Transformers
Dry Type Transformer
1000kVA Dry Type Transformer
NPC ELECTRIC 1000kVA Dry-Type Transformer offers efficient, oil-free power distribution with a compact design. Equipped with advanced insulation and cooling systems, it ensures safe and reliable operation with minimal maintenance. Ideal for industrial and commercial applications, it provides environmentally friendly and cost-effective performance.
1250kVA Dry Type Transformer
NPC ELECTRIC 1250kVA Dry-Type Transformer delivers reliable, oil-free power distribution with a compact and efficient design. Featuring advanced insulation and cooling systems, it ensures safe, low-maintenance operation, making it ideal for industrial and commercial applications. It provides environmentally friendly, cost-effective performance with a 1250kVA capacity.
1600kVA Dry Type Transformer
1600kVA dry-type transformer is an efficient and reliable power equipment designed to provide a stable power supply. Its rated capacity is 1600kVA, which is suitable for the power needs of various industrial and commercial sites. The transformer adopts advanced dry insulation technology, which has higher safety and durability, and avoids the fire hazards that may be caused by oil-immersed transformers. In addition, the low-noise operation and environmentally friendly design of the equipment can effectively reduce operating costs and reduce environmental impact.
2000kVA Dry Type Transformer
The NPC ELECTRIC 2000kVA Dry Type Transformer is a robust and efficient power solution designed to handle the electrical needs of large-scale industrial and commercial operations. With a capacity of 2000kVA, it features advanced dry-type insulation, ensuring enhanced safety, minimal maintenance, and long-lasting performance. This transformer is built to operate reliably in various environmental conditions while offering low noise levels and a reduced environmental footprint.
2500kVA Dry Type Transformer
The NPC ELECTRIC 2500kVA Dry Type Transformer is a high-capacity, reliable power solution designed for large industrial and commercial applications. With a power rating of 2500kVA, it features advanced dry-type insulation technology, offering superior safety, low maintenance, and long-term performance. Engineered to operate efficiently in demanding environments, this transformer delivers stable, noise-free power while minimizing environmental impact.
3000kVA Dry Type Transformer
3000kVA Dry Type Transformer is a high-performance, reliable power solution designed to meet the needs of large industrial and commercial facilities. With a 3000kVA capacity, it utilizes advanced dry-type insulation, ensuring exceptional safety, minimal maintenance, and extended durability. Built for demanding environments, this transformer provides stable, efficient, and low-noise operation while minimizing environmental impact. The NPC ELECTRIC 3000kVA Dry Type Transformer is the ideal choice for ensuring reliable and efficient power distribution in large-scale applications.
5000kVA Dry Type Transformer
The NPC ELECTRIC 5000kVA Dry Type Transformer is a high-capacity, reliable power solution designed for large-scale industrial and commercial operations. With a robust 5000kVA rating, it features advanced dry-type insulation technology for enhanced safety, low maintenance, and long-lasting performance. Engineered for demanding environments, this transformer ensures stable, efficient, and quiet operation while minimizing environmental impact.
6300kVA Dry Type Transformer
The NPC ELECTRIC 6300kVA Dry Type Transformer is a high-performance, heavy-duty power solution designed for large industrial and commercial applications. With a capacity of 6300kVA, it features cutting-edge dry-type insulation technology, offering superior safety, low maintenance, and extended reliability. Built to withstand demanding operating conditions, this transformer provides stable, efficient, and noise-free performance while minimizing environmental impact.
7500kVA Dry Type Transformer
7500kVA Dry Type Transformer is a high-capacity, reliable power solution designed for large-scale industrial and commercial applications. With a robust 7500kVA rating, it incorporates advanced dry-type insulation technology, ensuring enhanced safety, minimal maintenance, and exceptional durability. Engineered for demanding environments, this transformer delivers stable, efficient, and low-noise operation while reducing environmental impact. The NPC ELECTRIC 7500kVA Dry Type Transformer is the ideal choice for high-power applications, providing secure and continuous power distribution for critical infrastructure.In-Depth Analysis
Comparative Analysis of Efficiency and Loss
Compared to the industry average, transformers exhibit lower losses and higher efficiency across the entire load range.
Load Efficiency Comparison(%)
No-load Loss Comparison(W)
High-efficiency Core Design
High magnetic permeability and low loss silicon steel sheets are used and processed by special process to reduce hysteresis loss and eddy current loss and improve conversion efficiency.
