315 kVA Copper Distribution Transformer

315 kVA Copper Distribution Transformer

Introduction

Anand Steemet’s 315 KVA Copper Distribution Transformer is built to support large-scale power distribution with maximum efficiency and reliability. Designed with high-quality copper windings and robust construction, it ensures low losses, excellent voltage regulation, and long service life, making it ideal for industrial, commercial, and utility applications.

What is a 315 kVA Copper Distribution Transformer?

A 315 kVA Copper Distribution Transformer is a high-capacity electrical device used to step down high voltage (typically 11 kV) to low voltage (415V/230V) for large-scale applications.

With copper windings, it offers superior conductivity, reduced energy losses, and excellent thermal performance. Typically oil-filled (ONAN cooling), it is designed for continuous operation under heavy load conditions.

Types of 315 kVA Copper Distribution Transformers

  • Plinth-Mounted Transformers: Ideal for industrial and large commercial installations.
  • Oil-Filled Transformers (ONAN): Provide reliable cooling and insulation.
  • Three-Phase Transformers: Ensure efficient power distribution across large systems.

Why This Transformer Matters

  • Supports high-capacity power requirements
  • Ensures stable voltage under heavy loads
  • Reduces losses and improves efficiency
  • Critical for large infrastructure and industrial operations

Key Features

  • 315 kVA Capacity Suitable for high-load and large-scale applications.
  • Copper Windings Ensure maximum efficiency and reliability.
  • ONAN Cooling System Provides effective thermal management.
  • Standard Voltage Ratio Typically 11 kV / 433 V.
  • Three-Phase Configuration Ensures balanced and efficient power distribution.
  • Heavy-Duty Construction Built for durability and long-term use.

Benefits

  • High Efficiency Copper reduces losses and improves performance.
  • Excellent Voltage Regulation Stable output even under fluctuating loads.
  • Long Service Life Superior thermal strength enhances durability.
  • Reliable and Robust Designed for continuous and demanding operations.

Applications

Large residential townships and high-rise buildings

Commercial complexes, malls, and large institutions

Medium to large industrial facilities

Utility and infrastructure distribution networks

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