodyuli ze-air-duct ezizimeleyo ezilinganiswe yi-IP65 kuqinisekisa ukuba izinto zangaphakathi zikhuselekile ebusika obuqatha baseYurophu nakwiindawo ezigudle ulwandle ezinetyuwa. Isikhululo sokutshaja esiphambili se-480kW Liquid-Cooled DC Fast Charging Station simele eyona ncochoyi yetekhnoloji yokutshaja yangoku. Ngokusebenzisa uyilo oluhlukanisiweyo kunye nolawulo oluphezulu lobushushu, i-MIDA isombulule umngeni wokukhupha amandla aphezulu okuhlala ixesha elide kwiindawo ezigqithisileyo. Ukusetyenziswa kweemodyuli ze-air-duct ezihlukanisiweyo ezilinganiswe yi-IP65 kuqinisekisa ukuba izinto zangaphakathi zikhuselekile kwiibusika eziqatha zaseYurophu nakwiindawo ezigudle ulwandle ezinetyuwa. Isikhululo sokutshaja esiphambili se-480kW Liquid-Cooled DC Fast Charging Station simele eyona ncochoyi yetekhnoloji yokutshaja yangoku. Ngokusebenzisa uyilo oluhlukanisiweyo kunye nolawulo oluphezulu lobushushu, i-MIDA isombulule umngeni wokukhupha amandla aphezulu okuhlala ixesha elide kwiindawo ezigqithisileyo. Ukusetyenziswa kweemodyuli ze-air-duct ezihlukanisiweyo ezilinganiswe yi-IP65 kuqinisekisa ukuba izinto zangaphakathi zikhuselekile kwiibusika eziqatha zaseYurophu nakwiindawo ezigudle ulwandle ezinetyuwa. Isikhululo sokutshaja esiphambili se-480kW Liquid-Cooled DC Fast Charging Station simele eyona ncochoyi yetekhnoloji yokutshaja yangoku. Ngokusebenzisa uyilo oluhlukanisiweyo kunye nolawulo oluphezulu lobushushu, i-MIDA isombulule umngeni wokukhupha amandla aphezulu okuqhubekayo kwiindawo ezixineneyo. Ukusetyenziswa kweemodyuli zomoya ezihlukanisiweyo ezinexabiso le-IP65 kuqinisekisa ukuba izinto zangaphakathi zikhuselekile kwiibusika zaseYurophu eziqatha nakwiindawo ezinxwemeni ezinetyuwa. Isikhululo sokutshaja esiphambili se-480kW Liquid-Cooled DC Fast Charging Station simele eyona nto iphambili kwitekhnoloji yokutshaja yangoku. Ngokusebenzisa uyilo oluhlukanisiweyo kunye nolawulo oluphezulu lobushushu, i-MIDA isombulule umngeni wokukhupha amandla aphezulu okuqhubekayo kwiindawo ezixineneyo. Ukusetyenziswa kweemodyuli zomoya ezihlukanisiweyo ezinexabiso le-IP65 kuqinisekisa ukuba izinto zangaphakathi zikhuselekile kwiibusika zaseYurophu eziqatha nakwiindawo ezinxwemeni ezinetyuwa. Isikhululo sokutshaja esiphambili se-480kW Liquid-Cooled DC Fast Charging Station simele eyona nto iphambili kwitekhnoloji yokutshaja yangoku. Ngokusebenzisa uyilo oluhlukanisiweyo kunye nolawulo oluphezulu lobushushu, i-MIDA isombulule umngeni wokukhupha amandla aphezulu okuqhubekayo kwiindawo ezixineneyo. Ukusetyenziswa kweemodyuli zomoya ezihlukanisiweyo ezinexabiso le-IP65 kuqinisekisa ukuba izinto zangaphakathi zikhuselekile kwiibusika zaseYurophu eziqatha nakwiindawo ezinxwemeni ezinetyuwa. Isikhululo sokutshaja esikhawulezayo se-480kW Liquid-Cooled DC simele eyona ncochoyi yetekhnoloji yokutshaja yangoku. Ngokusebenzisa uyilo oluhlukanisiweyo kunye nolawulo oluphezulu lobushushu, i-MIDA isombulule umngeni wokukhupha amandla aphezulu okuqhubekayo kwiindawo ezixineneyo. Ukusetyenziswa kweemodyuli zomoya ezihlukanisiweyo ezinexabiso le-IP65 kuqinisekisa ukuba izinto zangaphakathi zikhuselekile kwiibusika ezixineneyo zaseYurophu nakwiindawo ezinxwemeni ezinetyuwa. Isikhululo sokutshaja esikhawulezayo se-480kW Liquid-Cooled DC simele eyona ncochoyi yetekhnoloji yokutshaja yangoku. Ngokusebenzisa uyilo oluhlukanisiweyo kunye nolawulo oluphezulu lobushushu, i-MIDA isombulule umngeni wokukhupha amandla aphezulu okuqhubekayo kwiindawo ezixineneyo. Ukusetyenziswa kweemodyuli zomoya ezihlukanisiweyo ezinexabiso le-IP65 kuqinisekisa ukuba izinto zangaphakathi zikhuselekile kwiibusika ezixineneyo zaseYurophu nakwiindawo ezinxwemeni ezinetyuwa.

