Tsarin Cajin 1MW 2MW Mai Cajin DC na MCS don Motocin Lantarki

Tsarin Cajin 1MW 2MW Mai Cajin DC na MCS don Motocin Lantarki

1. Babban Labari + Jagora: Ƙarfafa Juyin Juya Halin Da Aka Yi Nauyi: MIDA Power Ta Bayyana Tsarin Cajin 1MW Megawatt (MCS) Don Gudanar da Ayyukan Motoci Na Duniya

Yayin da fannin sufuri na duniya ke fuskantar makoma mara fitar da hayaki, samar da wutar lantarki ga manyan motoci masu aiki (HDVs) ya kasance ɗaya daga cikin manyan ƙalubalen injiniya na shekaru goma. Duk da cewa motocin lantarki na fasinja (EVs) sun yi nasarar sauya sheka zuwa manyan motoci, masana'antar jigilar kayayyaki ta "tsakiya" da "tsakiya" ta daɗe tana fuskantar cikas sakamakon iyakokin fasahar CCS (Combined Charging System), wadda ba ta da isasshen ƙarfin da ake buƙata don sake caji manyan batura na manyan motoci na Class 8 a cikin lokacin hutun direba. A yau, MIDA Power (迈依达), wani majagaba a cikin manyan kayayyakin caji na DC, yana alfahari da sanar da ƙaddamar da Tsarin Cajin Megawatt na 1MW (MCS). An ƙera wannan mafita mai ƙarfi sosai don isar da har zuwa kilowatts 1,000 na wutar lantarki mai ci gaba, wanda ke ba manyan motocin lantarki damar sake samun ɗaruruwan mil na nesa a cikin ƙasa da mintuna 30. Ta hanyar cike gibin da ke tsakanin ƙarfin batirin da ake da shi da kuma buƙatun aiki na ayyukan jigilar kayayyaki na duniya, MIDA MCS ta tsaya a matsayin hanyar rage gurɓatar masana'antar manyan motoci, tana ba wa masu aikin jiragen ruwa madadin sufuri mai inganci, mai araha, kuma mai inganci fiye da jigilar dizal.

2. Yanayin Kasuwa da Manufofi: Hanya Mai Muhimmanci zuwa Tsarin Sadarwa na Net-Zero

Sauya sheka zuwa ga cajin ma'aunin megawatt ba wai kawai wani yanayi ne na fasaha ba; abu ne da ake buƙata na tsari da tattalin arziki. Gwamnatoci a duk duniya suna ƙara tsaurara ƙa'idodin hayaki mai nauyi ga motoci masu aiki, wanda ke ba da gudummawa ga kaso mai yawa na CO2 na duniya da hayakin ƙwayoyin cuta. A Amurka, Tsarin Tsabtace Motoci na EPA da ƙa'idar Advanced Clean Trucks (ACT) na California suna ba da umarnin sauyawa cikin sauri zuwa jiragen ruwa marasa hayaki. Hakazalika, kunshin Tarayyar Turai na Fit for 55 da Dokar Kayayyakin Man Fetur ta Alternative Fuels (AFIR) suna buƙatar tura cibiyoyin caji masu ƙarfi tare da hanyar sadarwa ta Trans-European Transport Network (TEN-T) kowace kilomita 60 zuwa 100.

Muhimmancin Duniya don Rage Karbonization Mai Nauyi

A cewar Hukumar Makamashi ta Duniya (IEA), manyan motoci suna da kusan kashi 30% na hayakin CO2 na duniya daga sufuri a kan hanya, duk da cewa yana wakiltar ƙasa da kashi 10% na motocin. Saboda haka, sauyawa zuwa manyan motocin lantarki masu nauyi (eHDVs) shine mafi tasiri wajen cimma burin Yarjejeniyar Paris. Duk da haka, ƙuntatawa na aiki na manyan motoci - inda "lokaci kuɗi ne" - suna buƙatar mafita mai caji wanda ya dace da saurin mai na dizal. MIDA 1MW MCS ita ce amsar wannan muhimmin abu, yana samar da ƙarfin da ake buƙata don sanya eHDVs su zama madadin injunan konewa na gargajiya.

Masu Tushen Manufofi da Ƙoƙarin Kuɗi

A Arewacin Amurka, Shirin Tsarin Kayayyakin Mota na Ƙasa (NEVI) da Dokar Rage Hauhawar Kuɗi (IRA) sun ware biliyoyin daloli don hanyoyin caji masu ƙarfi. Waɗannan abubuwan ƙarfafawa suna mai da hankali ne kan "Megawatt Gap," inda fasahar CCS ta yanzu ta gaza. A Asiya, Ma'aikatar Masana'antu da Fasahar Bayanai ta China (MIIT) ta hanzarta ƙaddamar da ƙa'idodin MCS don tallafawa babban aikin samar da wutar lantarki a sassan haƙar ma'adinai da sufuri na cikin gida. MIDA Power, a matsayinta na mai samar da kayayyaki na duniya, ta daidaita fasahar MCS ɗinta tare da waɗannan buƙatun yanki daban-daban, tana tabbatar da cewa abokan hulɗarmu za su iya amfani da tallafin gida yayin da suke amfani da fasahar da aka tabbatar a duniya.

Tasirin Grid da "Kalubalen Megawatt"

Babban abin da ke damun masu samar da wutar lantarki shi ne nauyin da aka ɗora wa hanyar sadarwa ta hanyar amfani da wutar lantarki mai ƙarfin 1MW. Zaman MCS guda ɗaya yana cin wutar lantarki kamar ƙaramin gari. MIDA Power tana aiki tare da masu sarrafa hanyar sadarwa don aiwatar da "Smart Megawatt Management." Wannan ya haɗa da daidaita nauyin da ke kan wurin aiki, haɗa kai da Tsarin Ajiyar Makamashin Baturi a wurin aiki (BESS), da kuma damar amsawar buƙata. Ta hanyar daidaita nauyin da ke kan wurin aiki, MIDA tana tabbatar da cewa sauyawa zuwa cajin megawatt ba ya kawo cikas ga daidaiton hanyar sadarwa ta gida.

3. Zurfin Nutsewa a Fasaha ta Samfura: Injiniyan Gabar 1,000kW

Caja ta MIDA 1MW MCS DC Charger ƙwararre ce a fannin lantarki da sarrafa zafi. A cikin tsarin, tsarin yana amfani da tsarin gine-gine na zamani, yana amfani da na'urorin wutar lantarki masu yawan gaske na MIDA. An tsara kowane na'ura don ingantaccen aiki na kashi 95% zuwa 97%, rage ɓatar da makamashi da kuma rage nauyin zafi akan tsarin.

