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Professional 500kVA 10kV 0.4KV Distribution Type Transformer for Unstable Voltage Areas with High Efficiency Copper Winding Stable Output and Reliable Performance for Rural Grids Commercial Buildings

Product Summary

This 500kVA three-phase transformer supports stable voltage output under varying grid conditions. Its optimized electromagnetic design and ONAN cooling system help maintain reliable performance in areas with voltage fluctuation and load variation.

Key Attributes
Brand Name: HENTGPOWER
Model Number: S11 500 10\0.4KVA
Place of Origin: CHINA
Certification: EC,ISO9001
MOQ: 1
Supply Ability: 4000units\year
Delivery Time: 25-40
Payment Terms: D/A,D/P,L/C
Standard Packaging: wooden
Product Custom Attributes
Highlight

Reliable 500kVA Distribution Transformer

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Copper Winding 500kVA Distribution Transformer

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10kV 500kVA 0.4KV Distribution Transformer

Type:
Oil-Immersed Transformer
Rated Capacity:
500 KVA
Rated Voltage:
10\0.4KV
No-load Loss:
680W
On-load Loss:
5410W
Winding Material:
Copper \ Aluminum
Frequency:
50/60Hz
Cooling Method:
Oil Cooling
Short-circuit Impendence:
4%
Product Description
1. Product Overview

The HENTG POWER 500kVA 10kV/0.4kV three-phase oil-immersed transformer (ONAN) is engineered to deliver dependable medium- to low-voltage distribution across commercial, utility, and rural networks.

Built with an upgraded magnetic core and reinforced winding layout, the unit ensures steady electrical performance, optimized energy distribution, and reliable operation in regions experiencing voltage fluctuation or demanding outdoor conditions such as heat, dust, and humidity.

This model is tailored for long service life, stable voltage output, and consistent performance even when grid quality varies.

2. Key Selling Points
High-Efficiency Magnetic Core Design

The optimized silicon-steel core helps minimize no-load loss and enhances overall energy performance.

Steady Output Under Grid Variation

Electrical configuration supports consistent voltage delivery when the supply input is unstable.

Durable Construction for Outdoor Use

A sealed tank structure with protective coating improves reliability in areas with dust, corrosion, and temperature variation.

Robust Copper Winding Arrangement

High-conductivity copper windings increase thermal stability and enhance overload adaptability.

User-Oriented Installation Setup

Compact layout and clear terminal structure make integration into different distribution systems straightforward.

Professional 500kVA 10kV 0.4KV Distribution Type Transformer for Unstable Voltage Areas with High Efficiency Copper Winding Stable Output and Reliable Performance for Rural Grids Commercial Buildings 0 Professional 500kVA 10kV 0.4KV Distribution Type Transformer for Unstable Voltage Areas with High Efficiency Copper Winding Stable Output and Reliable Performance for Rural Grids Commercial Buildings 1
3. Technical Specifications
Parameter Value
Rated Capacity 500 kVA
Primary Voltage 10 kV
Secondary Voltage 0.4 kV
Phase Three Phase
Frequency 50 Hz / 60 Hz
Cooling Method ONAN
Vector Group Dyn11
Core Material Cold-rolled silicon steel
Winding Material Copperaluminum
Insulation Class A / F
Tap Changer Off-circuit
Tap Range ±2×2.5%
Tank Type Sealed Type
Mounting Style Ground Placement
Standard IEC60076,ISO9001
4. Voltage Stability Challenges & Design Measures
Operating Conditions in Unstable Grid Areas

In regions with fluctuating power supply, the following conditions may occur:

  • Voltage variation affecting equipment stability
  • Frequent load changes impacting output consistency
  • Overload situations in peak demand periods
  • Reduced lifespan of connected electrical equipment
Design Measures
  • Optimized electromagnetic structure supporting stable voltage output
  • Copper winding configuration improving load adaptability
  • Tap changer arrangement enabling voltage adjustment
  • ONAN cooling system maintaining stable thermal performance
  • Reinforced insulation system supporting long-term operation

These features help maintain consistent power output under varying grid conditions.

5. Application Scenarios

Suitable for medium- to low-voltage distribution environments such as:

  • Community and residential power areas
  • Rural and suburban distribution networks
  • Light-load operational zones
  • Agricultural power supply locations
  • Water-related infrastructure
  • Renewable energy connection points
6. FAQ
  • Q1: Can this transformer operate under unstable voltage conditions?

    A: Yes. The design supports stable output under fluctuating grid conditions.

  • Q2: Does the unit align with common technical standards?

    A: Yes. The configuration follows IEC-related electrical and insulation criteria.

  • Q3: Can the voltage be adjusted when required?

    A: Yes. Tap positions are arranged to match different voltage conditions.

  • Q4: What cooling method is applied?

    A: The transformer operates with ONAN (oil natural, air natural) cooling.

  • Q5: What checks are included before use?

    A: Standard checks include loss measurement, insulation verification, ratio testing, and impedance verification.

  • Q6: How is stable operation maintained over time?

    A: The sealed tank structure and cooling arrangement support consistent long-term performance.

7.Explore more details about this 500kVA transformer for stable outdoor power distribution.
Professional 500kVA 10kV 0.4KV Distribution Type Transformer for Unstable Voltage Areas with High Efficiency Copper Winding Stable Output and Reliable Performance for Rural Grids Commercial Buildings 2 Professional 500kVA 10kV 0.4KV Distribution Type Transformer for Unstable Voltage Areas with High Efficiency Copper Winding Stable Output and Reliable Performance for Rural Grids Commercial Buildings 3 Professional 500kVA 10kV 0.4KV Distribution Type Transformer for Unstable Voltage Areas with High Efficiency Copper Winding Stable Output and Reliable Performance for Rural Grids Commercial Buildings 4
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