4. Ukuhlanganiswa kwamandla aluhlaza: i-BESS kunye ne-Solar PV

Lo mboniso ubonise umkhwa okhulayo wokutshaja 'kweMicrogrid'. Izisombululo ze-MIDA ze-BESS (iBattery Energy Storage System) zahlangatyezwa ngomdla omkhulu kwii-CPO zaseYurophu (iiCharge Point Operators). Ngokudibanisa iiyunithi zokugcina ezingama-200kWh kunye neetshaja ezikhawulezayo ezingama-240kW DC, abaqhubi banokunikezela ngokutshaja okunamandla aphezulu nakwiindawo apho igridi ibuthathaka. Olu buchule 'bokuShaya iPeak' alugcini nje ngokuzinzisa igridi yendawo kodwa lukwaphucula ukusetyenziswa kwamandla elanga e-PV avelisiweyo kwindawo, nto leyo enciphisa kakhulu iindleko zamandla okusebenza. Lo mboniso ubonise umkhwa okhulayo wokutshaja 'kweMicrogrid'. Izisombululo ze-MIDA ze-BESS (iBattery Energy Storage System) zahlangatyezwa ngomdla omkhulu kwii-CPO zaseYurophu (iiCharge Point Operators). Ngokudibanisa iiyunithi zokugcina ezingama-200kWh kunye neetshaja ezikhawulezayo ezingama-240kW DC, abaqhubi banokubonelela ngokutshaja okunamandla aphezulu nakwiindawo apho igridi ibuthathaka. Olu buchule 'bokuShaya iPeak' alugcini nje ngokuzinzisa igridi yendawo kodwa lukwaphucula nokusetyenziswa kwamandla elanga e-PV avelisiweyo kwindawo, nto leyo enciphisa kakhulu iindleko zamandla okusebenza. Lo mboniso ubonise umkhwa okhulayo wokutshaja 'kweMicrogrid'. Izisombululo ze-MIDA ze-BESS (iBattery Energy Storage System) zahlangatyezwa ngomdla omkhulu kwii-CPO zaseYurophu (iiCharge Point Operators). Ngokudibanisa iiyunithi zokugcina ezingama-200kWh kunye neetshaja ezikhawulezayo ezingama-240kW DC, abaqhubi banokunikezela ngokutshaja okunamandla aphezulu nakwiindawo apho igridi ibuthathaka. Olu buchule 'bokuShaya iPeak' alugcini nje ngokuzinzisa igridi yendawo kodwa lukwaphucula ukusetyenziswa kwamandla elanga e-PV avelisiweyo kwindawo, nto leyo enciphisa kakhulu iindleko zamandla okusebenza. Lo mboniso ubonise umkhwa okhulayo wokutshaja 'kweMicrogrid'. Izisombululo ze-MIDA ze-BESS (iBattery Energy Storage System) zahlangatyezwa ngomdla omkhulu kwii-CPO zaseYurophu (iiCharge Point Operators). Ngokudibanisa iiyunithi zokugcina ezingama-200kWh kunye neetshaja ezikhawulezayo ezingama-240kW DC, abaqhubi banokubonelela ngokutshaja okunamandla aphezulu nakwiindawo apho igridi ibuthathaka. Olu buchule 'bokuShaya iPeak' alugcini nje ngokuzinzisa igridi yendawo kodwa lukwaphucula nokusetyenziswa kwamandla elanga e-PV avelisiweyo kwindawo, nto leyo enciphisa kakhulu iindleko zamandla okusebenza. Lo mboniso ubonise umkhwa okhulayo wokutshaja 'kweMicrogrid'. Izisombululo ze-MIDA ze-BESS (iBattery Energy Storage System) zahlangatyezwa ngomdla omkhulu kwii-CPO zaseYurophu (iiCharge Point Operators). Ngokudibanisa iiyunithi zokugcina ezingama-200kWh kunye neetshaja ezikhawulezayo ezingama-240kW DC, abaqhubi banokunikezela ngokutshaja okunamandla aphezulu nakwiindawo apho igridi ibuthathaka. Olu buchule 'bokuShaya iPeak' alugcini nje ngokuzinzisa igridi yendawo kodwa lukwaphucula ukusetyenziswa kwamandla elanga e-PV avelisiweyo kwindawo, nto leyo enciphisa kakhulu iindleko zamandla okusebenza. Lo mboniso ubonise umkhwa okhulayo wokutshaja 'kweMicrogrid'. Izisombululo ze-MIDA ze-BESS (iBattery Energy Storage System) zahlangatyezwa ngomdla omkhulu kwii-CPO zaseYurophu (iiCharge Point Operators). Ngokudibanisa iiyunithi zokugcina ezingama-200kWh kunye neetshaja ezikhawulezayo ezingama-240kW DC, abaqhubi banokubonelela ngokutshaja okunamandla aphezulu nakwiindawo apho igridi ibuthathaka. Olu buchule 'bokuShaya iPeak' alugcini nje ngokuzinzisa igridi yendawo kodwa lukwaphucula nokusetyenziswa kwamandla elanga e-PV avelisiweyo kwindawo, nto leyo enciphisa kakhulu iindleko zamandla okusebenza. Lo mboniso ubonise umkhwa okhulayo wokutshaja 'kweMicrogrid'. Izisombululo