Quid est essentiale inter operationem principium Amorphous mixturi arida genus Transformer et traditional Transformers?

Traditional Transformers utor Silicon Steel laminas ut core materia ferrum core et cristallum structura praesentium magistratus lateratam. Hoc periodica structuram et faciam significant industria damnum in alterna magnetica agro debitum ad magneticam domain gubernaculo hysteresis (Hysteresis damnum) et de Loading LX% of damnum de totalis damnum.
Et breakthrough de Amorphous microform materiae mendacium in microstructure de eorum inordinatus nuclei Ordinatio. Per celeri frigus technology (refrigerationem rate of X ^ VI ℃ / secundo), in missa metallum skips in crystallum nucleus formationem in solidificatione processus et directe forms in solidum, si-si-b ratio). Hoc inordinatum structuram dat materiam tres major proprietatibus:
Magna isotropy: Non preference pro Magnetize directionem et resistentia ad magneticam domain revocatas reducitur plus quam XC%;
Ultra-humilis coercivity ( Repugnatio duplex (CXXX μω · cm vs XLVII μω · cm Silicon ferro): Abba current damnum est significantly oppressus.
In vitae exolvuntur sumptus de Transformers, non-onus damnum rationum plus quam XL%. Amorphous Alloy Arida Type Transformer Achieves saltu in industria efficientiam per hoc machinationes:
Dimensional upgrade of Abba current suppressionem
Traditional Silicon Steel laminas confidunt in insulating coatings ad redigendum interlayer Abba excursus, dum crassitiem Amorphous alloy strats non solum 25-30μm (1/10 de Steel Sheet), combined ad ultras 1/20 de traditional transformers.
Mensus notitia: et non-onus damnum de 500kva amorphous mixta arida-genus Transformer est 120w, cum eadem facultatem Silicon ferro transformator est 450w, et annuam Saving excedit 2800kwh.
Traditional oleum-immersed Transformers confidunt in mineralis oleum circulationem ad dissipare calor, quod habet problems ut flammabilitatem et complexionem sustentationem. Amorphous Alloy Arida-genus Transformers consequi Fusce Breakthroughs per Triple Thermodynamic Optimization:
Core-Coil Thermal Coitus Design
Quod operating temperatus de Amorphous Alloy Core est 15-20 ℃ inferiore quam Silicon ferro, combined cum H-genus SINGULATIO Coil Circum Epoxy resinae vacuo, ad formare calidum calidum dissipationem.
Airway Topology Optimization
Airway layout simulatum a CFD (computational fluidi dynamics) crescit in aerem convection efficientiam per XL% et temperatus ortum finis est ≤100k (IEC 60076-11 Latin).
Anti-harmonicis materia ratio
Magna permeability stabilitatem Amorphus Alloys in excelsum frequency cohortem 2khz-10khz melius quam Silicon ferro. Combined cum Nanocrystalline magnetica protinus stratum, harmonica damnum potest supprimi minus quam III%.
In summa vita exolvuntur cost (TCO) de Amorphous mixtoque arida-genus Transformers est magis quam XXX% inferior quam qui traditional products:
Energy Efficacia Beneficium: Ex XX-annus vitae exolvuntur, 500kva-genus productum potest salvum facere 56,000kwh of electricity et reducere co ^ a XLV talentorum;
Sustentacionem costs: et oleum-liber Design reducit sustentationem operationes a XC% et MTBF (medium tempus inter defectis) excedit 180.000 horas;
Policy Divids, quod obsequitur cum primo-gradu industria efficientiam signa ut IEC TS (LXIII) XLII et GB / T (XXII) LXXII et fruitur imperium subsidium ad XV%.
Pulsi per "Dual Carbon" metam, Amorphous Alloy arida type Transformer habet occupatus XXIII% of global distribution Transformer Market (High & Sullivan MMXXIII Data To Data Centrorum, Offshore in altum finem agros, et accelerandis, Offshore in altus-terminus, et summus celeritate, OFFSHORE in altum finem agros, et accelerans, OFFSHORE in altum finem agros, et accelerans, OFFSHORE Ventus Power, et High Centrorum. Et collaborative innovation materiae, structuram, et industria efficientiam non solum redefines technica terminos de Transformers, sed etiam fit key aenigmate in aedificationem a nulla-damnum dolor Grid.