Canza Wutar Lantarki Mai Modular da Fasahar SiC

Ba kamar na'urorin caji na gargajiya waɗanda ke amfani da ƙirar wutar lantarki mai ƙarfi ba, MIDA MCS tana amfani da tsarin raba-kabad. Babban canjin wutar lantarki yana faruwa ne a cikin Wurin Ajiye Wutar Lantarki na tsakiya, wanda ke ɗauke da tarin na'urorin wutar lantarki na 40kW ko 50kW. Ta hanyar amfani da na'urorin semiconductor na Silicon Carbide (SiC), MIDA ta rage asarar sauyawa da kashi 30% idan aka kwatanta da tsarin gargajiya na tushen IGBT. Wannan yana ba da damar samun ƙarfin lantarki mafi girma da ingantaccen aminci a cikin mawuyacin yanayin wutar lantarki kamar cibiyoyin caji na masana'antu.

Tsarin yana ba da damar "sauya zafi," yana tabbatar da cewa idan na'urar guda ɗaya ta gaza, tsarin zai ci gaba da aiki a kusan cikakken ƙarfin aiki. Matsakaicin ƙarfin fitarwa shine mai faɗi daga 200V zuwa 1250V DC, wanda hakan ya sa ya dace da tsarin motocin 800V na yanzu kuma yana tabbatar da shi a nan gaba don tsarin batirin 1000V+ na gaba.

Tsarin Sanyaya Ruwa Mai Ci Gaba

Samar da wutar lantarki mai karfin 1MW yana haifar da zafi mai yawa, musamman a cikin kebul na caji da mahaɗin. MCS na MIDA yana amfani da tsarin sanyaya ruwa mai tsari wanda aka rufe shi da madauri. Mai sanyaya ruwa - wani ruwa na musamman wanda ba ya da iskar glycol - yana zagayawa ta cikin na'urorin wutar lantarki, sandunan bus, kuma mafi mahimmanci, har zuwa fil ɗin mahaɗin MCS.

Tsarin Madauri Mai Sanyaya:

1. Babban Zagaye:Yana sanyaya kayan canza wutar lantarki ta amfani da famfon centrifugal mai yawan kwarara.
2. Madauri na Biyu:An yi niyya musamman ga kebul na caji da mahaɗin MCS. Wannan madauki yana amfani da kayan haɗin matsi mai ƙarfi don tabbatar da cewa babu ɓuya ko da a ƙarƙashin matsin lamba na injin amfani da shi mai nauyi.
3. Kin Amincewa da Zafi Mai Wayo:Tsarin yana da tsarin haɗa radiator mai fanka da yawa tare da na'urorin watsawa masu canzawa (VFD). Fanka suna tashi zuwa cikakken gudu ne kawai lokacin da yanayin zafi ko nauyin caji ya buƙaci hakan, wanda ke rage gurɓatar hayaniya a tasha ta manyan motoci.

Mai Haɗa MCS: Sabon Ma'auni a Tsaro da Sauri

Na'urar rarraba MIDA MCS tana da mahaɗin MCS mai siffar triangle wanda aka tsara don ergonomics da kuma ƙarfin wutar lantarki mai yawa. Ba kamar CCS2 ba, wanda aka rufe shi a 500A, an gina mahaɗin MCS don ɗaukar har zuwa 3,000A. An yi wa fil ɗin fenti da azurfa don rage juriyar hulɗa, kuma na'urori masu auna zafin jiki da aka haɗa suna ba da bayanai na ainihin lokaci ga mai sarrafawa, wanda ke ba da damar cire wutar lantarki ta atomatik idan fil ɗin suka kusanci iyakokin zafi.

Tsarin Gudanarwa da Sadarwa Mai Haɗaka

"Kwakwalwar" MIDA MCS wata na'ura ce mai sarrafa wutar lantarki mai tushe biyu wacce ke kula da kwararar wutar lantarki tsakanin grid, rumbun wutar lantarki, da kuma abin hawa. Tana goyon bayan sadarwa mai sauri ta bas ɗin CAN da kuma ka'idojin ISO 15118 na tushen Ethernet. Wannan yana ba da damar yin musabaha cikin sauri sosai—abin hawa da caja za su iya yin shawarwari kan cajin 1MW cikin ƙasa da daƙiƙa biyu.

Teburin Bayanan Fasaha

4. Ma'auni & Takaddun Shaida: Tsaro da Haɗakarwa a Ma'auni

A cikin yanayin caji mai girman gaske na megawatt, bin ƙa'idodin ƙasashen duniya ba abu ne mai sauƙi ba. MIDA 1MW MCS ta cika ka'idojin taswirar CharIN MCS da kuma ƙa'idar ISO 15118-20 mai zuwa don aikin "Plug & Charge".

Bin Dokoki na Duniya

• CE da TUV:An yi gwajin tsarin sosai ga kasuwar Turai, inda aka tabbatar da aminci a tsakanin rufin wutar lantarki mai ƙarfi, dacewar lantarki (EMC), da kuma ingancin injina.
• OCPP 1.6J / 2.0.1:Cikakken haɗin kai tare da Tsarin Buɗewar Caji Point yana ba da damar sadarwa mai kyau tare da kowane tsarin gudanarwa na tsakiya (CMS), yana ba da damar caji mai wayo, daidaita kaya, da kuma gano cutar daga nesa.
• ISO 15118:Yana tallafawa ci gaba da sadarwa tsakanin abin hawa da grid, gami da shirye-shiryen V2G (Mota-zuwa-Grid) na hanyoyi biyu da kuma tabbatar da sirri.

Ana ƙara inganta tsaro ta hanyar na'urar sa ido kan rufin gida (IMD), wadda ke ci gaba da duba matsalolin ƙasa. Tsarin kuma yana da jerin "Tsaya Gaggawa" ta atomatik wanda zai iya fitar da haɗin DC mai ƙarfin lantarki mai yawa a cikin millise seconds idan aka katse kebul ko kuma rashin daidaituwar tsarin.

5. Yanayi da Amfani da Su: Inda Megawatts Suka Haɗu da Hanya

An tsara MIDA MCS ne don yanayin aiki mai yawa inda lokacin aiki shine maƙiyin riba.

Cibiyoyin Babban Titin Dogon Hawa: Kashi na Kayayyakin Da Aka Haɗa da Wutar Lantarki

Tsarin amfani da dabarun a manyan hanyoyin jigilar kaya shine babban abin da ake amfani da shi. Waɗannan cibiyoyin suna ba wa manyan motocin lantarki masu nisa damar yin "cajin dama" a lokacin hanyoyin ƙetare iyaka. Ta hanyar tura na'urori masu rarraba wutar lantarki masu ƙarfin 1MW da aka samar ta hanyar MIDA Power Vault, masu aiki za su iya ƙirƙirar "Mega-Stations" waɗanda za su iya kula da manyan motoci da dama a lokaci guda. MIDA tana ba da cikakken mafita na turnkey, gami da haɗakar transformer mai ƙarfin lantarki da kuma software na caji mai wayo wanda ke daidaita nauyin a duk faɗin wurin don hana cunkoson wutar lantarki.

