Isihlungi esisebenzayo sochungechunge lwe-HYAPF

imodeli yomkhiqizo

isicelo esijwayelekile
Njengamanje, imikhiqizo eyinhloko ihlukaniswe yaba izigaba ezimbili: imikhiqizo yokulawula i-harmonic kanye nemikhiqizo yesinxephezelo samandla asebenzayo.Izimboni ezihilelekile: ugwayi, uphethiloli, amandla kagesi, izindwangu, insimbi, insimbi, ezokuthutha ngojantshi, imboni yamakhemikhali epulasitiki, imithi, ukuxhumana, isiteshi sokushaja, imboni ye-photovoltaic, uMasipala, izakhiwo nezinye izimboni, okulandelayo yizimo eziningana ezijwayelekile.
1. Imboni yendwangu: Imithwalo eyinhloko i-UPS yomthamo omkhulu kanye nezinsimbi zekhompyutha.I-UPS ihlinzeka ngomthwalo ngamandla kagesi ekhwalithi ephezulu ngokunemba kokuqina kwamandla kagesi aphezulu kanye nokuhlanekezelwa kwe-waveform ephansi.Kodwa-ke, njengoba i-UPS ingumthwalo ongekho emthethweni, i-rectifier ku-UPS ikhiqiza inani elikhulu lamanje le-harmonic , ukuze izinga lamanje lokuhlanekezela ohlangothini lwegridi liphezulu kakhulu, okungabangeli nje ukungcoliswa kwe-harmonic kugridi, kodwa futhi kuthinte. okokufaka okujwayelekile kwekhabhinethi yamandla asebenzayo, nokulawulwa kwe-harmonic kufanele kwenziwe
2. Embonini yokuhlanza amanzi, injini yepompo yokungena kwamanzi iqhutshwa isiguquli sefrikhwensi yamandla aphezulu.Njengoba isiguquli se-frequency sidinga ukwenza ukulungiswa kwe-diode yamandla aphezulu kanye ne-high-power thyristor inverter, ngenxa yalokho, ama-harmonics amanje aphezulu akhiqizwa kumasekethe okokufaka nokukhiphayo, aphazamisa uhlelo lokunikezwa kwamandla.Umthwalo nezinye izinto zikagesi eziseduze zithinta ukusebenza okungavamile kwethuluzi le-metering, futhi ukulawulwa kwe-harmonic kufanele kwenziwe.
3. Imboni kagwayi: Umthwalo “yintambo yokubhula”.“Isibhulo” siwukuhluza ukungcola emaqabungeni kagwayi ukuze kutholakale amahlamvu kagwayi angenawo ukungcola.Le nqubo yenziwa ngokusebenzisa iziguquli zemvamisa namamotho.Isiguquli semvamisa singumthombo omkhulu kakhulu we-harmonic, ngakho-ke kuletha ukungcola okukhulu kwe-harmonic kanye nokuphazamiseka kwe-harmonic ohlelweni, futhi ukulawulwa kwe-harmonic kufanele kwenziwe.
4. Imboni yomshini wokuxhumana: I-UPS isiphenduke into esetshenziswayo egumbini lekhompyutha, i-UPS ingahlinzeka ngomthwalo
Amandla kagesi ekhwalithi ephezulu nokunemba kokuqina kwamandla kagesi aphezulu, imvamisa ezinzile, nokuhlanekezelwa kwe-waveform ephansi, futhi angafinyelela ukunikezwa kwamandla okungaphazanyiswa lapho ushintsha nge-bypass emile.Kodwa-ke, njengoba i-UPS ingumthwalo ongaqondile, izokhiqiza inani elikhulu lama-harmonics amanje.Nakuba igridi yamandla ibangela ukungcoliswa kwe-harmonic, iphinde ithinte nezinye izinto ezibucayi ekamelweni lekhompyutha, okubangela ukuphazamiseka okukhulu noma ngisho nokulimaza uhlelo lokuxhumana.Ngakho-ke, wonke amakamelo ekhompiyutha okuxhumana kufanele abhekane nenkinga yokulawula i-harmonic.
5. Ukuthutha ngololiwe: Ukuze kusabele obizweni lukazwelonke lokonga amandla kanye nokunciphisa ukusetshenziswa, inkampani yeqembu lesitimela esihamba ngaphansi komhlaba yanquma ukusebenzisa ama-inverters kumzila wesitimela ukuze kuguqulwe ugesi, futhi ngesikhathi esifanayo ilawule i-harmonic kuma-inverter.Ngemva kwesikhathi socwaningo, ukuze kwenziwe kangcono iphrojekthi yokuvuselela ukonga amandla, leli qembu lanquma ukwenza iphrojekthi yokuhlola ku-Rail Transit Line 4. Phakathi kwabo, i-converter ye-frequency ikhethwa emikhiqizweni ye-Schneider Co., Ltd. ., futhi isihlungi samandla esisebenzayo sikhethwa emikhiqizweni ye-Xi'an Xichi Power Technology Co., Ltd.
6. Insimbi ye-Metallurgical: Ngenxa yezidingo zokukhiqiza, okokusebenza okusohlangothini lwesibili lwe-transformer ohlelweni lokusatshalaliswa kwamandla aphansi-voltage ngokuyinhloko kuyinjini, futhi isiguquli semvamisa sishayela injini ukuthi isebenze.Njengoba isakhiwo sangaphakathi sokuguqula imvamisa sisebenzisa inani elikhulu lezingxenye ezingezona eziqondile, inani elikhulu lama-harmonics likhiqizwa ngesikhathi senqubo yokusebenza.Kunomthwalo othile womthelela phakathi nenqubo yokugingqika kwepuleti, futhi inqubo yokukhiqiza ayiqhubeki, okubangela ukuguquguquka nokungaqhubeki ku-voltage/okwamanje, futhi izinguquko kumanje osebenzayo nazo zibangela ukushintshashintsha kwamanje kwe-harmonic.

