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2500kVA 33 or 34.5kV Dry-type Distribution Transformer

NPC Electric's dry type transformer is made with vacuum,foil type coil winding machinese,and silicion steel sheets shearing equipment import from Gerorg's,the technology brought from Germany.The technical specifiacation is totaly reached IEC,ANSI,IEEE,UL etc international standards.
2000kVA 33kV Dry-type Distribution Transformer

We adopt the advanced technology imported from Europe, patented technology, specialized software to optimize the design for 2000kVA, 33kV cast resin Dry type Transformer. The core is made of cold-rolled grain-oriented silicon steel sheet which cut in step-lap by GEORG Germany TBA core cutting lines and laminated by the method of fifth-order step-by-step stacking technology, enabling the no-load performance of the core to improve greatly.
1600kVA 33kV Dry-type Distribution Transformer

We adopt the advanced technology imported from Europe, patented technology, specialized software to optimize the design for1600kVA, 33kV cast resin Dry type Transformer. The core is made of cold-rolled grain-oriented silicon steel sheet which cut in step-lap by GEORG Germany TBA core cutting lines and laminated by the method of fifth-order step-by-step stacking technology, enabling the no-load performance of the core to improve greatly.
1250kVA 33kV Dry-type Distribution Transformer

We adopt the advanced technology imported from Europe, patented technology, specialized software to optimize the design for1250kVA, 33kV cast resin Dry type Transformer. The core is made of cold-rolled grain-oriented silicon steel sheet which cut in step-lap by GEORG Germany TBA core cutting lines and laminated by the method of fifth-order step-by-step stacking technology, enabling the no-load performance of the core to improve greatly.
1000kVA 33kV Dry-type Distribution Transformer

We adopt the advanced technology imported from Europe, patented technology, specialized software to optimize the design for1000kVA, 33kV cast resin Dry type Transformer. The core is made of cold-rolled grain-oriented silicon steel sheet which cut in step-lap by GEORG Germany TBA core cutting lines and laminated by the method of fifth-order step-by-step stacking technology, enabling the no-load performance of the core to improve greatly.
800kVA 33kV Dry-type Distribution Transformer

We adopt the advanced technology imported from Europe, patented technology, specialized software to optimize the design for800kVA, 33kV cast resin Dry type Transformer. The core is made of cold-rolled grain-oriented silicon steel sheet which cut in step-lap by GEORG Germany TBA core cutting lines and laminated by the method of fifth-order step-by-step stacking technology, enabling the no-load performance of the core to improve greatly.
630kVA 33kV Dry-type Distribution Transformer

We adopt the advanced technology imported from Europe, patented technology, specialized software to optimize the design for 630kVA, 33kV cast resin Dry type Transformer. The core is made of cold-rolled grain-oriented silicon steel sheet which cut in step-lap by GEORG Germany TBA core cutting lines and laminated by the method of fifth-order step-by-step stacking technology, enabling the no-load performance of the core to improve greatly.
500kVA 33kV Dry-type Distribution Transformer

We adopt the advanced technology imported from Europe, patented technology, specialized software to optimize the design for 500kVA, 33kV cast resin Dry type Transformer. The core is made of cold-rolled grain-oriented silicon steel sheet which cut in step-lap by GEORG Germany TBA core cutting lines and laminated by the method of fifth-order step-by-step stacking technology, enabling the no-load performance of the core to improve greatly.
400kVA 33kV Dry-type Distribution Transformer

We adopt the advanced technology imported from Europe, patented technology, specialized software to optimize the design for 400kVA, 33kV cast resin Dry type Transformer. The core is made of cold-rolled grain-oriented silicon steel sheet which cut in step-lap by GEORG Germany TBA core cutting lines and laminated by the method of fifth-order step-by-step stacking technology, enabling the no-load performance of the core to improve greatly.