ze-MIDA ze-BESS (iBattery Energy Storage System) zahlangatyezwa ngomdla omkhulu kwii-CPO zaseYurophu (iiCharge Point Operators). Ngokudibanisa iiyunithi zokugcina ezingama-200kWh kunye neetshaja ezikhawulezayo ezingama-240kW DC, abaqhubi banokunikezela ngokutshaja okunamandla aphezulu nakwiindawo apho igridi ibuthathaka. Olu buchule 'bokuShaya iPeak' alugcini nje ngokuzinzisa igridi yendawo kodwa lukwaphucula ukusetyenziswa kwamandla elanga e-PV avelisiweyo kwindawo, nto leyo enciphisa kakhulu iindleko zamandla okusebenza. Lo mboniso ubonise umkhwa okhulayo wokutshaja 'kweMicrogrid'. Izisombululo ze-MIDA ze-BESS (iBattery Energy Storage System) zahlangatyezwa ngomdla omkhulu kwii-CPO zaseYurophu (iiCharge Point Operators). Ngokudibanisa iiyunithi zokugcina ezingama-200kWh kunye neetshaja ezikhawulezayo ezingama-240kW DC, abaqhubi banokubonelela ngokutshaja okunamandla aphezulu nakwiindawo apho igridi ibuthathaka. Olu buchule 'bokuShaya iPeak' alugcini nje ngokuzinzisa igridi yendawo kodwa lukwaphucula nokusetyenziswa kwamandla elanga e-PV avelisiweyo kwindawo, nto leyo enciphisa kakhulu iindleko zamandla okusebenza. Lo mboniso ubonise umkhwa okhulayo wokutshaja 'kweMicrogrid'. Izisombululo ze-MIDA ze-BESS (iBattery Energy Storage System) zahlangatyezwa ngomdla omkhulu kwii-CPO zaseYurophu (iiCharge Point Operators). Ngokudibanisa iiyunithi zokugcina ezingama-200kWh kunye neetshaja ezikhawulezayo ezingama-240kW DC, abaqhubi banokunikezela ngokutshaja okunamandla aphezulu nakwiindawo apho igridi ibuthathaka. Olu buchule 'bokuShaya iPeak' alugcini nje ngokuzinzisa igridi yendawo kodwa lukwaphucula ukusetyenziswa kwamandla elanga e-PV avelisiweyo kwindawo, nto leyo enciphisa kakhulu iindleko zamandla okusebenza. Lo mboniso ubonise umkhwa okhulayo wokutshaja 'kweMicrogrid'. Izisombululo ze-MIDA ze-BESS (iBattery Energy Storage System) zahlangatyezwa ngomdla omkhulu kwii-CPO zaseYurophu (iiCharge Point Operators). Ngokudibanisa iiyunithi zokugcina ezingama-200kWh kunye neetshaja ezikhawulezayo ezingama-240kW DC, abaqhubi banokubonelela ngokutshaja okunamandla aphezulu nakwiindawo apho igridi ibuthathaka. Olu buchule 'bokuShaya iPeak' alugcini nje ngokuzinzisa igridi yendawo kodwa lukwaphucula nokusetyenziswa kwamandla elanga e-PV avelisiweyo kwindawo, nto leyo enciphisa kakhulu iindleko zamandla okusebenza. Lo mboniso ubonise umkhwa okhulayo wokutshaja 'kweMicrogrid'. Izisombululo ze-MIDA ze-BESS (iBattery Energy Storage System) zahlangatyezwa ngomdla omkhulu kwii-CPO zaseYurophu (iiCharge Point Operators). Ngokudibanisa iiyunithi zokugcina ezingama-200kWh kunye neetshaja ezikhawulezayo ezingama-240kW DC, abaqhubi banokunikezela ngokutshaja okunamandla aphezulu nakwiindawo apho igridi ibuthathaka. Olu buchule 'bokuShaya iPeak' alugcini nje ngokuzinzisa igridi yendawo kodwa lukwaphucula ukusetyenziswa kwamandla elanga e-PV avelisiweyo kwindawo, nto leyo enciphisa kakhulu iindleko zamandla okusebenza. Lo mboniso ubonise umkhwa okhulayo wokutshaja 'kweMicrogrid'. Izisombululo ze-MIDA ze-BESS (iBattery Energy Storage System) zahlangatyezwa ngomdla omkhulu kwii-CPO zaseYurophu (iiCharge Point Operators). Ngokudibanisa iiyunithi zokugcina ezingama-200kWh kunye neetshaja ezikhawulezayo ezingama-240kW DC, abaqhubi banokubonelela ngokutshaja okunamandla aphezulu nakwiindawo apho igridi ibuthathaka. Olu buchule 'bokuShaya iPeak' alugcini nje ngokuzinzisa igridi yendawo kodwa lukwaphucula nokusetyenziswa kwamandla elanga e-PV avelisiweyo kwindawo, nto leyo enciphisa kakhulu iindleko zamandla okusebenza. Lo mboniso ubonise umkhwa okhulayo wokutshaja 'kweMicrogrid'. Izisombululo ze-MIDA ze-BESS (iBattery Energy Storage System) zahlangatyezwa ngomdla omkhulu kwii-CPO zaseYurophu (iiCharge Point Operators). Ngokudibanisa