Umoya oMtsha waMandla

Iimeko zeSicelo esichasayo

Ingcaciso: Amandla ahlaziyekayo - amandla omoya: abhekisa kuguqulo lwamandla ekinetiki omoya abe ngumbane. Amandla abe ngumbane ahlulwe abe ngamandla omoya aselunxwemeni kunye namandla omoya ovela kude nonxweme.

Amathuba okusetyenziswa:
★ Ugcino lwamandla omoya ibhetri/inkqubo yokugcina amandla.
★ Pitch (servo drive) inkqubo.
★ Iiinjini zomoya.
★ Inkqubo yolawulo yombane, isixhobo sembuyekezo yamandla esebenzayo.
★ Inkqubo ye-hydraulic.
★ Isixhobo sokukhusela umbane.
★ Inverter (DC/AC)/DC-DC converter.
★ Umtshintshi.
★ Abalandeli bayalayisha.

Usetyenziso/Imisebenzi kunye neMifanekiso yeeResistors kwiNdawo

Inkqubo yepitch ye-injini yomoya, inkqubo yokulawula i-electronic turbine yomoya kunye nesiguquli, iiinjini zomoya ezincinci neziphakathi (kuquka igridi-eqhagamshelwe/udidi lwe-off-grid): zisebenza kwimveliso yamandla omoya i-Inverter Low Voltage Ride Through (LVRT) ubuchwepheshe kwiiinjini zomoya. Isetyenziswa kwicala le-rotor ye-injini yomoya ukudlula i-rotor side converter. Xa ukuphazamiseka kwe-voltage ephantsi kwenzeka kwigridi, kuthintela igridi yebhasi ye-DC, inqanda i-voltage yebhasi ye-DC ukuba ibe phezulu kakhulu kwaye i-rotor yangoku ingabi phezulu kakhulu. Isebenza ikakhulu kwimeko yempazamo, ukudambisa ikhonkco lemagnethi yestator. I-resistor inokutshabalalisa umthamo omkhulu wamandla ngephanyazo.

★ Ugcino lwamandla indima yokutshaja kwangaphambili.
★ Inverter / umqhubi braking, umsebenzi brake.
★ Khupha, ukucotha amandla-Up.
★ Umthwalo wokumisa ongathathi hlangothi (i-transformer, ixesha lokusebenza lokumelana ubukhulu becala li-10s-30s, limbalwa li-60s).
★ Umsebenzi wokukhusela i-Loop (inverter DC / AC).
★ Umthwalo wovavanyo lwe-generator.

I-Resistors ifanelekile kwisicelo esinjalo

★ Aluminium Resistor Series
★ High Voltage Resistors Series
★ Wirewound Resistors Series (DR)
★ Cement Resistor Series
★ Load Bank
★ Izinto ezixhathisa intsimbi