Napa kita kudu nyepetake transformasi teknis trafo distribusi konsumsi energi dhuwur? – SPL- power transformer,electrical transformer,Combined compact substation,Metalclad AC Enclosed Switchgear,Low Voltage Switchgear,Indoor AC Metal Clad Intermediate Switchgear,Non-encapsulated Dry-type Power Transformer,Unwrapped coil dry-type transformer,Epoxy resin cast silicon steel sheet dry-type transformer,Epoxy resin cast amorphous alloy dry-type transformer,Amorphous alloy oil-immersed power transformer,Silicon steel sheet oil-immersed power,electric transformer,Distribution Transformer,voltage transformer,step-down transformer,reducing transformer,low-loss power transformer,loss power transformer,Oil-type Transformer,Oil Distribution Transformer,Transformer-Oil-lmmersed,Oil Transformer,Oil Immersed Transformer,three phase oil immersed power transformer,oil filled electrical transformer,Sealed amorphous alloy power transformer,Dry Type Transformer,dry Transformer,Cast Resin Dry Type Transformer,dry-type transformer,resin-casting type transformer,resinated dry type transformer,CRDT,Unwrapped coil power transformer,three phase dry Transformer,articulated unit substation,AS,Modular substation,transformer substation,electric substation,Power Sub-station,Preinstalled substation,YBM,prefabricated substation,Distribution Substation,compact substation,MV power stations,LV power stations,HV power stations,Switchgear Cabinet,MV Switchgear Cabinet,LV Switchgear Cabinet,HV Switchgear Cabinet,pull-out switch cabinet,Ac metal closed ring network switchgear,Indoor metal armored central switchgear,Box-type substation,custom transformers,customized transformers,Metal enclosed electrical switchgear,LV Switchgear Cabinet,

30
Sep

Napa kita kudu nyepetake transformasi teknis trafo distribusi konsumsi energi dhuwur?

High energi trafo distribusi konsumsi utamané deleng SJ, SJL, SL7, S7 lan trafo seri liyane. Mundhut wesi lan mundhut tembaga luwih dhuwur tinimbang trafo seri S9 sing digunakake saiki. Contone, dibandhingake karo S9, mundhut wesi saka S7 11% luwih lan mundhut tembaga 28% luwih. Nanging, trafo anyar, kayata S10 lan S11, luwih hemat energi tinimbang S9, lan mundhut wesi saka trafo alloy amorf mung 20% saka S7. Umumé, umur layanan trafo nganti pirang-pirang dekade. Ngganti trafo konsumsi energi dhuwur karo trafo hemat energi efisiensi dhuwur ora mung bisa nambah efisiensi konversi energi, nanging uga entuk efek irit daya sing cukup sajrone urip layanan.