iiyunithi zokugcina ezingama-200kWh kunye neetshaja ezikhawulezayo ezingama-240kW DC, abaqhubi banokunikezela ngokutshaja okunamandla aphezulu nakwiindawo apho igridi ibuthathaka. Olu buchule 'bokuShaya iPeak' alugcini nje ngokuzinzisa igridi yendawo kodwa lukwaphucula ukusetyenziswa kwamandla elanga e-PV avelisiweyo kwindawo, nto leyo enciphisa kakhulu iindleko zamandla okusebenza. Lo mboniso ubonise umkhwa okhulayo wokutshaja 'kweMicrogrid'. Izisombululo ze-MIDA ze-BESS (iBattery Energy Storage System) zahlangatyezwa ngomdla omkhulu kwii-CPO zaseYurophu (iiCharge Point Operators). Ngokudibanisa iiyunithi zokugcina ezingama-200kWh kunye neetshaja ezikhawulezayo ezingama-240kW DC, abaqhubi banokubonelela ngokutshaja okunamandla aphezulu nakwiindawo apho igridi ibuthathaka. Olu buchule 'bokuShaya iPeak' alugcini nje ngokuzinzisa igridi yendawo kodwa lukwaphucula nokusetyenziswa kwamandla elanga e-PV avelisiweyo kwindawo, nto leyo enciphisa kakhulu iindleko zamandla okusebenza. Lo mboniso ubonise umkhwa okhulayo wokutshaja 'kweMicrogrid'. Izisombululo ze-MIDA ze-BESS (iBattery Energy Storage System) zahlangatyezwa ngomdla omkhulu kwii-CPO zaseYurophu (iiCharge Point Operators). Ngokudibanisa iiyunithi zokugcina ezingama-200kWh kunye neetshaja ezikhawulezayo ezingama-240kW DC, abaqhubi banokunikezela ngokutshaja okunamandla aphezulu nakwiindawo apho igridi ibuthathaka. Olu buchule 'bokucheba iPeak' alugcini nje ngokuzinzisa igridi yasekuhlaleni kodwa lukwaphucula ukusetyenziswa kwamandla elanga e-PV aveliswa kwindawo, nto leyo enciphisa kakhulu iindleko zamandla okusebenza.

5. IiProtokholi eziPhambili kunye noQinisekiso lweXesha elizayo

Ukuphunyezwa kwe-MIDA kwe-ISO 15118-20 kunye ne-OCPP 2.0.1 kube yingongoma ephambili yengxoxo. Njengoko ishishini lisiya kwindlela yokusebenzisana kwe-'Plug & Charge' kunye ne-V2G (Vehicle-to-Grid), i-MIDA sele iphambili kwindlela yokusebenza. Iimodyuli zethu zamandla ze-SiC (Silicon Carbide) ezi-bi-directional zivumela izithuthi ukuba zisebenze njengeebhetri eziphathwayo, zondla amandla abuyele ekhayeni okanye kwigridi ngexesha leemfuno eziphezulu. Olu hambo lwamandla olu-bi-directional alungophawu nje kuphela; lutshintsho oluphambili kwindlela esilawula ngayo ukusetyenziswa kwamandla ezidolophini. Ukuphunyezwa kwe-MIDA kwe-ISO 15118-20 kunye ne-OCPP 2.0.1 kube yingongoma ephambili yengxoxo. Njengoko ishishini lisiya kwindlela yokusebenzisana kwe-'Plug & Charge' kunye ne-V2G (Vehicle-to-Grid), i-MIDA sele iphambili kwindlela yokusebenza. Iimodyuli zethu zamandla ze-SiC (Silicon Carbide) ezi-bi-directional zivumela izithuthi ukuba zisebenze njengeebhetri eziphathwayo, zondla amandla abuyele ekhayeni okanye kwigridi ngexesha leemfuno eziphezulu. Olu lawulo lwamandla oluhamba ngamacandelo amabini alulophawu nje kuphela; lutshintsho kwindlela esilawula ngayo ukusetyenziswa kwamandla ezidolophini. Ukuphunyezwa kwe-MIDA kwe-ISO 15118-20 kunye ne-OCPP 2.0.1 yayilinqaku elikhulu elithetha ngayo. Njengoko ishishini lisiya kwindlela yokusebenzisana 'kwe-Plug & Charge' kunye ne-V2G (Vehicle-to-Grid), i-MIDA sele iphambili. Iimodyuli zethu zamandla ze-SiC (Silicon Carbide) eziya kwicala elinye zivumela izithuthi ukuba zisebenze njengeebhetri eziphathwayo, zinika amandla abuyele emakhaya okanye kwigridi ngexesha leemfuno eziphezulu. Olu lawulo lwamandla oluhamba ngamacandelo amabini alulophawu nje kuphela; lutshintsho kwindlela esilawula ngayo ukusetyenziswa kwamandla ezidolophini. Ukuphunyezwa kwe-MIDA kwe-ISO 15118-20 kunye ne-OCPP 2.0.1 yayilinqaku elikhulu elithetha ngayo. Njengoko ishishini lisiya kwindlela yokusebenzisana 'kwe-Plug & Charge' kunye ne-V2G (Vehicle-to-Grid), i-MIDA sele iphambili kwindlela yokusebenzisana. Iimodyuli zethu zamandla ze-SiC (Silicon Carbide) ezibhekisa