10kV 1600kVA Dry Type Transformer | High-Efficiency & Reliable Power Distribution

65+ Years of Experience

10kV 1600kVA Dry Type Transformer | High-Efficiency & Reliable Power Distribution

High-performance 10kV 1600kVA dry type transformer with epoxy-resin design, IEC & GB compliant, offering low losses, flame resistance, high overload capacity, and maintenance-free operation. Ideal for industrial and commercial power distribution with reli

Rated voltage:10kV
Rated capacity:1600kVA
Application scenarios:

Overview

Our innovative three-phase epoxy-resin dry-type transformer is engineered to meet IEC726 and GB/T10228-1997 standards, providing outstanding performance in modern power transmission and distribution systems. Its oil-free design ensures safe, maintenance-free operation while delivering:

Compact, lightweight structure, reduced energy losses, minimal noise, excellent damp-proof and flame-resistant properties, high mechanical durability and overload capacity, and low partial discharge for enhanced reliability.

This transformer is ideal for heavy load centers, industrial facilities, and environments requiring advanced fire protection, ensuring efficient and stable power delivery across demanding settings.

Advanced Thermal Management and Reliability

The 10kV 1600kVA dry type transformer is designed for optimal voltage stability and efficient thermal regulation, providing long-term reliability even under continuous high-load operation. Its epoxy-resin windings and robust structural design reduce maintenance requirements and extend service life, making it a cost-effective solution for modern energy distribution networks.

Standard Accessories

Bidirectional Trolley

Equipped with dual-direction wheels and a secure locking mechanism, the trolley ensures smooth mobility and stable positioning during installation and maintenance.

Temperature Sensors

Includes a minimum of three high-precision PT100 sensors, enabling continuous monitoring of winding temperatures to prevent overheating and protect transformer integrity.

Temperature Control Unit

Integrated with the transformer’s protection system, the temperature control unit allows precise temperature regulation, enhancing system reliability and operational safety.

Lifting Lugs

Strategically positioned lifting lugs provide balanced handling, simplifying transportation and installation while ensuring personnel safety.

Neutral Terminal

The low-voltage side features a convenient neutral terminal, allowing straightforward grounding and enhancing overall operational safety.

Why Choose This Transformer?

High-efficiency, low-loss dry-type design, maintenance-free operation with oil-free epoxy-resin windings, flame-resistant and mechanically robust for heavy-duty applications, advanced accessories for safe installation, monitoring, and integration, and reliable voltage stability and thermal management for industrial and commercial power networks.

This 10kV 1600kVA dry type transformer sets a new benchmark in energy management solutions, combining efficiency, safety, and reliability for modern power distribution systems.

Product Specifications

Specification	Value
Rated Voltage	10KV
Capacity	1600KVA（1.6MVA）
Phase Configuration	Three-phase
Standards Compliance	Conforms to IEC 60076, ANSI, and IEEE standards
Cooling Mechanism	Adopts passive cooling through natural air circulation to efficiently dissipate heat, eliminating the need for additional cooling systems while ensuring optimal thermal regulation.
Insulation System	Utilizes an innovative blend of epoxy resin with quartz aggregates, delivering exceptional moisture and fire resistance for truly maintenance-free operation.
Core Construction	Engineered from low-loss, cold-rolled silicon steel with enhanced magnetic properties, this design minimizes energy losses and boosts overall efficiency.
Winding Design	Features high-grade copper windings insulated with epoxy resin, offering superior mechanical strength to withstand short-circuit stresses and ensure enduring reliability.
Insulation Class	Constructed with Class F insulation materials, the transformer is capable of operating continuously at elevated temperatures up to 155°C.
Maximum Winding Temperature Rise	Optimized for performance, the transformer restricts its average winding temperature increase to a maximum of 105°C above ambient during full-load conditions.