Tashar Jiragen Ruwa da Tsarin Jirgin Ruwa: Kawar da Matsalar

A manyan tashoshin jiragen ruwa, taraktocin yadi da manyan motocin dakon kaya suna aiki akan jadawalin kusan awanni 24 a rana. Waɗannan motocin suna jigilar manyan kwantena daga jiragen ruwa zuwa yadi na jirgin ƙasa ko rumbun ajiya, suna buƙatar ƙarfin juyi akai-akai da amfani da makamashi mai yawa. MCS yana bawa waɗannan motocin damar yin caji yayin canje-canjen aiki, lokutan hutu, ko yayin da ake lodawa/sauke kwantena. Na'urorin rarraba MCS na MIDA suna da ƙarfi don yanayin ruwan gishiri, suna da rufin hana lalata da na'urorin lantarki da aka rufe don tabbatar da dorewa a yanayin teku.

Haƙar ma'adinai da Masana'antu Masu Yawa: Ƙarfafa Manyan Mutane

A fannin hakar ma'adinai, manyan motocin jigilar kaya na lantarki suna ɗauke da ɗaruruwan tan na kayan aiki. Waɗannan motocin suna buƙatar batura a cikin kewayon megawatt-awa mai yawa. MIDA MCS tana ba da mafita mai ƙarfi da ƙarfi da ake buƙata don kiyaye waɗannan behemoths suna motsawa a cikin yanayi mai tsauri da ƙura. Kabad ɗinmu na musamman na haƙar ma'adinai suna da ƙarin tacewa da kayan aikin da aka ƙarfafa don jure girgiza da yanayin zafi mai tsanani na haƙar ma'adinai a buɗe.

Sufuri na Jama'a da Tashoshin Bas

Bas ɗin da ke amfani da wutar lantarki waɗanda ke da ƙarfin fasinjoji masu yawa da kuma dogayen hanyoyi suma suna amfana daga MCS. Duk da cewa caji a hankali cikin dare abu ne da aka saba yi, "Cajin walƙiya" a tasha ta amfani da MCS na iya sa bas ɗin su yi aiki duk rana ba tare da buƙatar babban batir mai nauyi wanda ke rage ƙarfin fasinjoji ba.

6. Nazarin Shari'a: Matukin Jirgin "Koren Hanya" a Arewacin Turai

A farkon shekarar 2026, wani babban kamfanin samar da kayayyaki na Scandinavia,NordicLogix, sun haɗu da MIDA Power don samar da wutar lantarki ga hanyar jigilar kaya mai nisan kilomita 500 tsakanin Gothenburg da Oslo. Hanyar tana ɗaya daga cikin wuraren da suka fi cunkoso a Turai kuma tana da yanayi mai tsauri da yanayin zafi ƙasa da sifili, wanda hakan ya ƙara yawan amfani da makamashin manyan motoci masu amfani da wutar lantarki masu nauyin tan 40.

Kalubalen: Kula da Keke Na Awa 24

NordicLogixYana aiki akan zagaye mai tsauri na awanni 24. yunƙurinsu na baya na samar da wutar lantarki ya yi amfani da na'urorin caji na CCS2 150kW, amma lokacin caji na awanni uku ya tilasta musu ƙara ƙarin manyan motoci da direbobi don kiyaye adadin isarwa iri ɗaya, wanda hakan ya lalata ROI na aikin. Suna buƙatar mafita wanda ya ba da damar "Cajin Lokaci na Hutu."

Maganin MIDA: Tsarin Mega-Hub

MIDA ta sanya wani rumbun adana wutar lantarki mai karfin 2MW tare da na'urorin rarraba wutar lantarki guda biyu masu karfin 1MW MCS a wani wurin hutawa na tsakiya. An haɗa tsarin da na'urar BESS mai karfin 500kWh don adana wutar lantarki a lokacin da ake fuskantar babban caji na 1MW.

Sakamakon: Fiye da Tsammani

Tare da MIDA MCS, manyan motocin sun sami damar yin caji daga 10% zuwa 80% SoC cikin mintuna 28 kacal. Wannan ya yi daidai da lokacin hutu na mintuna 30 da direbobi ke buƙata.

Manyan Manuniyar Aiki (KPIs):

• Lokacin Aiki Ba Tare Da Tafiya Ba:Sauyawar da aka yi daga dizal zuwa wutar lantarki bai haifar da wani sauyi ba ga jadawalin isar da kayayyaki.
• Tanadin Kuɗi:Kamfanin ya bayar da rahoton raguwar farashin makamashi da kashi 42% idan aka kwatanta da farashin dizal.
• Tasirin Muhalli:A cikin watanni shida na farko, aikin ya ceci tan 1,450 na hayakin CO2.
• Gamsuwar Direba:Direbobi sun ba da rahoton cewa kebul ɗin da aka sanyaya da ruwa sun fi sauƙin sarrafawa fiye da manyan kebul na CCS masu ƙarfi waɗanda ba a sanyaya su ba da suka yi amfani da su a baya.

Nasarar wannan gwaji ya haifar da shirin ƙaddamar da ƙarin na'urorin MIDA MCS guda 50 a duk faɗin yankin Nordic nan da shekarar 2028.

7. Sharhin Gwani / Jagoranci: Kalma daga Daraktan Fasaha na MIDA

"Tsallake daga kilowatts zuwa megawatts shine babban cikas na fasaha da muka fuskanta a masana'antar caji ta EV," in ji Dr. Zhang Wei, Daraktan Fasaha a MIDA Power. "Ba wai kawai game da ƙara ƙarin na'urori masu ƙarfi ba ne; yana game da sake tunanin dukkan hanyar zafi da wutar lantarki. A MIDA, mun mayar da hankali kan 'ingancin electron'. Ta hanyar cimma kashi 96% na inganci a matakin megawatt, ba wai kawai muna cajin manyan motoci da sauri ba; muna tabbatar da cewa grid ɗin ba ya fuskantar nauyin asarar zafi mara amfani.

An gina mafitarmu ta MCS don zama zuciyar hanyoyin sufuri na lantarki na gaba. Mun shafe dubban sa'o'i muna gwada madaurin sanyaya ruwa da kuma juriyar mahaɗi don tabbatar da cewa lokacin da manajan rundunar jiragen ruwa ya saka hannun jari a MIDA, suna zuba jari a cikin dandamali mafi inganci a kasuwa. Ba wai kawai muna gina na'urorin caji ba ne; muna gina ababen more rayuwa waɗanda za su ba da damar cinikin duniya ya zama kore.

