GZDW Intelligent High Frequency Switching Power DC Khabhinethi

IsiShwankathelo seMveliso
Ubukrelekrele obuphezulu bokutshintsha iKhabhinethi yamandla yeDC ihambelana neDL7T459.I-GB/T 19826 kunye neminye imigangatho ehambelanayo.Idibanisa iteknoloji yokutshintsha i-high-frequency kunye nobuchwepheshe bekhompyutheni, kwaye iyunithi yokuphuma kwamandla iqulunqwe yi-modularization (N + 1).Iyunithi yokusebenza yesiboniso ithatha ujongano olutsha oluchukumisekayo kwaye inokuba iplagi ephilayo kwaye ikhutshiwe.Inemisebenzi 'ye-telecommand, telemetering, teleindication, teleadjusting Ilungele iindawo ezingajongwanga ezifana ne-500kV nangaphantsi kwesikhululo esingaphantsi, umzi-mveliso wamandla njalo njalo.

Iimeko zokusingqongileyo

1.Ubushushu be-Ambient: Akukho ngaphezulu kwe +50℃ kwaye akukho ngaphantsi kwe -10℃.

2.Ukuphakama: Akukho ngaphezu kwe-2000m.

3.I-Humidity Relative: umyinge wexabiso lemihla ngemihla alikho ngaphezu kwe-95% ye-Jhe ixabiso eliqhelekileyo lenyanga alikho ngaphezu kwe-90%.
(Ubunzulu benyikima: Akukho ngaphezu kwe-8 degrees.

5.Iindawo ze-lnsstallion: ngaphandle komlilo, ingozi yogqabhuko-dubulo, ungcoliseko olumandla, ukonakala kweekhemikhali kunye nokungcangcazela okunobundlobongela.

6. Indawo yokuFakela: Ngaphakathi
 
I-7.imo yokumisela: i-anchor bolt.welded

Iimpawu zeMveliso

1. Iyunithi yokuSebenza yokuBonisa: Le phaneli ithatha i-PMS entsha ehlakaniphile yokujongana nomboniso obonakalayo ongeyena nje kuphela, kodwa kulula kakhulu ukuseta iiparamitha zenkqubo.Ukuya kuthi ga kwi-255 iparameters imifanekiso ingabonisa phantse zonke iiparameters ezisebenzayo ezibandakanya ixabiso lombane kwiyunithi yebhetri nganye (okanye iqela ngalinye lebhetri) .I-Advanced touchable interface display ithatha indawo yamaqhosha esiqhelo, anokunyusa ukuthembeka kwenkqubo ngakumbi.

2. Iyunithi yokusabalalisa amandla e-AC: Ukusebenzisa iindlela ze-2 ze-AC zokutshaja iintambo zonikezelo lwamandla, abasebenzisi banokufikelela kwiindlela ezi-1 okanye ezi-2 ngokweemeko zangempela.Inkqubo isasazwa kwimodyuli nganye yamandla ngokomgaqo wonikezelo lwamandla oluphambili kwindlela yokuqala.

3. Iyunithi yokukhupha amandla: ikhetha imodyuli yombane wokutshintsha okuphindaphindiweyo kwaye isebenzisa imowudi ye-N + 1.Emva kokungaphumeleli kweemodyuli zomntu ngamnye, iya kuphuma ngokuzenzekelayo ngaphandle kokuchaphazela ukusebenza okuqhelekileyo kwenkqubo.Ukuthembeka kwenkqubo yonke kuphuculwe.Imodyuli inokufakwa ngokuphila, eyenza umsebenzi wokulondoloza ube lula kakhulu.Imodyuli ephezulu yokutshintsha amandla isebenzisa itekhnoloji yokulungiswa kwamandla kunye netekhnoloji yokulungiswa kwesigaba ukunciphisa impembelelo yenkqubo kwi-harmonic yekhompyuter.I-voltage evaliweyo ephindwe kabini kunye netekhnoloji yolawulo lwangoku kunye nethekhnoloji yangoku yokugoba yangoku yokwabelana zenza ukuhanjiswa kwemveliso yangoku yemodyuli nganye isengqiqweni kwaye iyasebenza, kwaye iqinisekisa ukuba inkqubo yamandla ihlala ikwimo yokusebenza egqwesileyo.

4. Iyunithi yokubeka iliso: isebenzisa i-microcomputer yokusebenza ephezulu, ihlola kwaye ilawula iyunithi nganye kwisistim ngexesha langempela, ibonelela ngemveliso ephezulu ye-DC kwi-Ihe yokulawula ibhasi.Kwangaxeshanye, i-VT ilawula ijiko ukuya kumbane wentlawulo yokulinganisa kunye nombane wentlawulo edadayo webhetri, ngokwemilinganiselo yobushushu obukhoyo bokusebenza kwebhetri, iqinisekisa ukuba ibhetri igcwele kwaye ikwimeko entle.Ukongeza, inkqubo yokubeka esweni i-nnonilor ijika lombane kwibhetri nganye, ukuze kube lula ukucinywa kwebhetri kwangethuba.

Iiparamitha zobuGcisa

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