kwicala ngalinye zivumela izithuthi ukuba zisebenze njengeebhetri eziphathwayo, zondle amandla abuyele emakhaya okanye kwigridi ngexesha leemfuno eziphezulu. Olu hambo lwamandla olubhekisa kwicala ngalinye alulophawu nje kuphela; lutshintsho kwindlela esilawula ngayo ukusetyenziswa kwamandla ezidolophini. Ukusetyenziswa kwe-MIDA kwe-ISO 15118-20 kunye ne-OCPP 2.0.1 yayilinqaku elikhulu elithethwayo. Njengoko ishishini lisiya kwi-'Plug & Charge' kunye ne-V2G (Vehicle-to-Grid), i-MIDA sele iphambili. Iimodyuli zethu zamandla ze-SiC (Silicon Carbide) ezibhekisa kwicala ngalinye zivumela izithuthi ukuba zisebenze njengeebhetri eziphathwayo, zondle amandla abuyele emakhaya okanye kwigridi ngexesha leemfuno eziphezulu. Olu hambo lwamandla olubhekisa kwicala ngalinye alulophawu nje kuphela; lutshintsho kwindlela esilawula ngayo ukusetyenziswa kwamandla ezidolophini. Ukusetyenziswa kwe-MIDA kwe-ISO 15118-20 kunye ne-OCPP 2.0.1 yayilinqaku elikhulu elithethwayo. Njengoko ishishini lisiya kwindlela yokusebenzisana 'nePlug & Charge' kunye neV2G (Vehicle-to-Grid), i-MIDA sele iphambili. Iimodyuli zethu zamandla ze-SiC (Silicon Carbide) ezibhekisa kwicala elinye zivumela izithuthi ukuba zisebenze njengeebhetri eziphathwayo, zibuyisele amandla ekhayeni okanye kwigridi ngexesha leemfuno eziphezulu. Olu hambo lwamandla olubhekisa kwicala elinye aluyonto nje iphambili; lutshintsho kwindlela esilawula ngayo ukusetyenziswa kwamandla ezidolophini. Ukuphunyezwa kwe-MIDA kwe-ISO 15118-20 kunye ne-OCPP 2.0.1 yayilinqaku elikhulu elithethwayo. Njengoko ishishini lisiya kwindlela yokusebenzisana 'nePlug & Charge' kunye neV2G (Vehicle-to-Grid), i-MIDA sele iphambili kwindlela yokusebenzisana. Iimodyuli zethu zamandla ze-SiC (Silicon Carbide) ezibhekisa kwicala elinye zivumela izithuthi ukuba zisebenze njengeebhetri eziphathwayo, zibuyisele amandla ekhayeni okanye kwigridi ngexesha leemfuno eziphezulu. Olu hambo lwamandla olubhekisa kwicala elinye aluyonto nje iphambili; lutshintsho kwindlela esilawula ngayo ukusetyenziswa kwamandla ezidolophini. Ukuphunyezwa kwe-MIDA kwe-ISO 15118-20 kunye ne-OCPP 2.0.1 yayilinqaku elikhulu elithetha kakhulu. Njengoko ishishini lisiya kwindlela yokusebenzisana kwe-'Plug & Charge' kunye ne-V2G (Vehicle-to-Grid), i-MIDA sele iphambili kwindlela yokusebenzisana. Iimodyuli zethu zamandla ze-SiC (Silicon Carbide) ezibhekisa kwicala eli-2 zivumela izithuthi ukuba zisebenze njengeebhetri eziphathwayo, zondla amandla abuyele ekhayeni okanye kwigridi ngexesha leemfuno eziphezulu. Olu hambo lwamandla olubhekisa kwicala eli-2 alulophawu nje; lutshintsho olucacileyo kwindlela esilawula ngayo ukusetyenziswa kwamandla ezidolophini. Ukuphunyezwa kwe-MIDA kwe-ISO 15118-20 kunye ne-OCPP 2.0.1 yayilinqaku elikhulu elithetha ngayo. Njengoko ishishini lisiya kwindlela yokusebenzisana kwe-'Plug & Charge' kunye ne-V2G (Vehicle-to-Grid), i-MIDA sele iphambili kwindlela yokusebenzisana. Iimodyuli zethu zamandla ze-SiC (Silicon Carbide) ezibhekisa kwicala eli-2 zivumela izithuthi ukuba zisebenze njengeebhetri eziphathwayo, zondla amandla abuyele ekhayeni okanye kwigridi ngexesha leemfuno eziphezulu. Olu hambo lwamandla olubhekisa kwicala eli-2 alulophawu nje; lutshintsho oluphambili kwindlela esilawula ngayo ukusetyenziswa kwamandla ezidolophini. Ukuphunyezwa kwe-MIDA kwe-ISO 15118-20 kunye ne-OCPP 2.0.1 kube yingongoma ephambili yengxoxo. Njengoko ishishini lisiya kwindlela yokusebenzisana kwe-'Plug & Charge' kunye ne-V2G (Vehicle-to-Grid), i-MIDA sele iphambili. Iimodyuli zethu zamandla ze-SiC (Silicon Carbide) ezibhekisa kwicala elinye zivumela izithuthi ukuba zisebenze njengeebhetri eziphathwayo, zinika amandla abuyele emakhaya okanye kwigridi ngexesha leemfuno eziphezulu. Olu hambo lwamandla olubhekisa