Ukufezekisa ngokufanelekileyo ulawulo lwamandla kunye nemisebenzi yokulawula i-braking, inkqubo ye-pitch kufuneka iseke unxibelelwano kunye nenkqubo yolawulo oluphambili. Le nkqubo inoxanduva lokuqokelela iiparameters ezibalulekileyo ezifana nesantya se-impeller, isantya sejenereyitha, isantya somoya kunye nesalathiso, ubushushu kunye nabanye. Ulungelelwaniso lwe-engile ye-pitch lulawulwa ngeprothokholi yonxibelelwano ye-CAN ukwandisa ukubanjwa kwamandla omoya kunye nokuqinisekisa ulawulo lwamandla olusebenzayo.
Iringi ye-injini yomoya etyibilikayo iququzelela unikezelo lwamandla kunye nokuhanjiswa komqondiso phakathi kwe-nacelle kunye ne-hub-type pitch system. Oku kubandakanya ukunikezelwa kombane we-400VAC + N + PE, imigca ye-24VDC, izibonakaliso zekhonkco lokhuseleko, kunye neempawu zonxibelelwano. Nangona kunjalo, ukuhlalisana kwamandla kunye neentambo zomqondiso kwindawo enye kubangela imingeni. Kuba iintambo zamandla azikhuselwanga ubukhulu becala, umsinga wazo otshintshisanayo unokuvelisa imagnethi etshintshanayo kwindawo ekufutshane. Ukuba i-low-frequency electromagnetic energy ifikelela kumda othile, inokuvelisa amandla ombane phakathi kwee-conductors ngaphakathi kwentambo yokulawula, ekhokelela kuphazamiseko.
Ukongeza, kukho i-gap yokukhupha phakathi kwebrashi kunye netshaneli yeringi, enokubangela ukuphazamiseka kwe-electromagnetic ngenxa yokukhutshwa kwe-arc phantsi kombane ophezulu kunye neemeko eziphezulu zangoku.
Ukunciphisa le miba, uyilo lwe-sub-cavity luyacetywa, apho umsesane wamandla kunye neringi yamandla encedisayo zigcinwe kumngxuma omnye, ngelixa ikhonkco le-Anjin kunye neringi yomqondiso ihlala kwenye. Olu yilo lolwakhiwo lunciphisa ngokufanelekileyo ukuphazamiseka kwe-electromagnetic ngaphakathi kweringi yonxibelelwano yeringi. Umsesane wamandla kunye nekhonkco lamandla ancedisayo zakhiwe kusetyenziswa isakhiwo esingenanto, kwaye iibrashi ziqulunqwe ngeebhanti zefiber zentsimbi ezixabisekileyo ezenziwe kwi-alloys ecocekileyo. Ezi zixhobo, kubandakanywa iteknoloji yodidi lomkhosi njengePt-Ag-Cu-Ni-Sm kunye nezinye ii-alloys ezininzi, ziqinisekisa ukunxiba okuphantsi kakhulu ngexesha lokuphila kwamacandelo.
Ixesha lokuposa: Jan-26-2025