8. Hasashen Nan Gaba da Ƙarfin Ƙarfin: Zuwa ga 3MW da Sama da Haka

1MW MCS na yanzu shine kawai farkon. An tsara ma'aunin MCS da kansa don haɓaka har zuwa 3.75MW yayin da sinadaran batir da tsarin zafi na abin hawa ke tasowa. MIDA Power ta riga ta fara yin kwaikwayon "MCS-Gen2," wanda zai yi amfani da kayan haɗin Silicon Carbide (SiC) da Gallium Nitride (GaN) don ƙara yawan wutar lantarki da rage sawun kabad ɗin caji.

Haɗawa da Microgrids Masu Sabuntawa

MIDA tana kan gaba wajen haɗa na'urorin MCS tare da na'urorin hasken rana na PV da kuma manyan tsarin adana makamashin batir (BESS). Wannan hanyar "Cajin Microgrid" tana ba tashoshi damar isar da wutar lantarki mai girman megawatt ko da a yankunan da na'urar samar da wutar lantarki ta gida ba ta da ƙarfi. Ta hanyar rage makamashi a cikin batura a wurin a lokutan da ba a cika aiki ba, MIDA tana tabbatar da cewa "Lokacin Megawatt" - kololuwar buƙatar caji na babbar mota - ba ya haifar da rashin kwanciyar hankali a cikin layin wutar lantarki na gida ko kuma yawan kuɗin buƙata.

Ayyukan V2G da Grid

Sauye-sauyen da MIDA MCS za ta yi nan gaba za su taimaka wajen samar da wutar lantarki mai sassa biyu. Ka yi tunanin manyan motocin lantarki 100, kowannensu yana da batirin 500kWh, an haɗa su cikin na'urorin rarraba MIDA MCS. Wannan yana wakiltar 50MWh na ajiya wanda za a iya amfani da shi don daidaita grid ɗin yayin yanayi mai tsanani ko lokutan ɗaukar kaya. An riga an shirya manhajar MIDA don sauƙaƙe waɗannan ayyukan Cibiyar Wutar Lantarki ta Intanet (VPP), ta hanyar ƙirƙirar sabbin hanyoyin samun kuɗi ga masu aiki da jiragen ruwa.

9. Kira don Aiki: Sanya Wutar Lantarki a Rundunar Sojan Ruwa taku da Wutar Lantarki ta MIDA

Shin aikin jigilar kayayyaki naka a shirye yake don zamanin megawatt? MIDA Power (迈依达) yana samar da mafita daga ƙarshe zuwa ƙarshe don caji mai nauyi na EV, tun daga kimantawa a wurin aiki da haɗa grid zuwa ƙaddamar da kayan aikin MCS mafi ci gaba a duniya.

Kada ka bari jinkirin caji ya hana ka sauye-sauye zuwa ga makoma mai ɗorewa. Tuntuɓi ƙungiyar tallace-tallace ta MIDA Power a yau don neman cikakken takardar bayanai ko ƙiyasin farashi na musamman don tashar caji ta jiragen ruwa ko tashar caji ta babbar hanya.

MIDA Power: Tuki Makomar Fitar da Wutar Lantarki Mai Nauyi. Ziyarce mu awww.midapower.com or email sales@midapower.com to start your journey.

10. Zurfin Nutsewa: Ilimin kimiyyar caji na Megawatt da ƙirar yanayin zafi

Domin a fahimci dalilin da yasa MIDA 1MW MCS ta zama ci gaba, dole ne a duba ainihin kimiyyar watsa wutar lantarki mai ƙarfi ta DC. Lokacin canja wurin wutar lantarki watts 1,000,000, babban abokin gaba shine juriyar wutar lantarki ($R$). A cewar Dokar Farko ta Joule ($P = I^2R$), zafin da ake samarwa a cikin kebul na caji yana ƙaruwa da murabba'in wutar lantarki. Tunda cajin 1MW a 1000V yana buƙatar Amperes 1,000, nauyin zafi ya fi na caja AC 100A na yau da kullun sau 100.

Dabarun Watsar da Zafi

Injiniyoyin MIDA sun aiwatar da dabarun watsar da zafi mai matakai da yawa wanda ya wuce sanyaya ruwa mai sauƙi. Muna amfani da sandunan bus masu ɗaukar zafi mai yawa waɗanda aka yi da jan ƙarfe mai ɗauke da iskar oxygen (OFHC). Waɗannan sandunan bus an yi su ne da injinan daidai don haɓaka girman saman kuma an haɗa su kai tsaye zuwa faranti masu sanyaya ruwa.

A cikin kebul na caji da kanta, muna amfani da ƙirar musamman ta "raba-gudanarwa". Ta hanyar raba nauyin 1,000A a kan ƙananan zare da yawa, masu rufi, muna ƙara girman saman da ake da shi don sanyaya, yana ba da damar sanyaya mai tushen glycol don fitar da zafi cikin inganci daga tsakiyar kebul ɗin. Wannan shine abin da ke ba da damar kebul na MIDA MCS ya kasance mai sassauƙa da sauƙin sarrafawa ga direba ɗaya, yayin da kebul ɗin da ba a sanyaya ba zai buƙaci ya zama kauri kamar cinyar ɗan adam.

Kwaikwayo Mai Ci Gaba da Tagwayen Dijital

Kowace tashar MIDA MCS tana tare da "Digital Twin" - wani samfurin software wanda ke kwaikwayon yanayin zafi na kayan aikin a ainihin lokaci. Ta hanyar kwatanta ainihin karatun zafin jiki daga firikwensin 24 a cikin mahaɗin MCS da ƙimar da aka annabta a cikin kwaikwayon, tsarin gudanarwa na AI ɗinmu zai iya gano alamun lalacewa ko lalacewa da wuri kafin gazawa ta faru. Wannan kulawa ta hasashen shine abin da ke tabbatar da cewa abokan hulɗarmu na jigilar kayayyaki suna aiki da kashi 99.9%.

11. Daidaiton Grid da Gudanar da Makamashi Mai Haɗaka

"Lokacin Megawatt" yana faruwa ne lokacin da babbar mota mai nauyi ta fara cajin 1,000kW. Ba tare da ingantaccen kulawa ba, wannan na iya haifar da raguwar wutar lantarki a kan mai ciyar da kayan aiki na gida, wanda ke shafar kayan aikin masana'antu ko unguwannin zama na kusa.