Imingcele Yezobuchwepheshe

Izici
● Idizayini yomkhiqizo ojwayelekile, umthamo owehliswe kakhulu, ukwakheka okusekelwe kudivayisi, ukukhetha, ukufakwa nokusetshenziswa;
● I-topology yesekethe eyinhloko yamazinga amathathu: ukulahlekelwa kokushintsha kuncishiswa ngo-60%, futhi imvamisa yokushintsha inyuswa ibe ngu-20KHz;
Inkundla yokulawula ewumgogodla emithathu enamandla: Ama-DSP amabili angama-32-bit antantayo asuka ku-TI kanye ne-FPGA eyodwa evela ku-ALTERA zakha isistimu yokulawula eyingqikithi emithathu enamandla, eshumekwe nge-algorithm yokuthola i-harmonic ye-TTA ehlakaniphile nokubala kwe-harmonic Inani lezikhathi lingaba phezulu njenge 51, futhi imvamisa yokusebenza ingaba phezulu njenge-150M, eqinisekisa isivinini esikhulu nokunemba kokubala kokuhlukaniswa kwe-harmonic;
●Isistimu yamasampula yangaphandle enesivinini esikhulu eneziteshi eziningi: Ishumekwe ngokufakwa kwe-double-terminal ye-high speed enamadijithi angu-12 ama-analog-to-analog chips (ADS8558) ye-American TI Company, kufika ku-±10V okokufaka kwe-analog, umjikelezo wesampula ongu-1.25us , ikhono elinamandla lokusampula lesignali lenza idivayisi inembe, izinzile futhi isiqinisekiso sokusebenza esithembekile;
● Imojuli yamandla engenisiwe yangempela: Imojula ye-EasyPAC-IGBT engenisiwe yangempela, yamukela ubuchwepheshe be-IGB yesizukulwane sesine, i-topology yezinga ezintathu, inomklamo ophansi we-inductance nokulahlekelwa okuphansi kokushintsha, ukushintsha imvamisa kungafinyelela ku-30kHZ, futhi ivolumu ihlangene kakhulu, Ukuminyana kwamandla iphindwe kabili, okuyisisekelo se-hardware sokufezekiswa kwe-APF ye-modular;
● Ukulawula izinga lokushisa okuphelele: ukuqapha ngesikhathi sangempela izinga lokushisa lamadivayisi anamandla ezigaba ezintathu, lapho izinga lokushisa lidlula inani elibekiwe elingu-1, lizonciphisa ngokuzenzakalelayo okukhiphayo, futhi lapho izinga lokushisa lidlula inani elibekiwe elingu-2, lizokhipha i-over. -i-alamu yezinga lokushisa, vala ngokuzenzakalelayo futhi umise isinxephezelo;
●I-algorithm yokulawula enamandla: I-APF ye-Hongyan Power ye-modular isebenzisa ukulawula okugcwele kwedijithali, futhi i-harmonic yamanje yokuthola i-algorithm isebenzisa i-algorithm yokuthola i-harmonic esuselwe ekuguqulweni kwesizinda sesikhathi (i-algorithm ephansi iye phansi), engahlukanisa ngokushesha nangokunembile ngayinye yamanje ye-harmonic ngokuphazima kweso. inani, isikhathi sokuphendula isinxephezelo sithuthukiswa kakhulu, futhi impendulo egcwele ye-10ms yangempela ifinyelelwa.Ingxenye yokulawula yamanje yamukela isilawuli esithuthukisiwe se-resonant regulator (PR) yamanje yokulawula i-algorithm, engaqinisekisa isikhathi sangempela nokunemba kokulandelela kwamanje;
●Isipiliyoni esihle sokusebenzisana nekhompyutha yomuntu: I-APF ye-Hongyan Power esebenzisa isikrini sokuthinta esingu-5-inch LCD liquid crystal display.Uma imishini eminingi ixhunywe ngokuhambisana, umnyango wekhabethe usebenzisa isikrini sokuthinta esingu-10 intshi.Imingcele yekhwalithi yamandla njenge-voltage yesistimu, yamanje, i-THD, i-PF icacile ngokubuka nje, futhi isekela i-inthanethi Ukushintsha imingcele yokusebenza, ukuvikela okucebile kanye nemisebenzi yokuqapha, evumelaniswe kahle nezingosi zokusebenza ezahlukene;
●Isistimu yokupholisa umoya ethembekile: Yamukela ifeni yegama lomkhiqizo ye-DC, enezinga eliphansi kakhulu lokuhluleka ekusebenzeni okuqhubekayo, futhi inomsebenzi oqinile wokubona amaphutha nokulawula ivolumu yomoya ohlakaniphile, evumelana nezimo zokusebenza ezinzima, futhi ephelezela ukushisa. ukuhlakazwa kwedivayisi ye-APF!
● Umsebenzi wokuqalisa nokulala ohlakaniphile: Uma amamojula amaningi esebenza ngokufana kukhabhinethi, amayunithi emojula azovuswa ngokuzenzakalelayo noma alale ngokuvumelana nenani lomthwalo.Lapho kuphela ingxenye yamamojula esetshenziswa, isistimu izolawula amamojula njalo ngokuya ngemingcele yesikhathi esimisiwe.Okokufaka kokuzungezisa, ukulala kokuzungezisa.Qinisekisa ukuthi imojuli ngayinye isebenza esimweni esihle sokusebenza, yenza ngcono impilo yesevisi kanye nezici zokushisa zayo yonke imishini;
● Umsebenzi wokuqapha okukude futhi osheshayo: Imojula ye-Hongyan APF ingafakwa umsebenzi wokuxhumana oqhelile, ukuze yonke idivayisi isebenze ukude ngomakhalekhukhwini, iguqule imingcele yokusebenza, buza isimo sokusebenza, njll. Thumela ulwazi olunephutha ukusiza ukugcinwa kwemishini kanye nokuphatha, inqobo nje uma indawo yocingo inesiginali yeselula, kungakhathaliseki ukuthi umlawuli ukuphi, idivayisi ingagadwa, inakekelwe futhi ilawulwe;

