High-quality S13 Oil Transformer

High-quality S13 Oil Transformer

Introduction

Key Features

Enhanced Energy Efficiency

• Reduced No-Load Losses: The S13 series achieves an average reduction of 30% in no-load losses compared to the S11 series, translating into significant cost savings and a reduced environmental footprint.
• Lower No-Load Current: The no-load current is reduced by 35%, further enhancing energy efficiency and reducing operational costs.

Structural Robustness and Cooling Efficiency

• Robust Structure: The S13 series is engineered with a robust structure and optimized oil circulation, leading to improved cooling efficiency and ensuring stable operation under various load conditions.
• Fully Sealed Design: The transformers are fully sealed, eliminating the need for an oil conservator. The change in oil volume is automatically adjusted and compensated by the elasticity of the corrugated sheet of the corrugated oil tank. This design isolates the transformer from the air, preventing and slowing down the deterioration of oil and insulation aging, enhancing operational reliability and maintenance-free operation.

Compliance with Global Standards

• International Manufacturing Regulations: Strict adherence to IEC 60076 and GB1094 standards ensures that the S13 series transformers are in full compliance with international manufacturing regulations, guaranteeing safety, reliability, and performance.

Advanced Materials and Design

• High-Quality Core Materials: The core is made of high-quality, high-magnetic permeability, and low-loss cold-rolled silicon steel sheets, using a full-gradient trapezoidal joint structure and a plate-type clamping structure.
• Winding Design: The high and low voltage coils are packed according to the phase division, ensuring even pressure and axial strength. The inner coil is lined with high-strength phenolic paper tube, and internal and external struts are used to ensure sufficient radial tightening

Low Noise Levels

• Noise Reduction: The S13 series features a design that reduces noise levels, making them suitable for urban and residential areas where noise pollution is a coApplications

• Power Plants and Electrical Grids: Perfectly suited for power plants and electrical grids, providing the backbone for efficient energy distribution and management.
• Urban Infrastructure: Ideal for critical urban infrastructure such as airports and subways, where a reliable and efficient power supply is essential for smooth operations.
• Industrial Settings: Robust construction and ability to handle varying loads make them suitable for industrial environments, including manufacturing plants and factories where consistent power quality is crucial.
• Rural Electrification: Suitable for remote locations where reliable power distribution infrastructure is needed to support agricultural activities and rural development.
• Substation Applications: Often used in substations as part of the step-up or step-down process, connecting power generation facilities to the distribution network.
• Renewable Energy Integration: Plays a role in integrating intermittent energy sources like wind and solar into the grid by stepping up voltage levels for efficient transmission over long distances.

Technical Parameters