Inkqubo yokufudumeza imibhobho (ukufudumeza kwe-impedance) Ukwaziswa kwemveliso Inkqubo yokufudumeza yombhobho isebenzisa umbhobho uqobo njengento yokufudumeza, kwaye ngokuthe ngqo kufudumeza umbhobho ngombane ophantsi kunye nomsinga ophezulu. Inkqubo ibandakanya ukuguqula amandla, ulawulo lwephaneli kunye nezinto zokwahlula i-flange ukugcina iqondo lobushushu lombhobho okanye ukwandisa iqondo lobushushu lolwandle ukuthintela ukuqina kunye nokuvalwa kwe- Indawo ebandayo ephezulu. Ukusetyenziswa kwemibhobho yeoyile ekrwada kunye nokugalela i-asphalt, isalfure kunye nezinye ii-oyile ezinzima zokuhambisa imibhobho, umbhobho we-oyile wokufudumeza umbhobho wobushushu bemikhosi yemibhobho ephakathi yemveliso yeempawu zokugcina imibhobho eyodwa njengesifudumezo into, akukho nto eyongezelelweyo yokufudumeza, ukusebenza kwe-thermal kuphezulu kakhulu.

Intshayelelo kwiNkqubo yamandla eQhushu yombane (Ngokukodwa iimibhobho yokufudumeza ngokuthe ngqo) Inkqubo yombane yokufudumeza umbane sisixhobo esiphambili esisetyenziselwa ukufakelwa kombane kwangaphambi kokufudumeza kombhobho wamanzi ashushu angcwatywa ngqo kwidolophu. ine. Ngokudibanisa umbane kumbhobho wentsimbi osebenzayo ngentambo ukwenza isekethe evaliweyo, iguqula ukutshintsha umsinga kwi-voltage esezantsi, amandla ombane aphezulu, esetyenziswa kwicandelo lombhobho oshushu kwangaphambili. Ukusebenzisa umgaqo wokuvelisa ubushushu ukusuka kumbhobho wentsimbi, umbhobho ushushu kubushushu obuyilelweyo bokushushu. Inkqubo iqulethe umguquli wamandla aphezulu, ikhabhinethi yokulawula, ibhokisi yokudibana yesiphelo, kunye ne-flange yokodwa, phakathi kwezinye izinto. Ukusetyenziswa kokufudumeza okuphakathi kwedolophu: ukufakwa kwemibhobho yamanzi ashushu engcwatyiweyo ngqo, ukwakhiwa kwenethiwekhi yokufudumeza kumgama omde, kunye nobushushu kunye nokuveliswa kwamandla okucocekileyo.

Intshayelelo kwiXesha lamandla aMandla ePhakamileyo e-DC Arc Heaters: Ukunikezelwa kwamandla okulungisa iindlela ezininzi kwi-DC arc yee-heaters ezinamandla aphezulu zisebenzisa itekhnoloji yokulungisa amaninzi. Isebenzisa isiguquli sokulungisa ezininzi kunye nekhabhinethi yamandla elungisa, ihambisa umjelo ophezulu, Amandla aphezulu e-DC okwangoku ukunika amandla e-DC e-arc heaters. Izicelo zibandakanya ukufudumeza okuphezulu kwe-DC arc, uvavanyo lwe-aerospace, kuvavanyo lwepropathi yobushushu obuphezulu, Izixhobo zokuvelisa iplasma, kunye neetonela zomoya eziphezulu. Iimpawu eziphambili zemveliso: imveliso yangoku yeemodi ezininzi kunye nokuphuma kwamandla ombane ukuhlangabezana neemfuno zokusebenza zeentlobo ezahlukeneyo zee-DC arc heaters; ixhasa amanqanaba amandla aphezulu ukuya kuthi ga kwi-50 MW yokufudumeza kwe-DC arc.

Intshayelelo yemveliso: Ukunikezelwa kwamandla okufudumeza kweDC sisixhobo sokulungisa esibonelela ngamandla okufudumeza kweDC kwizixhobo ezinje ngesafire Amaziko, Amaziko e-crystal enye, kunye nee-graphite reactors. Isebenzisa ulawulo lokumodareyitha lobubanzi lwe-IGBT okanye ulungiso lwe-thyristor ukuphuma umbane ophantsi, amandla aphezulu e-DC, ukubonisa ukuchaneka okuphezulu kunye nozinzo olugqithisileyo. Isicelo Ii-reactors zegrafite, i-vacuum fane / iziko lomoya, ukufudumeza kwesinyithi kunye ne-electrolysis. Iimpawu zemveliso: Itekhnoloji yokutshintsha rhoqo ephezulu isusa ukungcangcazela kunye nengxolo kufudumo lwemagnethi yeziko elinye lekristale, ukuphucula umgangatho wemveliso; uyilo lolawulo olufakiweyo, imeko yamandla aphezulu, ukusebenza okuphezulu kokuguqulwa, kunye nokugqwetha okuphantsi kwe-harmonic.