Amanye amapharamitha

Imingcele Yezobuchwepheshe
● Izinga likagesi elisebenzayo: 400 x(-15%~+15%)V
● Imvamisa yokusebenza: 50±2Hz
● Umshini owodwa ungahlunga ngempumelelo i-harmonic current 50A: 75A100A
● Amandla okuhlunga umugqa omaphakathi: I-RMS yesigaba sezikhathi ezi-3 yamanje
●CT: Idinga 3 CTs (Classl.0 noma ngaphezulu ukunemba) 5VA CT yesibili yamanje 5A
●Ikhono lokuhlunga: THDI (izinga lamanje lokuhlanekezela) ≤ 5%
● Umthamo wokunweba wemojuli: amayunithi ayi-12
●Imvamisa yokushintsha: 20KHz
●Imvamisa ye-Harmonic ingahlungwa: izikhathi ezi-2~50 ngokuzithandela
●Isilungiselelo sedigri yesihlungi: i-harmonic ngayinye ingasethwa ngayodwana
●Indlela yesinxephezelo: amandla e-harmonic namandla asebenzayo angasethwa
● Isikhathi sokuphendula: 100us
●Isikhathi sokuphendula esigcwele: 10s
● Umsebenzi wokuvikela: ukugcwala kwegridi yamandla, ukungasebenzi kwamandla kagesi, isigaba esingalungile, ukuntuleka kwesigaba, i-overcurrent, i-busbar overvoltage, undervoltage, ukushisa ngokweqile, overcurrent, fan nokunye ukuvikelwa kwamaphutha.
●Umsebenzi wokubonisa:
1. Amanani kagesi kanye namanani amanje esigaba ngasinye, isibonisi samanje ne-voltage waveform
2. Layisha inani lamanje eliyingqikithi, isinxephezelo sesihlungi senani lamanje eliphelele
3. Layisha iTHD yamanje, isici samandla, i-RMS yamanje esebenzayo
4. Igridi ye-THD yamanje, isici samandla
5. Layisha kanye nesibonisi se-harmonic histogram yegridi
●Umsebenzi wokuxhumana: RS485, umthetho olandelwayo we-MODBUS ojwayelekile
● Indlela yokupholisa: ukupholisa komoya okuhlakaniphile
●Imvelo: ukufakwa kwangaphakathi, akukho uthuli olubambayo, -10°C~+45°C
● Ukuphakama: ≤1000m, ukuphakama okuphezulu kungasetshenziswa ngomthamo oncishisiwe
● Izinga lokuvikela: IP20 (izinga eliphezulu lingenziwa ngendlela oyifisayo)
● Usayizi wemojuli (ububanzi, ukujula nobude): 446mm x 223mm*680mm (abanye osayizi bangenziwa ngokwezifiso)
● Umbala: RAL7035 (eminye imibala ingenziwa ngezifiso)