Tanaka Electric Tanaka Electric

Yawei 13.8kv 100kVA 160kVA 400 kVA 480V Step Down/up Transformer Photovoltaic Pad Mounted Transformers

Customization: Available
Application: Power, Electronic, Instrument, Lighting
Phase: Three

Product Description

Overview - Basic Specifications
Model NO.
pad mounted transformer
Core
Core-type Transformer
Cooling Method
Onan/Onaf
Certification
ISO9001-2000, ISO9001
Usage
Pad Mounted Transformer
Frequency
Intermediate Frequency
Warranty
2 years
Package Size
2600X2200X1900 Cm
Coil Number
2
Winding Material
Aluminum/Copper
Capacity
500 Set/Sets Per Month
Product Introduction
Transformer Showcase
Transformer Detail 1 Transformer Detail 2

1. High Efficiency and Low Loss

Utilizing high-quality silicon steel sheets (such as oriented silicon steel) and advanced winding technologies (such as foil winding or helical winding) to reduce no-load losses (iron loss) and load losses (copper loss).

2. Energy-saving Design

Complies with international energy efficiency standards. The efficiency of some models can reach over 99%, significantly reducing long-term operating costs.

Core Technology
Customization

3. Adaptability to Complex Power Grids

Equipped with wide voltage regulation (OLTC or no-excitation) and harmonic suppression (Dyn11 connection group) to ensure compatibility with new energy grids like photovoltaic and wind power.

4. Customization and Global Applicability

Flexible design capacities from 10kVA to 1000MVA, with voltage levels up to ±1100kV. Special protection options like salt spray prevention and explosion-proof designs are available.

TypePower Transformer
Insulation ClassA-Class
Lightning Impulse WithstandAs Per IEC Standard
Core MaterialSilicon Steel
Main Product Range & Manufacturing
Product Range
Our facility possesses strong manufacturing capabilities with over 1,800 employees, including 150+ technicians. We offer a wide variety of solutions:
  • Dry-type transformers below 110KV, 220KV and 500KV
  • Oil-immersed and new energy solar storage transformers
  • Prefabricated substations and specialized furnace/rectifier transformers
All designs comply with international standards including IEEE, ANSI, DOE, CSA, UL, and IEC.
Factory Workshop
Inside our factory, high-performance equipment operates with seamless efficiency:
Precision Winding Machines for exceptional coil accuracy.
Automated Iron Core Production using latest silicon steel cutting technology.
Eco-Friendly Insulation Systems upholding global environmental standards.
Advantages & Quality Assurance
Advantage 1 Certificates
Exhibition & Global Logistics
Exhibition
We showcase our technical capabilities globally, featuring high-efficiency smart transformers with real-time monitoring systems. Each product undergoes rigorous quality testing to ensure durability in various environments.
Packaging
Secure Packaging: Sturdy wooden crates with shock-absorbing cushioning and moisture-proof sealing.
Efficient Transport: Optimized logistics routes and real-time tracking systems to ensure safe, on-time delivery.
Frequently Asked Questions
What is the typical lifespan of a transformer?
A well-maintained power or substation transformer can typically last between 30 to 50 years.
What are the benefits of using compact transformers?
Benefits include reduced space requirements, lower energy consumption, less noise, and improved efficiency. They are ideal for urban or industrial settings where space is limited.
How efficient are these power transformers?
Our transformers are highly efficient, typically ranging from 90% to over 99%, depending on the specific design and load conditions.
What is the difference between a step-up and step-down transformer?
A step-up transformer increases voltage while decreasing current for transmission, whereas a step-down transformer decreases voltage for safe local distribution.
Can dry-type transformers be used outdoors?
Yes, certain dry-type transformers specifically designed with weatherproof enclosures are rated for outdoor environments.
What materials are used in the transformer core?
The core is typically made of high-grade silicon steel, which is designed to significantly reduce energy loss due to magnetic hysteresis.

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