The hottest triangle high-efficiency energy-saving

Introduction to triangle high-efficiency and energy-saving transformers: the core structure of traditional distribution transformers is mostly plane arrangement, which is made of silicon steel sheets. Because the iron core has joints, the magnetic resistance is very large, which not only has large no-load excitation current, high loss, but also has noise during operation. In recent years, China began to promote the use of S11 coil core distribution transformer, because the core is made of silicon steel

the research on plastic, rubber and urban exterior wall coating needs to be further strengthened. The traditional core structure of distribution transformer is mostly plane arrangement, which is made of silicon steel sheets. Because the iron core has joints, the magnetic resistance is very large, which not only has large no-load excitation current, high loss, but also has noise during operation. In recent years, China has begun to promote the use of S11 coil core distribution transformer. Because the core is connected and wound by silicon steel sheet and strip, the core has no seams, and the magnetic conductivity has been greatly improved. The stroke is 600-150. Clay is the general name of class 1 silicate materials. 0mm can be used. The no-load current, no-load loss and operating noise of the transformer are relatively reduced. It is a relatively advanced energy-saving transformer at present

the newly invented triangle wound iron core high-efficiency energy-saving transformer breaks through the plane arrangement mode of the traditional three-phase transformer. It adopts three rolled iron core frames with the same shape and semicircular cross-section to form a three-phase transformer core, which makes the magnetic circuit of the three-phase core completely balanced, and shortens the iron yoke. The core column filling system is high, and the core has no seams. Through the use of innovative patented technology, it overcomes the difficulties of the free communication of the magnetic lines of force between different cores, The magnetoresistance is greatly reduced, making it an efficient, energy-saving and low loss transformer with extremely small excitation current, low harmonic content, low no-load loss, small volume and low operating noise. Identified by the national authoritative testing organization, its main technical indicators are in the leading position of similar products in China

the biggest feature of this product is that the no-load current and no-load loss are significantly lower than those of conventional laminated transformers. Taking the transformer with a capacity of 315KVA as an example, the no-load current decreases by 92%, the no-load loss decreases by 46.8%, and the load loss decreases by 7.5%. Under this situation, the volume of the oil tank decreases by 1/4 and the weight decreases by 1/5; The no-load current harmonic is reduced by 80% and the operating noise is reduced by 13dB. It is a high-efficiency energy-saving transformer with good comprehensive performance at present