Matsayin Wurin Ajiye Wutar Lantarki a Daidaita Grid

Wutar Lantarki ta MIDA tana aiki a matsayin matattarar aiki ga grid ɗin. Ta amfani da circuit ɗin Ingantaccen Tsarin Wutar Lantarki (PFC), tsarin yana tabbatar da cewa ƙarfin wutar ya kasance sama da 0.99, wanda ke rage jan wutar lantarki mai amsawa. Bugu da ƙari, ana iya tsara tsarin don iyakance jimlar jan wutar ta hanyar zana ma'auni daga BESS mai haɗawa.

Misali, tashar na iya samun ƙarfin wutar lantarki na 500kW ta hanyar amfani da na'urar. Idan babbar mota ta buƙaci 1MW, MIDA Power Vault tana ɗaukar 500kW daga tashar wutar lantarki da kuma 500kW daga batirin 1MWh na wurin. Wannan ƙarfin "Peak Shaving" shine abin da ke sa caji na 1MW ya yiwu a yankunan da ba a taɓa tsara tashar wutar lantarki don irin waɗannan lodi ba.

Rarraba Load Mai Sauƙi (DLD)

A cikin tsarin rarraba wutar lantarki mai yawa, tsarin DLD na MIDA yana sake canza tsarin wutar lantarki bisa ga fifiko da yanayin caji na kowace babbar mota. Idan babbar motar A tana da kashi 10% na SoC kuma babbar motar B tana da kashi 80%, tsarin zai ba da fifiko ga babbar motar A, yana isar da 1MW gare ta yayin da babbar motar B ke karɓar "ƙara-ƙara" mai ƙarfin 200kW. Wannan yana ƙara yawan ƙarfin tashar gaba ɗaya kuma yana tabbatar da cewa kowace babbar motar ta dawo kan hanya da sauri.

12. Tarin Manhajar: Tsaro, Haɗi, da OCPP 2.0.1

A zamanin "Intanet na Makamashi," manhajar tana da mahimmanci kamar kayan aikin. MCS na MIDA yana aiki akan tsarin aiki mai aminci wanda aka tsara musamman don sarrafa masana'antu mai inganci.

Tsaron Yanar Gizo ta Tsarin Zane

Tashoshin caji masu ƙarfi sune muhimman ababen more rayuwa. MIDA ta aiwatar da tsarin tsaro na yanar gizo mai matakai da yawa:

1. Na'urorin Tsaron Kayan Aiki (HSM):Don adana maɓallan ɓoyewa da takaddun shaida mai aminci.
2. Sadarwa Mai Rufewa:Duk bayanai tsakanin caja, abin hawa (ISO 15118), da kuma bayan-end (OCPP) an ɓoye su ta amfani da TLS 1.3.
3. Warewar hanyar sadarwa:An ware dabarun sarrafa caji daga na'urorin Wi-Fi da 4G masu fuskantar mai amfani don hana samun damar shiga tsarin canza wutar lantarki ba tare da izini ba.

OCPP 2.0.1 da Sama

MIDA tana ɗaya daga cikin masana'antun farko da suka fara aiwatar da ƙa'idar OCPP 2.0.1 gaba ɗaya. Wannan yana ba da ingantaccen sarrafa na'urori, ingantaccen bincike, da tallafi ga "Plug & Charge." Tare da OCPP 2.0.1, masu gudanar da rukunin yanar gizo za su iya sarrafa dukkan hanyar sadarwar su daga dashboard ɗaya, suna karɓar faɗakarwa nan take game da komai daga matattarar iska da ta toshe zuwa rashin daidaituwar zafi a cikin na'urar wutar lantarki.

13. Binciken Kudin Zagayen Rayuwa (LCCA) ga Masu Gudanar da Jiragen Ruwa

Duk da cewa jarin farko a tashar MCS mai karfin 1MW ya fi na caji na DC na yau da kullun, LCCA ta bayyana wata hanya bayyananna ta samun riba ga masu aiki da jiragen ruwa.

Rage Jimlar Kudin Mallaka (TCO)

Babban direban TCO a fannin sufurin kaya shine "Uptime." Motar dizal da ke aiki ba tare da aiki ba na tsawon awanni 3 yayin caji tana asarar kusan dala $250 zuwa $400 a cikin yiwuwar samun kuɗin shiga. Ta hanyar rage wannan lokacin aiki zuwa mintuna 30, MIDA MCS tana ceton mai aiki da jiragen sama sama da dala $100 a kowane zaman caji. A tsawon shekaru 10 na tsawon rayuwar caji, wannan ya kai ɗaruruwan dubban daloli a cikin sake dawo da yawan aiki.

Kulawa da Aminci

Tsarin MIDA na zamani yana rage farashin gyara sosai. Maimakon buƙatar ƙwararren ma'aikacin fasaha don gyara da'irar ciki mai rikitarwa, ma'aikacin gyara na gida zai iya musanya da'irar 40kW cikin ƙasa da mintuna 15. Tsarin sa ido na tsakiya kuma yana rage buƙatar "birgima na manyan motoci" - ziyartar wurin aiki - ta hanyar warware kashi 85% na matsalolin da suka shafi software daga nesa.

14. Cikakken Tsarin Kulawa da Ayyuka

Domin tabbatar da dorewar tsarin 1MW MCS, MIDA ta kafa cikakken tsarin kulawa.

Duba Kullum da Mako-mako

• Dubawar Gani:Duba mahaɗin MCS don tarkace ko lalacewa ta zahiri.
• Matakan sanyaya ruwa:Kula da matsin lamba da matakan madaurin sanyaya ruwa ta hanyar dashboard na dijital.
• Na'urar Rarraba Na'ura:Tabbatar da cewa tsarin ja da baya na kebul yana aiki yadda ya kamata.

Sabis na Kwata-kwata da na Shekara-shekara

• Gwajin Ingancin Sanyaya:Yin nazarin cakuda glycol-water don tabbatar da ingantaccen watsa zafi da kuma hana lalata.
• Daidaita Module na Wutar Lantarki:Gwada kowane kayan aiki na 40kW da ke ƙarƙashin kaya don tabbatar da inganci da daidaiton ƙarfin lantarki.
• Gwajin Kariyar Grid:Tabbatar da aikin RCDs da tsarin sa ido kan lahani na ƙasa.

15. Dalilin Dan Adam: Ergonomics da Kwarewar Tuki

Cajin babbar mota mai nauyin tan 40 bai kamata ya zama motsa jiki ba. Masu tsara masana'antu na MIDA sun mayar da hankali kan yadda za a inganta ƙwarewar 1MW MCS cikin sauƙi gwargwadon iyawa.

