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BATQ2301 ATQ23.7 Vertical Single-Sided 5+2 Center Pins Power Distribution Transformer High Frequency
Datos del producto:
| Lugar de origen: | Dongguan, Guangdong, China |
| Nombre de la marca: | Uchi |
| Certificación: | Processor |
| Número de modelo: | Se aplicarán las siguientes medidas: |
Pago y Envío Términos:
| Cantidad de orden mínima: | 1000 unidades |
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| Precio: | Negociable |
| Tiempo de entrega: | 2 semanas |
| Condiciones de pago: | T/T, Paypal, Western Union, MoneyGram y otras formas de pago. |
| Capacidad de la fuente: | 50000000 piezas por mes |
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Información detallada |
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| Resaltar: | Single-Sided Power Distribution Transformer,Power Distribution Transformer High Frequency |
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Descripción de producto
BATQ2301(ATQ23.7 Vertical Single-Sided 5+2 Center Pins) Power Distribution Transformer High Frequency Power Transformer
The power transformer is the "heart" of the power system. Its characteristics are reflected in the voltage transformation capability based on electromagnetic induction, efficient and reliable energy transmission characteristics, as well as diverse structural designs. The advantages are concentrated in aspects such as energy conservation, flexibility, reliability and environmental adaptability. With the development of technology, future power transformers will further evolve towards low loss, intelligence (such as intelligent monitoring and fault diagnosis), and compactance, in order to better serve the new power system and the green energy transition.
Power transformers are highly efficient and energy-saving, reducing transmission losses.
By increasing the voltage to reduce the current in the transmission line, the Joule loss (P=I ² R) caused by the line resistance is decreased. For instance, when the voltage is raised from 10kV to 110kV, the transmission current can be reduced to 1/11 of the original, and the loss can be reduced to 1/121 of the original.
Energy-saving transformers (such as amorphous alloy core transformers) further reduce no-load losses and are suitable for long-term operation scenarios in power grids.
DETAILED INTRODUCTION
CASE DIAGRAM