kwicala elinye aluyonto nje ibalulekileyo; lutshintsho oluphambili kwindlela esilawula ngayo ukusetyenziswa kwamandla ezidolophini. Ukuphunyezwa kwe-MIDA kwe-ISO 15118-20 kunye ne-OCPP 2.0.1 kube yingongoma ephambili yengxoxo. Njengoko ishishini lisiya kwindlela yokusebenzisana kwe-'Plug & Charge' kunye ne-V2G (Vehicle-to-Grid), i-MIDA sele iphambili kwindlela yokusebenzisana. Iimodyuli zethu zamandla ze-SiC (Silicon Carbide) ezibhekisa kwicala ngalinye zivumela izithuthi ukuba zisebenze njengeebhetri eziphathwayo, zondle amandla abuyele emakhaya okanye kwigridi ngexesha leemfuno eziphezulu. Olu hambo lwamandla olubhekisa kwicala ngalinye alulophawu nje kuphela; lutshintsho kwindlela esilawula ngayo ukusetyenziswa kwamandla ezidolophini. Ukuphunyezwa kwe-MIDA kwe-ISO 15118-20 kunye ne-OCPP 2.0.1 yayilinqaku elikhulu elithethwayo. Njengoko eli shishini lisiya kwi-'Plug & Charge' kunye ne-V2G (Vehicle-to-Grid), i-MIDA sele iphambili. Iimodyuli zethu zamandla ze-SiC (Silicon Carbide) ezibhekisa kwicala ngalinye zivumela izithuthi ukuba zisebenze njengeebhetri eziphathwayo, zondle amandla abuyele emakhaya okanye kwigridi ngexesha leemfuno eziphezulu. Olu hambo lwamandla olubhekisa kwicala ngalinye alulophawu nje kuphela; lutshintsho kwindlela esilawula ngayo ukusetyenziswa kwamandla ezidolophini.

6. Uthelekiso lweendleko ezipheleleyo zobunini (i-TCO)

7. Ukuthobela imithetho kunye neSatifikethi seHlabathi

Ukuhambahamba kwindawo entsonkothileyo yokulawula yaseYurophu yenye yezona zinto ziphambili ze-MIDA. EMunich 2026, sibonakalise ukunamathela kwethu kwimigangatho yamva nje ye-IEC 61851-23:2023. Iitshaja zethu azipheleli nje ekuthobeleni i-German Eichrecht (umthetho wokulinganisa) ukuze kuhlawulwe ngokusobala kodwa zikwahlangabezana neemfuno zokhuseleko ezingqongqo ze-AFIR ye-EU (Alternative Fuels Infrastructure Regulation). Oku kuqinisekisa ukuba amaqabane ethu anokusebenzisa izisombululo ze-MIDA kulo naliphi na ilizwe elingamalungu e-EU ngaphandle kokuxhalabela utshintsho lokuthobela imithetho yendawo. Ukuhambahamba kwindawo entsonkothileyo yokulawula yaseYurophu yenye yezona zinto ziphambili ze-MIDA. EMunich 2026, sibonakalise ukunamathela kwethu kwimigangatho yamva nje ye-IEC 61851-23:2023. Iitshaja zethu azipheleli nje ekuthobeleni i-German Eichrecht (umthetho wokulinganisa) ukuze kuhlawulwe ngokusobala kodwa zikwahlangabezana neemfuno zokhuseleko ezingqongqo ze-AFIR ye-EU (Alternative Fuels Infrastructure Regulation). Oku kuqinisekisa ukuba amaqabane ethu anokusebenzisa izisombululo ze-MIDA kulo naliphi na ilizwe elingamalungu e-EU ngaphandle kokuxhalabela utshintsho lokuthobela imithetho yendawo. Ukuhambahamba kwindawo entsonkothileyo yokulawula yaseYurophu yenye yezona zinto ziphambili ze-MIDA. EMunich 2026, sibonakalise ukunamathela kwethu kwimigangatho yamva nje ye-IEC 61851-23:2023. Iitshaja zethu azipheleli nje ekuthobeleni i-German Eichrecht (umthetho wokulinganisa) ukuze kuhlawulwe ngokusobala kodwa zikwahlangabezana neemfuno zokhuseleko ezingqongqo ze-AFIR ye-EU (Alternative Fuels Infrastructure Regulation). Oku kuqinisekisa ukuba amaqabane ethu anokusebenzisa izisombululo ze-MIDA kulo naliphi na ilizwe elingamalungu e-EU ngaphandle kokuxhalabela utshintsho lokuthobela imithetho yendawo. Ukuhambahamba kwindawo entsonkothileyo yokulawula yaseYurophu yenye yezona zinto ziphambili ze-MIDA. EMunich 2026, sibonakalise ukunamathela kwethu kwimigangatho yamva nje ye-IEC 61851-23:2023. Iitshaja zethu azipheleli nje ekuthobeleni i-German Eichrecht (umthetho wokulinganisa) ukuze kuhlawulwe ngokusobala kodwa zikwahlangabezana neemfuno zokhuseleko ezingqongqo ze-AFIR ye-EU (Alternative Fuels Infrastructure Regulation). Oku kuqinisekisa ukuba amaqabane ethu anokusebenzisa izisombululo ze-MIDA kulo