Tsarin Gudanar da Kebul

Duk da cewa an sanyaya shi da ruwa, kebul na 1,000A har yanzu yana da nauyi. Na'urorin rarrabawa na MIDA suna da tsarin sarrafa kebul na sama, wanda aka daidaita shi da nauyi. Wannan yanayin "Zero-Gravity" yana bawa direba damar jan mahaɗin zuwa tashar caji ta motar ba tare da ya motsa baya ko kafadu ba.

Tsarin Haɗin Mai Amfani (UI)

An tsara allon taɓawa mai inci 15 don ganin abubuwa sosai ko da a cikin hasken rana kai tsaye ko ruwan sama mai ƙarfi. UI ɗin yana ba da umarni masu sauƙi da bayyanannu a cikin harsuna da yawa kuma yana nuna bayanai na tsawon lokaci - mil nawa aka ƙara da tsawon lokacin da za a isa ga SoC ɗin da aka nufa. Wannan bayyanannen bayani yana rage damuwar direbobi kuma yana taimaka wa masu aika kayan aiki su tsara mataki na gaba na tafiya da daidaito.

16. Kammalawa: Tushen Makoma

Tsarin Cajin MIDA 1MW Megawatt ya fi na kayan aiki kawai; shine ginshiƙin sabon zamani a fannin sufuri. Ta hanyar haɗa wutar lantarki da ba a taɓa gani ba, tsarin sarrafa zafi mai kyau, da kuma manhajoji masu wayo a grid, MIDA ta magance "Kalubalen Megawatt" kuma ta share fagen samar da wutar lantarki gaba ɗaya a ɓangaren mai nauyi.

Yayin da duniya ke tafiya zuwa ga makoma mara tabbas, ikon jigilar kayayyaki cikin inganci da dorewa zai zama alamar nasarar tattalin arziki. MIDA Power tana alfahari da kasancewa abokin tarayya da aka zaɓa ga manyan masu samar da kayayyaki na duniya, kamfanonin hakar ma'adinai, da hukumomin sufuri. Juyin juya halin ya zo, kuma MIDA ce ke da ƙarfi.

17. Binciken Kwatanta Ma'aunin Fasaha: MCS da CCS2

Domin fahimtar buƙatar 1MW MCS, dole ne a kwatanta shi da ma'aunin CCS2 da ake da shi a yanzu. Tsarin Cajin Haɗin Kai (CCS) ya yi wa kasuwar motocin fasinja hidima sosai, tare da matsakaicin fitarwa na ka'ida na 500kW (ta amfani da kebul masu sanyaya ruwa). Duk da haka, ga babbar motar da ke da babban batirin 1MWh, 500kW har yanzu yana da jinkiri sosai.

Iyakokin Yanzu da Ƙarfin Wutar Lantarki

An iyakance CCS2 ta hanyar ƙirarsa ta zahiri zuwa kimanin Amperes 500. Ko da ƙarfin lantarki ya ƙaru zuwa 1,000V, murfin yana ci gaba da kasancewa a 500kW. Ma'aunin MCS, wanda MIDA ta aiwatar, yana amfani da babban tsari mai siffar murabba'i mai kusurwa uku wanda zai iya ɗaukar har zuwa Amperes 3,000 lafiya. Wannan ƙaruwar wutar lantarki sau 6 shine abin da ke ba da damar saurin caji na 1MW+ da kamfanonin jigilar kaya ke buƙata.

Yarjejeniyar Sadarwa

Duk da cewa duka tsarin biyu suna amfani da PLC (Layin Wutar Lantarki) don mu'amala ta asali, an gina MCS daga tushe don ISO 15118-20. Wannan yana ba da damar sadarwa mai zurfi ta hanyoyi biyu, gami da saƙonnin daidaita grid da kuma canja wurin bayanai na telematics na abin hawa cikin aminci. Aiwatar da MCS na MIDA yana tabbatar da cewa caja ba wai kawai bututun wutar lantarki ba ne, amma kuma babbar hanyar bayanai ce ga manajojin jiragen ruwa.

18. Jagorar Shigarwa Mataki-mataki da Ayyukan Farar Hula

Shigar da cibiyar caji mai karfin 1MW babban aikin samar da ababen more rayuwa ne. MIDA Power tana ba da cikakken jagora don tabbatar da cewa tsarin yana da aminci da inganci.

Mataki na 1: Kimanta Wuri da Haɗin Grid

Kafin a zuba siminti, dole ne a duba wurin da yake kusa da tashar wutar lantarki mai ƙarfin lantarki mai yawa. Caja mai ƙarfin 1MW tana buƙatar na'urar transformer mai matsakaicin ƙarfin lantarki (MV), yawanci 10kV ko 20kV zuwa 480V/400V. Ƙungiyar MIDA tana taimakawa wajen "aikin haɗa haɗin gwiwa" da kamfanin samar da wutar lantarki na gida don tabbatar da cewa grid ɗin zai iya ɗaukar nauyin da ya kai kololuwa.

Mataki na 2: Tushe da kuma magudanar ruwa ta ƙarƙashin ƙasa

Na'urorin rarraba wutar lantarki na Power Vault da MCS suna buƙatar ƙarin faifan siminti. Saboda kebul na MCS suna sanyaya da ruwa, dole ne a tsara bututun ƙarƙashin ƙasa tare da rabewar zafi mai kyau don tabbatar da cewa ba sa zafi fiye da kima. MIDA ta ba da shawarar aƙalla zurfin mita 1 don manyan bututun wutar lantarki don kare kansu daga nauyin manyan motoci da ke tuƙawa a sama.

Mataki na 3: Shigar da Kayan Aiki da Aiwatarwa

Ana isar da Power Vault a matsayin na'urar da aka riga aka haɗa. Da zarar an haɗa shi da faifan, ana haɗa na'urorin rarraba MCS ta hanyar bas ɗin DC da layukan sanyaya. Sannan masu fasaha na MIDA suna yin "Dry Run" ba tare da abin hawa ba, suna gwada juriyar keɓewa da matsin famfon sanyaya. A ƙarshe, ana yin gwajin "Live Load" ta amfani da MIDA Load Bank ko abin gwaji don tabbatar da cikakken fitarwar 1MW.

19. Cikakken Jagorar Shirya Matsaloli da Bincike

An tsara MIDA 1MW MCS don aiki mai yawa, amma idan akwai matsala mai wuya, tsarin bincikenmu yana ba da bayanai masu haske da za a iya aiwatarwa.

