Ungasishintsha kanjani isithando somlilo esincibilikayo ukuze sisebenzise amandla kakhudlwana?

A. Isimo se Isithando somlilo esincibilikisa amathani angu-2 ngaphambi kwenguquko:

1. The Isithando somlilo esincibilikisa amathani angu-2 ifakwe 1500Kw, izinga lokushisa elincibilikayo liyadingeka ukuthi libe ngu-1650 degrees, futhi isikhathi sokuncibilika esiklanyelwe singakapheli ihora elingu-1. Isikhathi sangempela sokuncibilika siseduze namahora angu-2, okukude nomklamo wangempela.

2. I-thyristor ye-inverter ishiswa kakhulu, futhi ngisho ne-thyristor ye-rectifier ivame ukonakala.

3. Ama-capacitor amabili ane-bulging belly phenomenon

4. Umsindo we-reactor uphezulu kakhulu

5. Kunzima ukuqala ngemva kokuba isithando somlilo esisha sishisiwe

6. Ngemva kokuba ikhebula elipholile ngamanzi lihlolwe, ubude abunangqondo, futhi kukhona isenzakalo sokubulala nokugoba.

7. Izinga lokushisa lamanzi lesistimu yokupholisa lidlula ama-55 degrees

8. Ipayipi lesistimu yokupholisa seliguga kakhulu

9. Ipayipi lamanzi elingenisa ugesi likhulu kunepayipi lamanzi elibuyayo, okuholela ekugelezeni kwamanzi okupholisa okungekuhle.

B, amathani angu-2 wokuqukethwe kokuguqulwa kwesithando somlilo:

1. Faka esikhundleni i-thyristor ye-rectifier kanye ne-inverter thyristor, ukhulise amandla okumelana ne-voltage kanye ne-overcurrent value ye-thyristor, futhi ukhulise i-angle conduction ye-thyristor.

2. Khulisa i-voltage ye-DC yamandla kagesi okuqala amaphakathi aphakathi ukusuka ku-680V ukuya ku-800V, kanye ne-DC yamanje ukusuka ku-1490A yasekuqaleni ukuya ku-1850A, ukuze uqinisekise ukuthi amandla okukhiphayo esithandweni somlilo esincibilikayo afinyelela inani lokuklama elingu-1500Kw.

3. Thuthukisa amandla asebenzayo esithando somlilo esincibilikisa induction futhi ukhulise kakhulu isici samandla, ngaleyo ndlela uthuthukise izinga lokusebenzisa i-transformer futhi unciphise isijeziso samandla esisebenzayo.

4. Faka esikhundleni i-bulging capacitor, khulisa ukuhlelwa kwe-capacitor, futhi unciphise ukushisa okukhiqizwa yi-copper bar kanye ne-capacitor.

5. Hlela i-reactor, qinisa ikhoyili ye-reactor, futhi unciphise umsindo obangelwa ukudlidliza kwekhoyili.

6. Hlanza futhi ufake esikhundleni sesifunda samanzi sangaphakathi sekhabhinethi yokuphakela amandla futhi wandise ipayipi lamanzi elibuyayo, okuthuthukisa kakhulu umphumela wokupholisa wesithando somlilo. Umkhuba wokushiswa ngokuyisisekelo uqedwe.

7. Khulisa ubude bekhebula elipholiswe ngamanzi ukuze uqinisekise ukuthi intambo epholiswe ngamanzi ayigobi ize ife phakathi nayo yonke inqubo yokuphenduka kwesithando somlilo esincibilikayo, futhi uqinisekise umphumela wokupholisa wekhebula.

C. Umphumela woguquko we I-2 ton induction encibilikisa isithando somlilo:

1. Uma izinga lokushisa lokuncibilika kwesithando somlilo se-2-ton induction melting singama-degrees angu-1650, isikhathi sokuncibilikisa isithando somlilo esisodwa singamaminithi angu-55, okucishe kube izikhathi ezingu-1 ngokushesha kunangaphambi kokuguqulwa.

2. Ukushisa kwamanzi ajikelezayo okupholisa kuncishiswa ngama-degree angu-10, futhi izinga lokushisa lamanzi lingaba ngama-42 degrees ngesikhathi sokusetshenziswa okujwayelekile.

3. Ayikho into evuthayo ye-silicon engxenyeni yonyaka ngemva kokuguqulwa, futhi umsindo wokunikezwa kwamandla okuvama okuphakathi uyancipha kakhulu.

4. Ngemva kokuba ikhebula elipholile ngamanzi selishintshiwe, akukho mkhuba wokugoba ofile, futhi ikhebula elipholiswe ngamanzi liphola ngokujwayelekile.