naliphi na ilizwe elingamalungu e-EU ngaphandle kokuxhalabela utshintsho lokuthobela imithetho yendawo. Ukuhambahamba kwindawo entsonkothileyo yokulawula yaseYurophu yenye yezona zinto ziphambili ze-MIDA. EMunich 2026, sibonakalise ukunamathela kwethu kwimigangatho yamva nje ye-IEC 61851-23:2023. Iitshaja zethu azipheleli nje ekuthobeleni i-German Eichrecht (umthetho wokulinganisa) ukuze kuhlawulwe ngokusobala kodwa zikwahlangabezana neemfuno zokhuseleko ezingqongqo ze-AFIR ye-EU (Alternative Fuels Infrastructure Regulation). Oku kuqinisekisa ukuba amaqabane ethu anokusebenzisa izisombululo ze-MIDA kulo naliphi na ilizwe elingamalungu e-EU ngaphandle kokuxhalabela utshintsho lokuthobela imithetho yendawo. Ukuhambahamba kwindawo entsonkothileyo yokulawula yaseYurophu yenye yezona zinto ziphambili ze-MIDA. EMunich 2026, sibonakalise ukunamathela kwethu kwimigangatho yamva nje ye-IEC 61851-23:2023. Iitshaja zethu azipheleli nje ekuthobeleni i-German Eichrecht (umthetho wokulinganisa) ukuze kuhlawulwe ngokusobala kodwa zikwahlangabezana neemfuno zokhuseleko ezingqongqo ze-AFIR ye-EU (Alternative Fuels Infrastructure Regulation). Oku kuqinisekisa ukuba amaqabane ethu anokusebenzisa izisombululo ze-MIDA kulo naliphi na ilizwe elingamalungu e-EU ngaphandle kokuxhalabela utshintsho lokuthobela imithetho yendawo. Ukuhambahamba kwindawo entsonkothileyo yokulawula yaseYurophu yenye yezona zinto ziphambili ze-MIDA. EMunich 2026, sibonakalise ukunamathela kwethu kwimigangatho yamva nje ye-IEC 61851-23:2023. Iitshaja zethu azipheleli nje ekuthobeleni i-German Eichrecht (umthetho wokulinganisa) ukuze kuhlawulwe ngokusobala kodwa zikwahlangabezana neemfuno zokhuseleko ezingqongqo ze-AFIR ye-EU (Alternative Fuels Infrastructure Regulation). Oku kuqinisekisa ukuba amaqabane ethu anokusebenzisa izisombululo ze-MIDA kulo naliphi na ilizwe elingamalungu e-EU ngaphandle kokuxhalabela utshintsho lokuthobela imithetho yendawo. Ukuhambahamba kwindawo entsonkothileyo yokulawula yaseYurophu yenye yezona zinto ziphambili ze-MIDA. EMunich 2026, sibonakalise ukunamathela kwethu kwimigangatho yamva nje ye-IEC 61851-23:2023. Iitshaja zethu azipheleli nje ekuthobeleni i-German Eichrecht (umthetho wokulinganisa) ukuze kuhlawulwe ngokusobala kodwa zikwahlangabezana neemfuno zokhuseleko ezingqongqo ze-AFIR ye-EU (Alternative Fuels Infrastructure Regulation). Oku kuqinisekisa ukuba amaqabane ethu anokusebenzisa izisombululo ze-MIDA kulo naliphi na ilizwe elingamalungu e-EU ngaphandle kokuxhalabela utshintsho lokuthobela imithetho yendawo. Ukuhambahamba kwindawo entsonkothileyo yokulawula yaseYurophu yenye yezona zinto ziphambili ze-MIDA. EMunich 2026, sibonakalise ukunamathela kwethu kwimigangatho yamva nje ye-IEC 61851-23:2023. Iitshaja zethu azipheleli nje ekuthobeleni i-German Eichrecht (umthetho wokulinganisa) ukuze kuhlawulwe ngokusobala kodwa zikwahlangabezana neemfuno zokhuseleko ezingqongqo ze-AFIR ye-EU (Alternative Fuels Infrastructure Regulation). Oku kuqinisekisa ukuba amaqabane ethu anokusebenzisa izisombululo ze-MIDA kulo naliphi na ilizwe elingamalungu e-EU ngaphandle kokuxhalabela utshintsho lokuthobela imithetho yendawo. Ukuhambahamba kwindawo entsonkothileyo yokulawula yaseYurophu yenye yezona zinto ziphambili ze-MIDA. EMunich 2026, sibonakalise ukunamathela kwethu kwimigangatho yamva nje ye-IEC 61851-23:2023. Iitshaja zethu azipheleli nje ekuthobeleni i-German Eichrecht (umthetho wokulinganisa) ukuze kuhlawulwe ngokusobala kodwa zikwahlangabezana neemfuno zokhuseleko ezingqongqo ze-AFIR ye-EU (Alternative Fuels Infrastructure Regulation). Oku kuqinisekisa ukuba amaqabane ethu anokusebenzisa izisombululo ze-MIDA kulo naliphi na ilizwe elingamalungu e-EU ngaphandle kokuxhalabela utshintsho lokuthobela imithetho yendawo.