Lambobin Kuskuren da Aka Fi Sani da Kuma Manufofi

• Kuskure 042: Ragewar Sanyaya:Wannan yawanci yana nuna toshewar matattarar ruwa ko kuma kumfa mai ƙura a cikin madaurin ruwa. Tsarin zai cire wutar lantarki ta atomatik zuwa 100kW don hana lalacewa yayin da aka sanar da mai aiki don duba famfon.
• Kuskure 107: Laifi na IMD:Lalacewar Na'urar Kula da Rufi tana nuna yiwuwar ɓullar ƙasa. Tsarin zai kulle na'urorin haɗin DC nan take. Manhajarmu tana ba da "Taswirar Lalacewa" wanda ke nuna ainihin inda aka gano ɓullar a cikin tsarin.
• Kuskure 305: Lokacin musabaha da hannu:Sau da yawa ana haifar da shi ta hanyar toshewar fil ɗin haɗin haɗi ko kuma na'urar sarrafa abin hawa da ba ta bin ƙa'ida ba. MIDA UI tana ba da "Tasirin Tsarin Aiki" wanda ke nuna ainihin matakin da aka yi na musabaha ta ISO 15118 da ya gaza.

20. Tasirin Muhalli da Ma'aunin Dorewa

Tashar MCS ta MIDA 1MW guda ɗaya, idan aka yi amfani da ita a ƙarfin kashi 50%, za ta iya sauƙaƙa sauyawar kimanin manyan motocin dizal 20 zuwa wutar lantarki. Wannan yana haifar da raguwar sama da tan 2,500 na CO2 a kowace shekara. Bugu da ƙari, na'urorin wutar lantarki masu inganci na MIDA (96%+) suna adana kimanin kWh 50,000 na makamashi a kowace shekara wanda idan ba haka ba za a rasa shi azaman zafi idan aka kwatanta da tsarin da ya gabata mai inganci 90%.

21. Bin Dokoki da Dabarun Kasuwa na Duniya

MIDA Power ta kuduri aniyar zama jagora a duniya a fannin fasahar MCS. Muna shiga cikin ƙungiyoyin aiki na CharIN don taimakawa wajen fayyace makomar ma'aunin. Ana shirya kayan aikin MCS ɗinmu don kasuwar Arewacin Amurka (bisa ga UL 2202 da NEC 625) da kasuwar Turai (IEC 61851-23). ​​Muna kuma aiki tare da masu kula da harkokin China don daidaita ka'idojin GBT 2015+ na gida tare da taswirar MCS ta duniya, don tabbatar da cewa na'urar caji ta MIDA da aka saya a yau za ta dace da shekaru masu zuwa.

22. Fadada Nazarin Shari'a: Cibiyar Sadarwa ta "Arctic Express"

A wani ci gaba da aikin gwajinmu na Scandinavia, mun faɗaɗa hanyar sadarwa ta haɗa da tashoshi 10 a faɗin Arctic Circle. Kalubalen shine kiyaye fitarwa 1MW a -35°C. MIDA ta aiwatar da tsarin "Reverse Thermal" inda aka yi amfani da zafin sharar da aka samu daga na'urorin wutar lantarki don kiyaye batirin ya yi ɗumi da kuma hana sanyaya ruwa daga kauri. Wannan sabon abu ya ba da damar yin amfani da shi wajen samar da wutar lantarki.NordicLogixdon kiyaye wadatar sabis na kashi 98% a lokacin hunturu mafi tsauri a tarihi, wanda ke tabbatar da cewa cajin megawatt yana da amfani koda a cikin yanayi mafi tsauri.

23. Makomar Manyan Hanyoyi na E-Highways: Haɗin gwiwar MCS mai ƙarfi

A halin yanzu MIDA tana binciken tsarin "Overhead MCS" don manyan hanyoyin lantarki. Ta hanyar haɗa fasahar MCS ɗinmu cikin tsarin pantograph ko "Mega-Rails" na sama, manyan motoci za su iya yin caji a 1MW yayin da suke motsi. Yayin da har yanzu suna cikin matakin samfuri, tsarin Power Vault na zamani da ake amfani da shi a cikin na'urorin MCS ɗinmu na yanzu an riga an tsara shi don tallafawa waɗannan nauyin caji mai ƙarfi.

24. Kira na Ƙarshe don Aiwatarwa da Shawarwari na Fasaha

Sauya sheka zuwa jigilar wutar lantarki mai nauyi ba matsala ce ta "nan gaba" ba—wata dama ce ta "yau". MIDA Power (迈依达) a shirye take ta taimaka muku wajen shawo kan sarkakiyar caji ta 1MW. Tun daga shawarwarin farko zuwa ƙaddamar da cibiyar MCS ɗinku ta ƙarshe, mu abokan hulɗarku ne da ke ci gaba.

Contact our Senior Technical Engineering Team at sales@midapower.com to schedule a 1-on-1 consultation or to request a full site-design whitepaper.

25. Ka'idar Wutar Lantarki Mai Ci Gaba: Juyin Juya Halin Silicon Carbide a cikin MCS

Tsallakewa zuwa caji mai ƙarfin 1MW ba wai kawai nasarar sanyaya ba ce, har ma da sauya wutar lantarki mai yawan mita. MCS Power Vault na MIDA yana amfani da MOSFET na ƙarni na 3 na Silicon Carbide (SiC). Ba kamar na gargajiya na Silicon IGBTs (Insulated-Gate Bipolar Transistors) ba, na'urorin SiC suna da faɗin bandeji, wanda ke ba su damar aiki a mafi girman ƙarfin lantarki da yanayin zafi yayin da suke canzawa a mitoci sama da 100kHz.

Rage Asarar Sauyawa da Gudarwa

Ta hanyar sauyawa da sauri, za mu iya amfani da ƙananan sassan maganadisu (masu canza wutar lantarki da inductors), wanda ke rage sawun ƙafa da nauyin Power Vault. Mafi mahimmanci, SiC yana rage asarar sauyawa da kusan 70%. A cikin tsarin 1MW, ko da ingantaccen inganci na 1% yana ceton watts 10,000 na wutar lantarki daga ɓatarwa a matsayin zafi. Wannan inganci shine abin da ke sa caji 1MW ya zama mai amfani ga masu aiki da jiragen ruwa, domin yana fassara kai tsaye zuwa ƙananan kuɗaɗen amfani da wutar lantarki da rage buƙatun sanyaya.

26. Tsaron Makamashi na Duniya da Matsayin Cibiyoyin MCS

Yayin da ƙasashe ke ƙoƙarin samun 'yancin kai ga makamashi, samar da wutar lantarki a ɓangaren sufuri yana taka muhimmiyar rawa. Man fetur na dizal galibi yana fuskantar canjin yanayin siyasa da kuma katsewar hanyoyin samar da kayayyaki. A akasin haka, ana iya samar da wutar lantarki a cikin gida daga nau'ikan makamashin da ake sabuntawa, makamashin nukiliya, da iskar gas daban-daban.

