Open Ventilated 3D Wound Core Dry-type Transformer to Super High-rise Buildings
Regarding to development needs of high-rise and super-high-rise buildings, and to solve the problem that the transformer is difficult to go upstairs, the open ventilated 3D wound core dry-type transformer technology is integrated to provide small size, light weight, low noise, green environmental protection, safety, reliability, high efficiency and energy saving.
Regarding to development needs of high-rise and super-high-rise buildings, and to solve the problem that the transformer is difficult to go upstairs, the open ventilated 3D wound core dry-type transformer technology is integrated to provide small size, light weight, low noise, green environmental protection, safety, reliability, high efficiency and energy saving. This is a solution.
Product Advantages
Compact structure and light weight
The weight is more than 30% lighter than the current products in the market, and the volume is reduced by 1m³ on average above
Ultra low noise
The sound pressure level is about 5dB (A) lower than that specified in 14D801 Electrical Design and Installation of Super High rise Buildings, which can be as low as 45dB (A)
Energy saving
Low no-load loss, low load loss and low no-load current and small partial discharge, smaller strength of peripheral electromagnetic field (smaller radiation). The materials are renewable and the insulating materials are easy to degrade.
Safe and reliable
High insulation grade, strong overload capacity, strong short-circuit withstanding ability, strong weather resistance, no crack, simple maintenance
Range Of Application
Regarding to 30~2500kVA, 35kV and below voltage level series open ventilated 3D wound core dry-type transformer.
It is suitable for various power transmission and distribution fields, especially for super high-rise buildings, data centers, rail transit, new energy fields, commercial centers, residential quarters, industrial and mining enterprises, oil platforms and other power transmission/distribution systems that require high environmental protection and fire protection.