Iindaba - iLinyang Energy iqhubekile iphumelele iBid yeProjekthi yeTekhnoloji yoSasazo lwaMandla obukrelekrele

Ukusukela kwikota yesithathu ka-2018, iLinyang Energy iphumelele iibhidi zeprojekthi yetekhnoloji yokuhambisa amandla akrelekrele eGuiyang Power Supply Bureau yeGuizhou Power Grid Company, iZhaoqing Power Supply Bureau yeGuangdong Power Grid, iGuangdong Power Grid Electric Power Research Institute kunye neYunnan Power Grid. Inkampani, njl.

1.Ukuphumelela iprojekthi yenzululwazi kunye neteknoloji yeGuiyang Power Supply Bureau yeGuizhou Power Grid Corporation

NgoJulayi 27, i-2018, i-Linyang Energy iphumelele ibhidi ye-Guizhou Power Grid Company Guiyang Power Supply Bureau Science and Technology Project - Distribution Network Wireless Multi-Mode Hybrid Communication Network Mode kunye neProjekthi yoPhuhliso lweSixhobo.

Imixholo ephambili yoPhando zezi:

● Uphando lusekelwe kwindlela yokusetyenziswa kwe-wireless multi-mode hybrid yonxibelelwano iteknoloji kuthungelwano losasazo.Ngokwemekobume entsonkothileyo ye-karst landform kwaye idityaniswe neempawu zetekhnoloji yangoku yonxibelelwano lwamacingo, ukhetho olusisiseko lwetekhnoloji yonxibelelwano kunye ne-multi-mode hybrid yonxibelelwano lwetekhnoloji Umsebenzi wovavanyo lokuhambelana kufuneka wenziwe.
● Ifunda isisombululo sothungelwano lonxibelelwano lwe-wireless multi-mode hybrid networking, kunye nemowudi yothungelwano lwe-wireless multi-mode hybrid yonxibelelwano lweteknoloji, kwaye iphumeze umsebenzi wokucwangcisa imowudi yonxibelelwano olusembindini kwindawo yokuthunyelwa kwesango.Uphando lwenziwa ngokusekwe kwitheminali yonxibelelwano oluninzi kunye nemowudi yothungelwano lwesikhululo sonxibelelwano.
● Yila isixhobo sonxibelelwano ngokomgaqo wokusetyenziswa kwamandla aphantsi, ukuhambelana kakuhle, ukwandiswa okulula, kunye nesakhiwo esomeleleyo.Izixhobo zophuhliso ziquka ezi ntlobo zimbini zilandelayo: i-multi-mode hybrid network base station kunye ne-multi-mode hybrid communication device.

Le projekthi ikakhulu isombulula impembelelo yeendawo ezithile zejografi ezifana ne-karst landforms kwindawo yaseGuizhou kwinkqubo yonxibelelwano kuthungelwano losasazo.Ifunda imowudi yonxibelelwano engenazingcingo--wireless multi-mode hybrid yonxibelelwano lwetekhnoloji, enokulungelelanisa neempawu zothungelwano oluzilungiselelayo olubanzi kwindawo yokusebenza kweemeko zejografi ezintsonkothileyo kunye nokunqongophala kwamandla okusingqongileyo.Iphuhlise imodyuli yonxibelelwano ye-wireless ad hoc kunye nesixhobo esisekwe kwindawo yokusebenza yezixhobo zokuhambisa amandla kwiimeko ezinzima zejografi, ezineempawu ze-Intanethi yeZinto kunye nokuhambelana kwe-Intanethi, iplagi kunye nokudlala, njl., kwaye inokusombulula ngempumelelo unxibelelwano. ingxaki yothungelwano losasazo.

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2. Ukuphumelela ubizo lweprojekthi yenzululwazi kunye neteknoloji yeGuangdong Power Grid Zhaoqing Power Supply Bureau

NgoSeptemba 3, i-2018, i-Linyang Energy iphumelele ibhidi yeprojekthi yesayensi kunye neteknoloji ye-Zhaoqing Power Supply Bureau ye-Guangdong Power Grid - Uphando kwi-teknoloji yokubeka iliso yezixhobo zokuhambisa amandla ngokusekelwe kwi-Intanethi yezinto kunye nophuhliso lweqonga lokuhlola elikude.Imixholo ephambili yophando yile ilandelayo:

UPhando kwiTekhnoloji yeSensing ye-Key State ye-Modular Power Distribution Equipment kwi-Intanethi yezinto zeTekhnoloji

Ngokusebenzisa itekhnoloji ye-RFID kunye nezivamvo, ifunda ukubekwa esweni kwemeko yezixhobo zokusasaza amandla, kubandakanywa ukujongwa kwemeko yezixhobo kunye nokubeka iliso kokusingqongileyo okusebenzayo, kwaye ikwafunda ngolwakhiwo lwemigangatho kunye nokusasazwa kwenkqubo yokubekwa esweni kwezixhobo zolwakhiwo lombane.

UPhando ngokuBeka iliso kwiTekhnoloji yoNxibelelwano lweDatha yesiXhobo sokuSasaza saMandla eSekwe kwi-Intanethi yeTekhnoloji yeZinto

Uphando lusebenza kwitheknoloji yokuhanjiswa kwedatha ethembekileyo yezixhobo zokuhambisa amandla kwiindawo ezahlukeneyo zokusebenza ezifana nesakhiwo sesikhululo sangaphandle, ikhabhinethi yangaphandle, indlu yesitishi esingaphantsi komhlaba kunye nomgca ophezulu, kwaye idlulisela idatha yesimo sezixhobo zokusasazwa kwinkqubo yesicelo.