Multiple Protection Systems
IP65 protection grade design combines multiple protection measures such as anti-corrosion, anti-UV, anti-condensation and anti-small animal intrusion.
Ultra-low Noise Technology
A special shock-absorbing structure, low-noise fans, and optimized heat dissipation design ensure operating noise is far below industry standards.
Intelligent Cooling System
The heat dissipation system with adaptive temperature control automatically adjusts the heat dissipation efficiency according to the load and ambient temperature to reduce energy consumption.
Safety Wiring System
Insulated protective cover and anti-misoperation design ensure personnel safety during installation and maintenance and reduce accident risks
Intelligent Monitoring
An optional remote monitoring system is available to monitor operating status, temperature, load and other parameters in real time, and supports fault warning and remote diagnosis.
Environmental Adaptability Analysis
Dry type transformers have been rigorously tested and can operate stably under various harsh environmental conditions.
Temperature Range
-40℃ ~ +55℃
Can work normally in extreme high and low temperature environments
Humidity Adaptation
0 ~ 100% RH
Including condensation environment, no frost requirement
Seismic Resistance Level
IEC 60068-2-57
Suitable for earthquake-prone areas
Altitude
≤3000m
More than special design
Why Choose Us
Dry Type Transformers Manufacturer
Dry Type Transformers Types
High Efficiency & Reliable Performance
Versatile Applications & Global Standards
Product Show
Testing and Certification
Bare Cable Test Report
SGS Inspection Report
Certificate of Acceptance
ISO Quality Certificate
ISO Environmental Certificate
ISO Occupational Certificate
UL Laboratory Certificate
UL Product Certificate
Project Cases
Venezuela Residential Area
CompletedProvide stable and reliable power conversion solutions for the residential area to meet diverse production needs.
Country:Venezuela
Model:75kVA Dry Type Transformer x 20
Rwanda Data Center
CompletedEnsure the power safety of surrounding residents and meet daily work needs
Country:Rwanda
Model:167kVA Dry Type Transformer x 15
Panama Factory
CompletedNPC transformers provide safe, efficient, and reliable power distribution in Panama.
Country:Panama
Model:150kVA Dry Type Transformer x 30
Technical Advantages
FAQ From Customers
-
What is a dry type transformer?
A dry type transformer is an electrical transformer that uses air or resin for cooling instead of insulating oil. The most common designs are cast resin dry type transformers (CRT) and vacuum pressure impregnated (VPI) types. These transformers are ideal for indoor installations where safety and environmental protection are essential.
Dry type distribution transformers are widely used in commercial buildings, hospitals, tunnels, and renewable energy systems because they offer high efficiency, low noise, and minimal maintenance. -
Why would you use a dry transformer?
Dry type transformers are preferred in environments where fire safety, reliability, and low maintenance are critical. Since they don’t use oil, there’s no risk of leakage or fire, making them ideal for indoor transformer installations. They’re also environmentally friendly and resistant to moisture and contaminants. Industries such as data centers, offices, and hospitals choose cast resin dry type transformers for their excellent insulation performance, compact design, and long service life. -
What is the difference between dry type and oil type transformer?
The key difference lies in the cooling and insulation method. Dry type transformers use air or epoxy resin for cooling, while oil type transformers (also known as oil immersed transformers) use insulating oil to dissipate heat. Dry type transformers are safer and cleaner, ideal for indoor use, while oil immersed transformers are typically used outdoors for higher-capacity networks. Both provide efficient power distribution, but the dry type transformer is preferred in fire-sensitive or environmentally restricted areas. -
Can dry type transformers be used outside?
Yes, dry type transformers can be used outdoors if they are properly enclosed and protected from weather conditions. NPC Electric offers outdoor dry type transformers with IP-rated enclosures, corrosion-resistant coatings, and enhanced ventilation systems. These transformers maintain excellent performance in harsh or humid climates. Whether used as a dry type distribution transformer or three phase dry type transformer, they provide reliable operation with minimal maintenance for outdoor electrical networks. -
What are the requirements for a dry type transformer?
The main requirements for a dry type transformer include proper ventilation, insulation class, protection rating, and installation clearance. Dry type transformers should comply with international standards such as IEC 60076, IEEE C57.12, and ANSI for safety and efficiency. They must be installed in well-ventilated areas with adequate cooling and protection from dust or moisture. NPC Electric’s cast resin dry type transformers are manufactured to meet these requirements, ensuring long-term reliability and consistent power performance in demanding applications.