10 products found
SGB-SMIT Group Products
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Large Power Transformers up to 800KV
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SGB SMIT - Generator Step-up Transformers
In a conventional power plant, thermal or potential energy is converted to mechanical energy, which in turn must be converted to electrical energy. A steam, gas or water turbine is used to drive a rotating shaft, which in turn drives a generator, producing electricity at a relatively low voltage (typically in the range 15kV-24kV). This low voltage must be transformed to a higher voltage using a generator step-up transformer, otherwise the transmission ...
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SGB - Auto Transformers
At higher voltages, large auto-transformers are used to interconnect the 400kV-500kV systems with either the 230kV-275kV systems or 120kV-145kV systems (the exact values depend on the country being considered). The HV and MV windings in an auto-transformer are connected together unlike in other transformers. The result is that the MV winding (common winding) is shared between the MV and HV systems. This results in a smaller and less expensive ...
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SGB Smit - Grid Transformers
Grid transformers are used in similar situations to autotransformers but are used where the neutral point of both HV and LV system are required to be kept separately. They are physically larger than a correspondingly rated autotransformer as the windings are fully ...
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SGB Smit - Phase Shifting Transformers
The bulk transfer of power is mostly a passive affair, where the power flows to the load by the lowest impedance path. To influence this flow, the phase angle of the sending or receiving end must be modified – this may be done by the use of Phase Shifting Transformers. The phase shifting transformer introduces a circulating current into the system which acts to either reduce (when operating in buck mode) or increase (when operating in boost mode) ...
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SGB Smit - Shunt Reactors
A typical application of Shunt reactors is power factor compensation of a circuit, for example to compensate for the capacitance of long overhead transmission line or for much shorter lengths of HV cable. At low loads, the remote end of these lines may rise in voltage (the so called “Ferranti Effect”). This is especially prevalent in developing countries where the system may be only lightly loaded in the early years following installation. ...
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Medium Power Transformers
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SGB Smit - Medium Power Transformers
There is hardly a problem we have not yet solved, hardly a design that we have not already built for many years of experience in the area of power transformers makes you variable, create flexibility and gives you a high degree of problem-solving ability. Know-how as standard in all productions sites in Germany, Malaysia and the ...
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Oil Distribution Transformers
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SGB Smit - Oil Distribution Transformers
More than 70 years of know-how and experience is reflected in the oil distribution transformers made by SGB-SMIT Group. Our production (in Germany and Malaysia) is based on high-quality production materials, and we place the highest emphasis on first-class workmanship. The result: oil distribution transformers of maximum ...
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Cast Resin Transformers
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Standard - Cast Resin Transformer
SGB-SMIT Group is able to deliver Cast Resin Transformers (from production sites in Germany, Malaysia and the USA) with capacities up to 25 MVA and series voltages up to 36 kV. Our offer includes converter transformers, distribution transformers and special transformers. With more than 30 years experience in the construction of cast resin transformers, SGB-SMIT Group has worldwide expertise, and this is expressed in remarkably high quality coefficients ...
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Compact Substations
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SGB SMIT - Model LCS-E - Compact Substations
Smallest dimensions up to 630 kVA, SF6-Ring-Main-Unit. LV: 910A-LV-backup bar as main switch. 8 LV-fuse-switch-outgoings 400/630A as backup bar. Also customer design possible with meter box size ...
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Special Transformers
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SGB Smit - Phase Shifters
The bulk transfer of power is mostly a passive affair, where the power flows to the load by the lowest impedance path. To influence this flow, the phase angle of the sending or receiving end must be modified – this may be done by the use of Phase Shifting Transformers. The phase shifting transformer introduces a circulating current into the system which acts to either reduce (when operating in buck mode) or increase (when operating in boost mode) ...