Jeeli ukubalaji au uwezo wa muhibirizi wa umeme wa sasa unaweza kuongezwa kwa kutumia vifaa au utaratibu?

Njia za kuongeza ufanisi

Sasisha mteremko na muundo wa kati

• Matumizi ya vifaa vya kati bora:Vifaa vya kati vya ufanisi mapya, kama vile zao la amorphous, yanatumika. Zao la amorphous lina sifa nzuri za umeme, na upotoshaji wake na upotoshaji wa eddy current ni wazi. Ingawa na kati la siliki chafu chenye kati cha siliki, upotoshaji wa kutokuwa na mizigo wa tarehe ya transformer inayotumia zao la amorphous unaweza kupungua kwa asilimia 70-80%. Kwa mfano, transformer inayotumia kati la amorphous ambaye anayezingatia uzito wa uwezo utakavyo huo unaingiliza kutosha sana kupunguza matumizi ya umeme na kuongeza rasio ya matumizi ya nishati.

• Sasisha muundo wa kati:Sasisha muundo wa viwango vya kati, kama vile muundo wa viwango vya steps. Muundo huu unaweza kupunguza ubovu wa circuiti ya umeme katika kati, kupunguza resistance ya umeme, na kwa hivyo kupunguza upotoshaji wa hysteresis. Pia, kwa kudhibiti kwa uhaba mtindo wa kutengeneza kati, kuhakikisha usafi wa kati na kupunguza gap ya hewa pia kunawaida kuongeza ufanisi wa transformer.

Sasisha vifaa vya winding na mtindo wa winding

• Matumizi ya vifaa vya winding yenye ufanisi wa conductivity:Kutumia copper au aluminum yenye ufanisi wa conductivity kama vifaa vya winding, na kutumia mtindo wa kutengeneza maalum wa kuongeza ufanisi wa vifaa. Kwa mfano, kutumia oxygen-free copper kama vifaa vya winding ina conductivity kubwa kuliko copper rasmi, ambayo inaweza kupunguza upotoshaji wa resistance katika winding. Katika transformer wa uzito mkubwa, upotoshaji wa resistance wa winding unachukua eneo kubwa kati ya upotoshaji wa jumla, na kupunguza upotoshaji wa resistance wa winding una athari kubwa kwa kuongeza ufanisi wa transformer.

• Sasisha mtindo wa winding:Improve the winding method, such as using transposition winding technology. In the case of multiple wires being wound simultaneously, transposition winding allows each wire to withstand current evenly at different positions in the winding, reducing additional losses due to skin effects and proximity effects. For example, in the high voltage winding of large power transformer, the transposition winding technology can effectively reduce the eddy current loss of the winding and improve the operation efficiency of the transformer.

Mfumo wa kuondoka mzuri zaidi

• Kuongeza ufanisi wa kuondoka:Upgrade the transformer cooling system, such as from natural air cooling to forced air cooling or oil immersed self-cooling to forced oil circulation air cooling. Forced air cooling can increase the flow rate of air through the fan and improve the heat dissipation efficiency; Forced oil circulation air cooling uses oil pumps to make transformer oil circulate quickly in the radiator, taking away more heat. Through a more effective cooling method, the working temperature of the transformer can be reduced, and problems such as increased resistance and aging of insulation caused by increased temperature can be reduced, thus improving the efficiency of the transformer.

• Sasisha ufumbuzi wa mfumo wa kuondoka:Intelligent cooling system control technology is used to automatically adjust the operation of the cooling equipment according to the load and temperature of the transformer. For example, when the transformer load is light and the temperature is low, the power of the cooling equipment is automatically reduced or part of the cooling equipment is stopped; When the load increases and the temperature rises, more cooling equipment is started in time. This intelligent control can not only ensure the normal operation of the transformer, but also reduce the energy consumption of the cooling system and indirectly improve the overall efficiency of the transformer.

Njia za kuongeza uwezo

• Winding iliyosasishwa:Ongeza vitengo vya winding au eneo la cross-sectional la mwendo  Ikiwa ukubwa wa kati unaonekana, vitengo vya winding au eneo la cross-sectional la mwendo linaweza kuongezeka. Kuongeza vitengo vya winding kunaweza kuongeza rasio ya umeme ya transformer, na kuongeza eneo la cross-sectional la mwendo kunaweza kupunguza resistance ya winding, kukubali mwendo mkubwa zaidi. Kwa mfano, kwa transformer wa kupunguza umeme, ikiwa vitengo vya winding ya chini na eneo la cross-sectional la mwendo linajumuishi vizuri kulingana na asili, uwezo wa transformer unaweza kuongezeka kulingana na kuaminika wa viribuni vingine.

• Winding inayotumia vibanda vinne:The winding is made by winding multiple wires in parallel. In this way, the current carrying capacity of the winding can be increased, thus increasing the capacity of the transformer. At the same time, the multi-stranded parallel winding can also improve the heat dissipation performance of the winding to a certain extent, which is conducive to the stable operation of the transformer under high capacity.
  

Mfumo wa insulation uliyosasishwa

• Tumia vifaa vya insulation yenye ufanisi:Tumia vifaa vya insulation mapya, kama vile paper ya insulation yenye ufanisi, paint ya insulation na vyovyavyo. Vifaa hivi vya mapya vina nguvu ya insulation na heat resistance zifuatazo, kufanya umeme na mwendo wa juu zinaweza kupita bila kuongeza ukubwa wa transformer. Kwa mfano, kutumia vifaa vya nano-composite insulation mapya yanaweza kukubali electric field strength kubwa zaidi kwenye umbali wa insulation sawa, ambayo hutumaini kuongeza uwezo wa transformers.

• Tumia vifaa vya insulation yenye ufanisi:Optimize the insulation structure of the transformer, such as reducing the air gap in the insulation layer and adopting a more compact insulation layout. Good insulation structure can improve the insulation performance of the transformer, so that the transformer can withstand higher voltage and greater current, thereby improving the capacity of the transformer.