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300 kva 3 phase step up transformer 315 kva
  • 300 kva 3 phase step up transformer 315 kva300 kva 3 phase step up transformer 315 kva
  • 300 kva 3 phase step up transformer 315 kva300 kva 3 phase step up transformer 315 kva
  • 300 kva 3 phase step up transformer 315 kva300 kva 3 phase step up transformer 315 kva
  • 300 kva 3 phase step up transformer 315 kva300 kva 3 phase step up transformer 315 kva
  • 300 kva 3 phase step up transformer 315 kva300 kva 3 phase step up transformer 315 kva
  • 300 kva 3 phase step up transformer 315 kva300 kva 3 phase step up transformer 315 kva

300 kva 3 phase step up transformer 315 kva

In recent years, solar energy has witnessed rapid development, and Conso Electrical Science and Technology Co., Ltd., an expert manufacturer of distribution transformers, has responded with an efficient management system tailored for the production of a 3 phase step up distribution transformer, including the specialized 300 kva 3 phase step up transformer 315 kva. From the design phase to shipping, each lot of distribution transformers undergoes continuous monitoring by a dedicated specialist. This meticulous approach empowers Conso Electrical to ensure timely delivery for every order, particularly for our overseas clients who can benefit from advanced solutions like the 300 kva 3 phase step up transformer 315 kva.

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Product Description

Video



the 3 phase step up transformer Utilization in Photovoltaic Power Generation Systems:


Centralized Photovoltaic Power Generation System: In a centralized photovoltaic power generation system, due to the relatively low power output of solar panels, the electrical energy needs to be boosted to a higher voltage level by multiple step-up transformers before being transmitted to the power grid through transmission lines.

Distributed Photovoltaic Power Generation System: In a distributed photovoltaic power generation system, as solar panels are typically installed on rooftops or on the ground, closer to the load centers, electrical energy can be directly supplied to the low-voltage distribution system without the need for step-up transformers.

Energy Storage Photovoltaic Power Generation System: In an energy storage photovoltaic power generation system, rapid boosting of electrical energy to a higher voltage level is required due to the short-duration charging and discharging cycles of energy storage batteries. This is done to minimize the impact of charging and discharging currents on the battery's performance.


the 300 kva 3 phase step up transformer 315 kva Technical Data:


Rated Capacity:  315 kVA or 300 kVA;
Mode:  S-M-315 or depends; 
Primary Voltage:  11kV; 13.8kV; 15kV; 22kV; 33kV;
Secondary Voltage:  0.22kV; 0.38kV; 0.4kV; 0.415kV; 0.433kV;
No Loading Loss:  depends ; 
Loading Loss:  depends; 
Temperature Rise(oil top/winding average):  60K/65K or adhere to clients
Vector Group:   Dyn5;Dyn11; Yyn0;
Insulation type:  oil filed or epoxy resin dry type;
Phase Number:  Single Phase or Three Phase.


CONSO·CN the 300 kva 3 phase step up transformer 315 kva Detail:


Oil Filled
Oil Emptied
Amorphous Alloy
Rolled Iron Core


CONSO·CN the 300 kva 3 phase step up transformer 315 kva Workshop:


Winding Workshop

Coil Drying Area

Oil Filling Area

Finished Product Area


the 300 kva 3 phase step up transformer 315 kva Testing Center:



the 300 kva 3 phase step up transformer 315 kva Producing Equipment:


Transformer Oven

Casting Equipment

Foil winding machine


CONSO·CN the 300 kva 3 phase step up transformer 315 kva Ready to Ship:



Package method:


Wooden Box

Steel Structure



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