10kV S13 Oil Type Transformers

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Brand: Jutai

Description

Product Description

10kV S13 Oil Immersed Transformer

The 10kV S13 oil-immersed transformers are designed to deliver high efficiency and energy savings in power distribution systems. These Oil Transformer are a significant advancement over the S9 and S11 series, offering enhanced performance and environmental sustainability. Oil transformers can be mounted on the ground, pedestal or pole for outdoor use. They provide efficient performance in a variety of applications, including transmission and distribution networks, renewable energy generation and small industries. Oil transformers have a huge capacity, so they save a lot of electricity, minimize power losses, save energy and reduce user costs. Not only that, the oil in the machine can also cool the internal wire core, thereby improving the durability and electrical performance of the transformer equipment.

Key Features

Advanced Energy Efficiency

Reduced No-Load Losses: The S13 series achieves a remarkable 37% reduction in no-load losses compared to the S11 series, aligning with international energy conservation standards and contributing to significant cost savings and environmental sustainability.

Lower No-Load Current: The no-load current is reduced by 80% compared to the S11 series, further enhancing energy efficiency.

Robust Construction and Design

High-Quality Core Materials: The core is made of high-quality cold-rolled grain-oriented silicon steel sheets, known for their superior magnetic properties. This material choice results in lower core losses and enhanced energy efficiency.
Fully Sealed Structure: The transformer is fully sealed, preventing the ingress of moisture and contaminants, and extending the service life of the transformer. This design also eliminates the need for an oil storage cabinet, reducing maintenance requirements.
Advanced Winding Technology: The high and low voltage windings are made of oxygen-free copper, ensuring high conductivity and durability. The low-voltage windings for 500kVA and below use a double-layer cylindrical structure, while those for 630kVA and above use a double-helix or four-helix structure. The high-voltage windings use a multi-layer cylindrical structure, enhancing the transformer's ability to withstand short-circuit forces.

Environmental Compliance

Eco-Friendly Design: The manufacturing process of the S13 series is aligned with environmental stewardship, using materials and processes that minimize environmental impact and support sustainable development goals.
Regulatory Adherence: Manufactured in strict compliance with IEC 60076 and GB1094 standards, ensuring that each transformer meets the stringent criteria set by the industry's leading standards for safety, reliability, and performance.

Conclusion

The Oil-immersed Transformer is a new type of high-performance transformer with a more rational structure and superior performance. Its three-dimensional wound core is arranged in an equilateral triangular pattern, with no air gaps in the magnetic circuit. The winding is tighter, and the three magnetic paths have the same length, which is the shortest possible. The cross-sectional area of the core columns is closer to a circular shape. As a result, the performance is further improved, with reduced losses, lower noise, and better three-phase balance. It also reduces the third harmonic content. This product is more suitable for power grid transformation in urban and rural areas as well as industrial and mining enterprises. It is also ideal for use in combined transformers and prefabricated substations.

The 10kV S13 oil-immersed transformers are designed to meet the challenges of modern power distribution, providing reliable, efficient, and eco-friendly solutions. The advanced design and manufacturing processes ensure long-term reliability and minimal maintenance, making them an ideal choice for a wide range of applications. By choosing the S13 series, you are investing in advanced technology and contributing to a more sustainable and efficient power infrastructure.