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6300kVA 132kV 3-phase 2-winding Power Transformer with OLTC

6300kVA 132kV high quality oil immersed Power Transformer with Off-circuit tap changer has Optimized Design using advanced technologies, in order to offer low noise, low partial discharge, high short circuit withstand capability. Advanced design software are used for electromagnetic calculation and design of transformer, while 3-D, 2-D CAD software for structural design ensure sufficient safety margin during short circuit period. This is based on in-depth theoretical and experimental studies
8000kVA 132kV 3-phase 2-winding Power Transformer with OCTC

8000kVA 132kV high quality oil immersed Power Transformer with Off-circuit tap changer has Optimized Design using advanced technologies, in order to offer low noise, low partial discharge, high short circuit withstand capability. Advanced design software are used for electromagnetic calculation and design of transformer, while 3-D, 2-D CAD software for structural design ensure sufficient safety margin during short circuit period. This is based on in-depth theoretical and experimental studies
10000kVA 132kV 3-phase 2-winding Power Transformer with OCTC

10000kVA 132kV high quality oil immersed Power Transformer with Off-circuit tap changer has Optimized Design using advanced technologies, in order to offer low noise, low partial discharge, high short circuit withstand capability. Advanced design software are used for electromagnetic calculation and design of transformer, while 3-D, 2-D CAD software for structural design ensure sufficient safety margin during short circuit period. This is based on in-depth theoretical and experimental studies
12500kVA 132kV 3-phase 2-winding Power Transformer with OCTC

12500kVA 132kV high quality oil immersed Power Transformer with Off-circuit tap changer has Optimized Design using advanced technologies, in order to offer low noise, low partial discharge, high short circuit withstand capability. Advanced design software are used for electromagnetic calculation and design of transformer, while 3-D, 2-D CAD software for structural design ensure sufficient safety margin during short circuit period. This is based on in-depth theoretical and experimental studies
31500kVA 132kV 3-phase 2-winding Power Transformer with OLTC

31500kVA 132kV high quality oil immersed Power Transformer with Off-circuit tap changer has Optimized Design using advanced technologies, in order to offer low noise, low partial discharge, high short circuit withstand capability. Advanced design software are used for electromagnetic calculation and design of transformer, while 3-D, 2-D CAD software for structural design ensure sufficient safety margin during short circuit period. This is based on in-depth theoretical and experimental studies
40000kVA 132kV 3-phase 2-winding Power Transformer with OLTC

40000kVA 132kV high quality oil immersed Power Transformer with Off-circuit tap changer has Optimized Design using advanced technologies, in order to offer low noise, low partial discharge, high short circuit withstand capability. Advanced design software are used for electromagnetic calculation and design of transformer, while 3-D, 2-D CAD software for structural design ensure sufficient safety margin during short circuit period. This is based on in-depth theoretical and experimental studies
63000kVA 132kV 3-phase 2-winding Power Transformer with OLTC

63000kVA 132kV high quality oil immersed Power Transformer with Off-circuit tap changer has Optimized Design using advanced technologies, in order to offer low noise, low partial discharge, high short circuit withstand capability. Advanced design software are used for electromagnetic calculation and design of transformer, while 3-D, 2-D CAD software for structural design ensure sufficient safety margin during short circuit period. This is based on in-depth theoretical and experimental studies
50000kVA 132kV 3-phase 2-winding Power Transformer with OLTC

50000kVA 132kV high quality oil immersed Power Transformer with Off-circuit tap changer has Optimized Design using advanced technologies, in order to offer low noise, low partial discharge, high short circuit withstand capability. Advanced design software are used for electromagnetic calculation and design of transformer, while 3-D, 2-D CAD software for structural design ensure sufficient safety margin during short circuit period. This is based on in-depth theoretical and experimental studies
20000kVA 132kV 3-phase 2-winding Power Transformer with OLTC

20000kVA 132kV high quality oil immersed Power Transformer with Off-circuit tap changer has Optimized Design using advanced technologies, in order to offer low noise, low partial discharge, high short circuit withstand capability. Advanced design software are used for electromagnetic calculation and design of transformer, while 3-D, 2-D CAD software for structural design ensure sufficient safety margin during short circuit period. This is based on in-depth theoretical and experimental studies