Intshayelelo kwiiPolishi zombane kunye neNyango yamanzi angcolileyo: Ezi zinto zamandla ziyilelwe unyango lomhlaba kunye nezicelo zokukhusela esingqongileyo, zibonelela ngokuphakathi ukuya kwimveliso yamandla asezantsi. Ukusebenzisa itekhnoloji yokutshintsha rhoqo ephezulu, zibonisa i-ripple esezantsi kunye nokuchaneka okuphezulu, ukwenza ukuba zilungele iinkqubo ezinje ngentsimbi engagquma kunye nokuthotywa kombane wamanzi amdaka. Isicelo: Ukupholisa i-electrolytic yentsimbi, unyango lwamanzi amdaka nge-electrolysis, unyango lomphezulu we-electrochemical, kunye nokulungiswa kokubola. Iimpawu zemveliso: Inqanaba elikhawulezayo leMicrosecond ngokuphendula ngokukhawuleza; ixhotyiswe ngolawulo lwekhompyuter kunye namandla onxibelelwano, Ukuxhasa unxibelelwano olufana ne-RS485 kunye neProffibus; ulwakhiwo lwamkela…

Intshayelelo kwizibonelelo zaMandla ephezulu zombane (zomzi-mveliso wombane) Izinto zamandla aphezulu ze-electrolytic ziinkqubo ezinkulu zokulungisa ezenzelwe ishishini le-electrochemical. Zilungele i-electrolysis yesinyithi ezingezizo i-ferrous ezinje ngobhedu, i-aluminium, i-magnesium kunye ne-zinc, kunye neenkqubo ezinkulu zemichiza efana ne-electrolysis ye-brine ukuvelisa isoda yecautic kunye ne-chlorine. Imveliso yangoku inokufikelela kumashumi amawaka ee-amperes, kwaye izixhobo zihlala zamkela uhlobo lwekhabhinethi okanye isakhiwo esivulekileyo. Izicelo zibandakanya i-non-ferroud electrolytic cogiting (copper, zinc, lead), imveliso ye-electrolytic ye-castic soda kunye ne-potash, Ukunyibilika kwezinyithi ezixabisekileyo ezinje ngegolide nesilivere, ukunyibilika komhlaba kunqabileyo (e. g., I-NdFeB), izityalo zekhabhoni, kunye nokunyibilika kwedayimani. Iimpawu zemveliso: ukuphuma ngoku ukusuka kwi-1 000 A ukuya kwi-50.

Intshayelelo kwizibonelelo zaMandla ezinikezelwe kwimveliso yeHydrogen ye-Electrolytic: Ukubonelela kwamandla okuvelisa i-hydrogen ye-electrolytic yizixhobo zokulungisa ezidibanisa igridi yamandla kwi-electrolyzer, ukuguqula ukutshintsha komsinga kwindawo ezizinzileyo ngokuthe ngqo ukuqhuba i-electrolysis yamanzi yokuveliswa kwe-hydrogen. Kuxhomekeke kuhlobo lwe-electrolyzer (alkaline ALK / PEM) kunye nendlela yezobuchwephesha, Ukubonelela kwamandla okuvelisa i-hydrogen kuhlelwa kwiindidi ezimbini: i-thyristor esekwe kunye ne-IGBT esekwe. Isicelo se-alkaline electrolysis (ALK) kunye ne-PEM electrolysis kwimveliso ye-hydrogen eluhlaza kwiiprojekthi zomoya-solar-hybrid: I-decarbonization yeshishini kunye ne-hydrogen metalurgy eluhlaza. Iimpawu zemveliso: Ukunikezelwa kwamandla okuvelisa i-hydrogen okusekwe kwi-IGBT kunye nexesha lokuphendula elingaphantsi kwe-100 ms, ukunceda impendulo kwangoko kutshintsho olukhawulezayo kwi-photovoltaic kunye nokuveliswa kwamandla omoya.

Intshayelelo yemveliso: I-SCR-based Electrolytic Rectifier Power Supps I-SCR-based base-electrolytic linikezelo lamandla asebenzisa ii-thyristors njenge-SCR izixhobo zombane kwaye zisebenzisa isigaba sokutshintsha kwenqanaba lokuqhuba umbane kunye nommiselo wangoku, ukuyenza ilungele ukusetyenziswa kwe-electrolysis yamandla aphezulu. Ukubonakaliswa kukuqina nokuqina, kunye neendleko eziphantsi, sisisombululo esivuthiweyo kumacandelo e-hydrometelllurgy kunye nemveliso ye-hydrogen. Izicelo zibandakanya amandla aphezulu e-electrolytic metalurgy (aluminium, magnesium, zinc, njl.), imveliso ye-hydrogen nge-electrolysis yamanzi (i-alkaline electrolyzers), i-causttic soda kunye nemveliso ye-chlorine nge-brine electrolysis, kunye nokufudumeza kombane kwizityalo zekhabhoni kunye nezixhobo eziguqukayo. Iimpawu eziphambili zemveliso: imveliso yangoku ukuya kuthi ga kwi-0-50,000 A, uluhlu lwamandla ngalunye iyunithi, kunye nemveliso yeDC.