Ukuphuhliswa kwezixhobo zokujonga izixhobo zokuhambisa kunye namaqonga okuhlola okude asekwe kwi-Intanethi yezinto zobuchwepheshe

Iphuhlisa izixhobo zokujonga iimodyuli zezixhobo ezahlukeneyo zokuhambisa amandla, kunye nojongano lwedatha kunye nezixhobo zokuhambisa amandla ezikrelekrele ezinjengokutshintsha kwekholamu ekrelekrele kunye neekhabhathi zenethiwekhi yomsesane okrelekrele, kwaye ikwaphuhlisa izixhobo zokuhambisa amandla esweni kunye namaqonga okuhlola okude asekwe esweni. izixhobo kunye nojongano lwedatha.Ngokusebenzisa i-computing yelifu, ukuqondwa okungaqondakaliyo kunye nobunye ubuchwepheshe bekhompyuter obukrelekrele, idatha enkulu kunye nolwazi luhlalutywa kwaye lucutshungulwe ukuze kuphunyezwe ukujongwa kwemeko yosuku lwezixhobo zokusebenza kunye neeparamitha zokusingqongileyo, kunye nohlalutyo oluzimeleyo lovavanyo lobume besixhobo sokuhambisa amandla kunye novavanyo lomngcipheko. .

Eyona njongo yophando kukuqonda ukuhlolwa okude kwamakhonkco okusasaza amandla asekwe kwi-Intanethi yeTekhnoloji yeZinto kunye nethekhnoloji yenethiwekhi engenazingcingo.Ngokusetyenziswa kothungelwano lweenzwa ezikrelekrele, ukubeka iliso kwi-intanethi kwimigca kunye nezixhobo zombane, ukubeka iliso kwangexesha langempela kwiiparitha eziphambili zeegridi zamandla, kunye nezilumkiso eziphosakeleyo ziyafezekiswa, kwaye ukujongwa kokhuseleko lwegridi yamandla kunye nokukwazi ukuphendula ngokukhawuleza kuphuculwe.Ulwazi lokusingqongileyo kunye nolwazi lokubeka iliso lobume luqokelelwa ngabenzi boluvo ukuphumeza ukuhlolwa.Uhlalutyo olunzulu kunye nokuzenzekelayo kunye nokwenziwa kwezigqibo zedatha kwaye kunokunceda ukukhokela ukuhlolwa, ukuphucula amandla okulawula isiphene, ukuqonda isilumkiso kwangethuba malunga neziphene kunye nokungaphumeleli, kunye nokunciphisa ilahleko yengozi ebangelwa izixhobo ezifihliweyo ezinobungozi kunye neziphene.

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3. Ukuphumelela ngempumelelo ibhidi yesivumelwano sokuthengwa kwezixhobo zeGuangdong Power Grid Electric Power Research Institute

NgoSeptemba 18, i-2018, i-Linyang Energy iphumelele ibhidi yekhontrakthi yokuthengwa kwezixhobo zeGuangdong Electric Power Research Institute - izixhobo zokuhambisa amandla emodyuli kunye namacandelo axhasayo.Isixhobo sibandakanya iiseti ezi-3 zeyunithi yokulungisa amandla, iiseti ezi-3 zeyunithi yokunxibelelana, iiseti ezi-3 zeyunithi yokufumana ubungakanani be-analog, iiseti ezi-3 zeyunithi yokufaka idijithali kunye neeseti ezi-3 zeyunithi yokuphuma kwedijithali.

Izixhobo zokuhambisa amandla emodyuli kunye namacandelo axhasayo zikhethwa kwizixhobo ezintathu eziqhelekileyo zokuhambisa amandla emodyuli (i-DTU / FTU / i-automation ye-automation ye-automation yesilawuli esipheleleyo) njengezinto zophando zophuhliso kunye novavanyo lweqonga lokuvavanya ukuqonda imisebenzi yemigca yokusabalalisa, eziziTelesignization, telemetering, Telecontrol and telecommunication, logic yokukhusela (ukhuseleko rhoqo, umbane kunye ne-automation feeder yangoku).

I-terminal yokusabalalisa amandla emodyuli ye-Linyang Energy ifikelele kwi-platform yokuvavanya ye-Guangdong Power Grid's Electric Power Research Institute.Amandla e-R&D kaLinyang Energy aye aqondwa kakuhle yiGuangdong Power Grid Corporation kwaye yayilinyathelo elinye phambili ekukhuthazeni nasekusetyenzisweni kwesizukulwana esilandelayo esikrelekrele sokusasaza i-terminal ye-China Southern Power Grid.

4. Ukuphumelela ithenda yeemveliso zothungelwano lokuhanjiswa kweYunnan Power Grid Corporation

NgoSeptemba 30, i-2018, i-Linyang Energy iphumelele ngempumelelo ibhidi yesalathisi sesiphoso sexesha elifutshane kunye nesakhelo sesalathisi sohlobo lwentambo yokuhambisa kude.Esi sisihlandlo sokuqala ukuba inkampani yethu iphumelele ithenda yemveliso yothungelwano losasazo lweChina Southern Power Grid, ephawula iimveliso zokuhanjiswa kweLinyang Energy ezivunyiweyo ngabasebenzisi beChina Southern Power Grid.

I-Linyang Energy izimisele ukusebenzisa iteknoloji ye-IoT kwiigridi ezihlakaniphile, ukwenza iigridi ezihlakaniphile zibe nobuchule, zikhuseleke kwaye zithembeke ngakumbi ngokusebenzisa ingqiqo kunye nohlalutyo lwedatha enkulu.


Ixesha lokuposa: Feb-28-2020