MCS a matsayin Kadari Mai Mahimmanci

Tsarin hanyoyin sadarwa na tashoshin MCS na 1MW yana wakiltar babban kadara ga juriyar jigilar kayayyaki na ƙasa. A lokutan ƙarancin mai, jiragen ruwan manyan motoci na lantarki za su iya ci gaba da jigilar kayayyaki masu mahimmanci—abinci, magunguna, da kayayyakin masana'antu—ba tare da katsewa ba. An tsara sassan MCS na MIDA don haɗawa da tsarin kula da layin wutar lantarki na ƙasa, wanda ke ba su damar sanya su a matsayin "Kayan Aiki Masu Muhimmanci" a lokacin gaggawar makamashi.

27. Tsarin Tsaron Yanar Gizo Mai Cikakkun Bayanai don Kayayyakin more rayuwa na Megawatt

Tare da babban iko yana zuwa da babban nauyi, kuma a zamanin dijital, hakan yana nufin tsaron yanar gizo. MIDA ta ƙirƙiro tsarin "Zero-Trust" don tsarin MCS ɗinta.

Tsarin Barazana da Rage Shi

• Tsaron Jiki:Ana ajiye akwatin wutar lantarki da na'urorin rarraba wutar lantarki a cikin wuraren da aka yi wa gwajin IK10, waɗanda aka tabbatar da cewa ba su da inganci, tare da haɗakar sa ido ta bidiyo 24/7 da kuma yin rikodin damar shiga ta zahiri.
• Tsaron Cibiyar sadarwa:Duk sadarwa tsakanin Power Vault, na'urorin rarrabawa, da gajimare an ɓoye su da TLS 1.3, kuma tashar OCPP tana goyan bayan tabbatar da juna ta yadda tsarin baya da aka tabbatar kawai zai iya sarrafa kayan aikin.
• Tabbatarwa da Izini:Ana tabbatar da kowace umarni ta nesa ta hanyar sarrafa damar shiga bisa ga rawar aiki tare da tabbatar da abubuwa da yawa ga masu aiki da injiniyoyin sabis.
• Kariyar Bayanai:Ana ɓoye bayanan caji, na'urorin gano abin hawa, da bayanan biyan kuɗi a lokacin hutu da kuma lokacin jigilar kaya, suna bin ka'idodin GDPR da buƙatun zama a cikin gida.
• Ingancin Sarkar Samarwa:Ana sanya hannu kan Firmware ta hanyar ɓoye sirri, kuma kowane sabuntawa ana tabbatar da shi akan hash mai kyau kafin shigarwa, wanda ke kawar da haɗarin shigar da software mara kyau cikin yanayin.
• Kulawa Mai Ci Gaba:Wata tawagar tsaro mai himma tana sa ido kan rundunar jiragen ruwa awanni 24 a rana, tare da gano abubuwan da ba su dace ba ta atomatik wanda ke gano na'urori masu zargi nan take.
• Daidaito Tsakanin Ma'auni:An ƙera tsarin ne don biyan buƙatun IEC 62443 da kuma tsammanin Dokar NIS2 ta EU da Dokar Juriyar Yanar Gizo don muhimman kayayyakin more rayuwa, yana ba wa masu aiki da masu kula da harkokin kuɗi takardun da suke buƙata.

Wannan tsarin Zero-Trust yana tabbatar da cewa kayayyakin more rayuwa na aji na megawatt - wanda ke sarrafa kwararar makamashi mai yawa - ya kasance amintacce kamar yadda grid ɗin wutar lantarki da yake haɗawa da shi yake. Kowace zaman, kowane umarni, da kowane sabuntawar firmware an tabbatar da shi, an yi rajista, kuma ana iya duba shi, daga makullin mahaɗi zuwa ƙarshen girgije.

Kammalawa: Ƙarfafa Makomar Tsaro Mai Inganci da Wutar Lantarki

Cajin manyan motoci da kayan aikin haƙar ma'adinai na Megawatt ba sabon abu bane - gaskiya ce ta tura jiragen sama, kuma MIDA Power tana kan gaba. Tare da tashoshin MCS na asali, daidaita BESS da aka haɗa, da kuma tsarin tsaro mai zurfi na tsaro, MIDA tana ba da cikakken fakitin: iko, juriya, da tsaro da cibiyoyin sufuri na ƙasa ke buƙata.

Masu gudanar da ayyukan da suka yi nasara a gasar samar da wutar lantarki ta jigilar kaya za su kasance waɗanda suka ɗauki kayayyakin caji a matsayin muhimman kayayyakin more rayuwa na ƙasa tun daga rana ta farko - waɗanda aka ƙera don aiki, waɗanda suka taurare daga hare-hare, kuma aka gina su don yin aiki tsawon shekaru da yawa. Wannan shine ainihin abin da MIDA ke ɗauka a matsayin: kowace Wutar Lantarki, kowace na'urar rarraba wutar lantarki, da kowace layin firmware an tsara ta, an gwada ta, kuma an tallafa mata kamar dai hanyar samar da kayayyaki ta ƙasar ta dogara da ita - domin da yawa, tana yin hakan.

Muhimman Abubuwan Da Ake Ɗauka

• Shirye-shiryen MCS:Tallafin MCS na asali na 1MW tare da jituwa da CCS2/CHAdeMO ya ƙunshi cikakken kewayon motocin kasuwanci.
• Tsarin juriya:Cibiyoyin MCS suna haɗuwa da tsarin wutar lantarki na ƙasa kuma ana iya ba su fifiko a matsayin muhimman ababen more rayuwa a lokacin gaggawar makamashi.
• Tsaron Zero-Trust:TLS 1.3, tabbatar da juna, firmware da aka sanya hannu, da kuma sa ido na tsawon awanni 24 a rana suna kare kowane yanki na yanayin muhalli.
• Daidaito tsakanin ƙa'idoji:Dokar IEC 62443, NIS2, da kuma Dokar Tsarewar Yanar Gizo ta Sauƙaƙa Amincewa da Binciken Kuɗi.
• Ingantaccen makamashi:Ingantaccen ingancin juyawa yana nufin rage kuɗaɗen amfani da wutar lantarki da kuma rage buƙatun sanyaya a faɗin hanyar sadarwa.

Kira zuwa Aiki

Gina kayayyakin more rayuwa na caji mai girman megawatt? Tuntuɓi MIDA Power a yau don yin bita kan gine-ginen tsaro, takardun fasaha, da kuma tsarin tura kayan aikin wutar lantarki mai nauyi. Bari mu gina kashin bayan makamashi na juyin juya halin jigilar kaya cikin aminci.

MIDA Power: Injiniyan Daidaito don Duniya Mai Dorewa.

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