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Ukuqhathaniswa kwezinzuzo kanye nokubi kokunikezwa kwamandla ochungechungeni lwe-inverter kanye nokuphakelwa kwamandla okuguquguqukayo okuhambisanayo:

Ukuqhathaniswa kwezinzuzo kanye nokubi kokunikezwa kwamandla ochungechungeni lwe-inverter kanye nokuphakelwa kwamandla okuguquguqukayo okuhambisanayo:

          1. Izingxenye eziyinhloko kanye namazinga
Inombolo yomkhiqizo Igama Uchungechunge lwe-resonant inverter yaphakathi nendawo yamandla kagesi I-Parallel resonance inverter yamandla aphakathi nendawo
1 I-Fact Factor Isici samandla avamile 0.98 Isici samandla singu-0.7-0.92, uma isici samandla esimaphakathi singafinyeleli ku-0.90, i-Electric Power Bureau izokhokha inhlawulo
2 Ukuncibilika kwamandla 550±5% kW.h/t (1600℃) ≤620±5% kW.h/t (1600℃)
3 Indlela ye-resonance I-Voltage resonance, ukulahleka komugqa ophansi (ibha yethusi nendandatho yesithando somlilo) I-resonance yamanje, umugqa (ibha yethusi nendandatho yesithando somlilo) ukulahlekelwa kukhulu
4 i-harmonic Ama-harmonics aphansi, ukungcola okuphansi kugridi yamandla Ama-harmonics aphezulu, ukungcola okukhulu kugridi yamandla
5 Izinga lempumelelo yokuqalisa Amandla alungiswa ngokulungisa imvamisa ye-inverter, ngakho izinga lokuqalisa liphezulu. 100% izinga lokuphumelela lokuqala Kunzima ukuqala idivayisi ngaphansi komthwalo osindayo
6 esebenza kahle Ukusebenza kahle okuphezulu kungaba phezulu ngo-10% -20% kunokunikezwa kwamandla afanayo Ukusebenza kahle okuphansi ngenxa yesici samandla aphansi kanye nokungcola okuphezulu kwe-harmonic
7 Easy ukusebenzisa I-Series resonant power supply ingathola izindlela zokusebenza zokukodwa kokukodwa, kokukodwa kuya kokubili, kokukodwa kuya kokuthathu. Izinsiza zamandla ezihambisanayo zingafinyelela imodi yokusebenza eyodwa-to-kodwa.
8 ukuvikela Qedela umsebenzi wokuvikela Qedela imisebenzi yokuvikela
9 Izindleko zezinto ezibonakalayo Izindleko zezinto ezibonakalayo ziphezulu, isilungisisi sinyusa i-capacitor yesihlungi, futhi amapharamitha wengxenye ye-voltage resonance akhethwa ngamavelu aphezulu. Izindleko zezinto ezibonakalayo ziphansi, isilungisisi asidingi ukwandisa i-capacitor yokuhlunga, futhi amapharamitha wengxenye yamanje ye-resonance akhethwa ngamavelu aphansi.

Incazelo: 1. Isici samandla

Isici samandla eresonance yochungechunge siphezulu: ≥0.98, ngenxa yokuthi wonke ama-thyristors wengxenye yomthombo wamandla asesimweni esivuleke ngokugcwele, futhi isifunda sokulungisa sihlala sisesimweni sokuqhuba ngokugcwele. Ukwenyuka kwamandla kufinyelelwa ngokulungisa i-voltage ye-inverter bridge yochungechunge. Ngakho-ke, kuyo yonke inqubo yokusebenza (kuhlanganise namandla aphansi, amandla aphakathi, amandla aphezulu) angaqinisekisa ukuthi imishini ibe sesiteji esiphezulu sokusebenza kahle.

Isici samandla eresonance ehambisanayo siphansi: ≤0.92, ngenxa yokuthi wonke ama-thyristors engxenye yomthombo wamandla asesimweni esivuleke kancane (isinxephezelo esingeziwe siyadingeka ngokuvumelana nezidingo zegridi kazwelonke). , Isici samandla sesistimu yamandla siphansi kakhulu, ngokuvamile 40% -80%; ama-harmonics aphezulu makhulu kakhulu, okuphazamisa kakhulu igridi yamandla.

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