8. Isiphelo kunye neNkqubo ka-2027

Impumelelo yePower2Drive Munich ka-2026 iqinisekisa ukuba iMIDA iphambili kwinguqu yokutshaja kwe-EV. Ngokudibanisa ukutshaja kwe-DC enamandla aphezulu kunye nolawulo lwamandla olukrelekrele kunye nokuthobela imithetho yehlabathi, asithengisi nje kuphela iitshaja; sakha iziseko zophuhliso zeplanethi ecocekileyo. Kunyaka ozayo, iMIDA iceba ukuqalisa i-1MW MCS (iMegawatt Charging System) yayo kwiilori zombane ezinzima kwaye siqhubeke nokwandisa kwethu kwiimarike zaseMntla Melika naseMbindi Mpuma. Impumelelo yePower2Drive Munich ka-2026 iqinisekisa ukuba iMIDA iphambili kwinguqu yokutshaja kwe-EV. Ngokudibanisa ukutshaja kwe-DC enamandla aphezulu kunye nolawulo lwamandla olukrelekrele kunye nokuthobela imithetho yehlabathi, asithengisi nje iitshaja; sakha iziseko zophuhliso zeplanethi ecocekileyo. Kunyaka ozayo, iMIDA iceba ukuqalisa i-1MW MCS yayo (iMegawatt Charging System) yeelori zombane ezinzima kwaye siqhubeke nokwandisa kwethu kwiimarike zaseMntla Melika naseMbindi Mpuma. Impumelelo yePower2Drive Munich ka-2026 iqinisekisa ukuba iMIDA iphambili kwinguqu yokutshaja kwe-EV. Ngokudibanisa ukutshaja kwe-DC enamandla aphezulu kunye nolawulo lwamandla olukrelekrele kunye nokuthobela imithetho yehlabathi, asithengisi nje kuphela iitshaja; sakha iziseko zophuhliso zeplanethi ecocekileyo. Kunyaka ozayo, i-MIDA iceba ukuqalisa i-1MW MCS (iMegawatt Charging System) yayo yeelori zombane ezinzima kwaye siqhubeke nokwandisa kwethu kwiimarike zaseMntla Melika naseMbindi Mpuma. Impumelelo yePower2Drive Munich ka-2026 iqinisekisa ukuba i-MIDA iphambili kwinguqu yokutshaja ye-EV. Ngokudibanisa ukutshaja kwe-DC enamandla aphezulu kunye nolawulo lwamandla olukrelekrele kunye nokuthobela imithetho yehlabathi, asithengisi nje iitshaja; sakha iziseko zophuhliso zeplanethi ecocekileyo. Kunyaka ozayo, i-MIDA iceba ukuqalisa i-1MW MCS yayo (iMegawatt Charging System) yeelori zombane ezinzima kwaye siqhubeke nokwandisa kwethu kwiimarike zaseMntla Melika naseMbindi Mpuma. Impumelelo yePower2Drive Munich ka-2026 iqinisekisa ukuba i-MIDA iphambili kwinguqu yokutshaja ye-EV. Ngokudibanisa ukutshaja kwe-DC enamandla aphezulu kunye nolawulo lwamandla olukrelekrele kunye nokuthobela imithetho yehlabathi, asithengisi nje iitshaja; sakha iziseko zophuhliso zeplanethi ecocekileyo. Kunyaka ozayo, i-MIDA iceba ukuqalisa i-1MW MCS (iMegawatt Charging System) yayo kwiilori zombane ezithwala abantu abaninzi kwaye iqhubeke nokwandisa kwethu kwiimarike zaseMntla Melika naseMbindi Mpuma. Impumelelo yePower2Drive Munich ka-2026 iqinisekisa ukuba i-MIDA iphambili kwinguqu yokutshaja ye-EV. Ngokudibanisa ukutshaja kwe-DC enamandla aphezulu kunye nolawulo lwamandla olukrelekrele kunye nokuthobela imithetho yehlabathi, asithengisi nje kuphela iitshaja; sakha iziseko zophuhliso zeplanethi ecocekileyo. Kunyaka ozayo, i-MIDA iceba ukuqalisa i-1MW MCS (iMegawatt Charging System) yayo kwiilori zombane ezithwala abantu abaninzi kwaye iqhubeke nokwandisa kwethu kwiimarike zaseMntla Melika naseMbindi Mpuma. Impumelelo yePower2Drive Munich ka-2026 iqinisekisa ukuba i-MIDA iphambili kwinguqu yokutshaja ye-EV. Ngokudibanisa ukutshaja kwe-DC enamandla aphezulu kunye nolawulo lwamandla olukrelekrele kunye nokuthobela imithetho yehlabathi, asithengisi nje iitshaja; sakha iziseko zophuhliso zeplanethi ecocekileyo. Kunyaka ozayo, i-MIDA iceba ukuqalisa i-1MW MCS (iMegawatt Charging System) yayo kwiilori zombane ezinzima kwaye iqhubeke nokwandisa kwethu kwiimarike zaseMntla Melika naseMbindi Mpuma. Impumelelo yePower2Drive Munich ka-2026 iqinisekisa ukuba i-MIDA iphambili kwinguqu yokutshaja ye-EV. Ngokudibanisa ukutshaja kwe-DC enamandla aphezulu kunye nolawulo lwamandla olukrelekrele kunye nokuthobela imithetho yehlabathi, asithengisi nje kuphela iitshaja; sakha iziseko zophuhliso zeplanethi ecocekileyo. Kunyaka ozayo, i-MIDA iceba ukuqalisa i-1MW MCS (iMegawatt Charging System) yayo kwiilori zombane ezinzima kwaye iqhubeke nokwandisa kwethu kwiimarike zaseMntla Melika naseMbindi Mpuma.