Amorphe Metall-Pad-montiert Leistungstransformator (AMPT

Amorphous alloy core pad-mounted transformers (shorted as AMPT) can serve in the load center and transform the network voltage into voltages matching the system or load and fulfill power transformers and distributing.Taking the place of transformers with silicon steel core,AMPT can be widely applied in outdoor power distribution network systems.The core made of amorphous alloy riboons greatly brings down the no-load loss as low as only 25%of that of S9 type transformer (with silicon steel core).Wide application of AMPT can magnificently save the energy,in which way less demand of generating capacity reduces fuel consume and consequently lightens the air pollution.AMPT is especially applicable to areas with insufficient power supply and with a greatly fluctuating load.Thanks to the hermetically sealed construction,the oil and insulation material are protected from air pollution.With a particular covering according to anticorrosive requirement,the outer casing enables the transformer to serve in coastal and highly polluted areas.The components are collectively installed in the high voltage and low voltage compartments so as to make maintenance convenient .AMPT can be used in both loop and radial network and an easy shift is assured.Wide application of AMPTs in cities and resident areas can improve the quality of supplied power and save the investment on cables.AMPTs are the ideal equipment supplying power for distribution network in cities and residential districts. featuresFlexible operation:Shift between loop and radial service system with the V blade or T blade loop switch. Easy installation:Unit ready after being located on the foundation pad and HV / LV cables connected. Safety:No live parts exposed in the HV compartment. Access to load center:Service at the load center to shorten the power supply radius, reduce investment of cables and improve the quality of power supplied. Benefit on environment:Save the energy and lower loss to lighten air pollution. Small occupied area:Save the land resource