imikhiqizo

UKULUNGISWA KWE-Hardware

I-SPEEDTRONIC™ Mark V yokulawula i-gas turbine system yakhelwe ngokukhethekile izinjini zegesi ze-GE nezitimu, futhi isebenzisa inani elikhulu lama-chips e-CMOS kanye ne-VLSI akhethiwe ukuze kuncishiswe ukuchithwa kwamandla nokwandisa ukusebenza.Idizayini entsha ichitha amandla amancane kunezizukulwane ezedlule kumaphaneli alinganayo.Umoya ozungezile endaweni yokungena yephaneli kufanele ube phakathi kuka-32 F no-72 F (0 C no-40 C) nomswakamo ophakathi kuka-5 no-95%, ongajiki.Iphaneli evamile iyiphaneli ye-NEMA 1A engamayintshi angu-90 ukuphakama, amayintshi angu-54 ububanzi, amayintshi angu-20 ukujula, futhi inesisindo esingaba amaphawundi angu-1,200.Umfanekiso 11 ubonisa iphaneli enezicabha ezivaliwe.

Kuma-turbines egesi, iphaneli evamile isebenza ngamandla ebhethri angu-125 volt DC, enokufaka kwe-AC okuyisizayo ku-120 volt, 50/60 Hz, esetshenziselwa i-ignition transformer kanyeiprosesa.Iphaneli evamile evamile izodinga ama-watts angu-900 we-DC kanye nama-watts angu-300 wamandla asizayo y AC.Kungenjalo, amandla asizayo angaba ngu-240 volt AC 50 Hz, noma anganikezwa ngesiguquli esimnyama sokuqalisa esimnyama esivela kubhethri.

Imojula yokusabalalisa amandla ibeka amandla futhi iwasabalalise kumphakeli wamandla ngamunye kumaphrosesa angasasebenzi ngamafusi ashintshwayo.Imojula ngayinye yokulawula inikeza amabhasi ayo e-DC alawulwayo ngeziguquli ze-AC/DC.Lokhu kungamukela ububanzi obubanzi kakhulu be-DC engenayo, okwenza isilawuli sibekezelele amadiphu kagesi ebhethri abalulekile, njengalawo abangelwa ukuqalisa umshini wokudonsa udizili.Yonke imithombo yamandla namabhasi alawulwayo ayagadwa.Amandla angawodwana angashintshwa ngenkathi i-turbine isebenza.

I-Interface Data Processor, ikakhulukazi isilawuli kude, inganikwa amandla amandla endlu.Lokhu kuzoba njalo uma igumbi lokulawula elimaphakathi linohlelo Lokuhlinzeka Ngamandla Angaphazamiseki (UPS).I-AC yendawoiphrosesa ngokuvamile izonikezwa ngekhebula evela kuphaneli ye-SPEEDTRONIC™ Mark V noma ngokuhlukile emandleni endlu.Iphaneli yakhiwe ngendlela ye-modular futhi isezingeni elifanele.Isithombe sephaneli yangaphakathi sikhonjiswe kuMfanekiso 12, futhi amamojula akhonjwa ngendawo kuMfanekiso 13. Ngayinye yalawa mamojula ibuye ifane, futhi imojula yokucubungula evamile iboniswa kuMfanekiso 14. Afaka amarekhi wamakhadi atsheka kanjalo. amakhadi angafinyelelwa ngawodwana.

Amakhadi axhunywe ngamakhebuli eribhoni abekwe ngaphambili anganqanyulwa kalula ngezinjongo zesevisi.Ukuhlehlisa i-rack rack endaweni nokuvala ikhava yangaphambili kukhiya amakhadi endaweni yawo.

Kucatshangelwe ukuthi kusetshenziswe izintambo ezingenayo ukuze kuncishiswe umsindo nokuxoxisana.I-wiring yenziwe yafinyeleleka kalula ukuze kube lula ukuyifaka.Ucingo ngalunye lubonakala kalula futhi ukufakwa okuwumphumela kucocekile.

Lawula
– Ukulawulwa kweyunithi
- Isilawuli se-generator (noma isilawuli sokulayisha)
- Ukuphathwa kwe-alamu
- Ukulawulwa ngesandla (izibonelo)
• Indawo yokulayisha ekhethiwe kusengaphambili
• Ukulawula i-vane guide
• Ukulawulwa kwe-Isochronous
• Ireferensi ye-Fuel stroke
• Ukulawulwa kokusiza
• Ukugeza amanzi
• Ukuhlolwa kwesivinini esingaphezu kwemishini
• Idatha (izibonelo)
- Amazinga okushisa okukhipha amandla
- Amazinga okushisa amafutha
- Amazinga okushisa e-Wheelspace
- Amazinga okushisa e-generator
– Ukudlidliza
- Izikhathi kanye nokubala imicimbi
- Idatha yokulawula ukukhishwa
- Isimo esinengqondo
• Izinkontileka zingenile
• Dlulisana ngaphandle
• I-logic yangaphakathi
- Isibonisi sesidingo
• Ukugawulwa kwemithi ngezikhathi ezithile
• Ezokuphatha–
- Setha isikhathi/usuku
- Khetha amayunithi esikali
- Khombisa izinombolo zikamazisi
- Shintsha ikhodi yokuphepha
• Isondlo/Ukuxilonga
– Lawula inkomba
- Amathuluzi wokumisa
- Amathuluzi okushuna
• Ushintsho oluqhubekayo
- Ukulinganisa okuzenzakalelayo kwe-Actuator
- Isibonisi sohambo
- Isibonisi socingo
- Ukuphoqa okunengqondo
- Ama-alamu okuxilonga
- Izibonisi zokuxilonga
• Okungaxhunyiwe ku-inthanethi
• Ku-inthanethi
- Ukufinyelela kwimemori yesistimu