Low Noise Epoxy Resin Indoor Dry Type Transformer for Data Center

An Indoor Dry Type Transformer is a type of transformer designed specifically for indoor where there may be space limitations or environmental considerations.

Indoor Dry Type Transformers are commonly used in various indoor settings such as commercial buildings, hospitals, schools, data centers, and industrial facilities where safety, compact size, and environmental considerations are important factors to consider.

Low noise epoxy resin indoor dry transformer is an ideal choice in modern power system because of its low noise, high efficiency, energy saving, safety, environmental protection and intelligence.

It can not only meet the requirements of high noise and safety places, but also adapt to a variety of complex environments, to provide users with reliable and efficient power solutions. Whether it is a city grid, an industrial power supply or a renewable energy project, this transformer can use its excellent performance to contribute to green energy and sustainable development.

High reliability three-phase cast resin dry type transformer is designed for high performance and efficient energy distribution. This transformer provides a robust and reliable solution for a wide range of applications.

Made of high-quality materials, it provides safe power for industrial and commercial operations. The cast resin structure enhances its durability and ensures long-term performance. This drytype transformer operates efficiently even in demanding conditions and is easy to install and maintain.

Its three-phase configuration supports reliable voltage distribution and can operate stably in a wide range of rated capacities from 50KVA to 2500KVA. This transformer complies with international standards, ensuring consistent performance across a wide range of voltages. It has a cooling system designed for both natural air (AN) and forced air (AF), making it suitable for a wide range of environments.

The transformer has an insulation rating of LI/AC-125/50KV, enhancing its ability to withstand high voltage conditions. The insulation rating can be either F or H, providing flexibility based on specific needs. This transformer is ideal for applications that require high reliability, especially in areas with demanding power requirements.

Applications include industrial facilities, commercial buildings, and other infrastructure projects that require efficient and safe power distribution. Its versatility makes it suitable for a wide range of power systems requiring reliable, high-quality transformer solutions.

Product Parameter Table

Features of Low Noise Epoxy Resin Indoor Dry Type Transformer for Data Center 

Dry type design: Eliminates the need for liquid insulation, reducing fire risk and environmental impact.

Advanced insulation materials: Ensures excellent thermal performance and dielectric strength.

Compact size: Space-saving design for easy installation in indoor applications with limited space.

Low maintenance: with no liquid to monitor or replace, our Dry type transformer requires minimal maintenance.

High efficiency: Optimized design for reduced energy losses and improved overall system efficiency.

Reliable operation: Built with High-quality components to ensure long-term reliability and performance.

Advatages of Low Noise Epoxy Resin Indoor Dry Type Transformer for Data Center

1.  Low Noise Operation

Quiet Performance:

Designed with advanced noise reduction technology, these transformers operate at significantly lower noise levels (typically below 50 dB), ensuring a quiet environment that is crucial for data center operations and staff comfort.

Reduced Vibrations:

The epoxy resin casting process dampens mechanical vibrations, further minimizing noise generation.

2.  High Efficiency and Energy Savings

Low Losses:

Constructed with high-quality materials such as high-grade silicon steel and pure copper windings, these transformers exhibit low no-load and load losses, meeting or exceeding international energy efficiency standards (e.g., IE3, IE4).

Cost-Effective:

Improved energy efficiency reduces operational costs, which is critical for data centers with high power consumption.

3.  Enhanced Safety and Reliability

Fire Resistance:

The use of flame-retardant epoxy resin and other non-flammable materials ensures excellent fire resistance, making them safe for installation in data centers where fire safety is a top priority.

No Oil Leakage Risks:

As dry-type transformers do not use oil, there is no risk of oil leakage or related fire hazards, enhancing overall safety.

Robust Construction:

The epoxy resin encapsulation provides high mechanical strength and excellent resistance to short circuits, ensuring reliable operation even under demanding conditions.

4.  Environmental Adaptability

Suitable for Indoor Use:

Designed for indoor installation, these transformers are compact and space-saving, making them ideal for data centers where space is often limited.

Resistance to Humidity and Dust:

The epoxy resin coating provides excellent protection against moisture and dust, ensuring stable performance in controlled environments like data centers.

Wide Temperature Range:

Equipped with efficient cooling systems (natural or forced air cooling), these transformers can operate reliably in varying temperature conditions.

5.  Low Maintenance and Long Lifespan

Minimal Maintenance:

The oil-free design eliminates the need for regular oil checks and replacements, reducing maintenance requirements and downtime.

Durability:

The epoxy resin encapsulation protects the windings from environmental factors, ensuring a long operational lifespan with consistent performance.

6.  Environmental Friendliness

Eco-Friendly Design:

Free from oil and harmful chemicals, these transformers are environmentally friendly and align with green energy initiatives.

Recyclable Materials:

The use of recyclable materials further reduces the environmental footprint.

7.  Customization and Flexibility

Tailored Solutions:

These transformers can be customized to meet specific data center requirements, including capacity (e.g., 500 kVA to 2500 kVA), voltage ratings, and cooling methods.

Compact Design:

Their space-saving design allows for easy integration into existing data center infrastructure.

8.  Smart Monitoring Capabilities

Real-Time Monitoring:

Optional smart monitoring systems can be integrated to track parameters such as temperature, load, and insulation status, enabling predictive maintenance and reducing the risk of unexpected failures.

Remote Diagnostics:

Advanced monitoring systems allow for remote diagnostics and data analysis, improving operational efficiency and reducing downtime.

9.  Compliance with Standards

International Certifications:

These transformers comply with international standards (e.g., IEC, IEEE), ensuring high-quality performance and reliability in data center applications.

Application of Low Noise Epoxy Resin Indoor Dry Type Transformer for Data Center

Indoor Dry Type Transformers are widely used in various applications where safety, reliability, and space efficiency are paramount. Their unique design and construction make them suitable for indoor installations in a wide range of industries and settings.

One key application of Indoor Dry Type Transformers is in commercial buildings such as office complexes, shopping malls, and hotels. These transformers provide efficient power distribution to support lighting systems, HVAC (Heating, Ventilation, and Air Conditioning) equipment, elevators, and other electrical loads. The compact size and self-extinguishing properties of the dry type insulation system make these transformers ideal for indoor spaces with limited room for installation.

In industrial environments, Indoor Dry Type Transformers play a crucial role in powering machinery, manufacturing processes, and production lines. They ensure stable and reliable voltage supply, enabling the smooth operation of motors, control systems, and other critical equipment. The absence of flammable cooling liquids makes them a safer choice for indoor industrial applications, reducing the risk of fire hazards.

Data centers also benefit from the use of Indoor Dry Type Transformers. With their high energy efficiency and low-noise operation, these transformers provide reliable power supply to critical IT infrastructure. They contribute to the overall energy efficiency of data centers while ensuring uninterrupted operation, protecting valuable data, and minimizing downtime.

Indoor Dry Type Transformers are also commonly utilized in healthcare facilities, including hospitals and clinics. They provide essential power distribution for medical equipment, lighting, and other electrical systems. The inherent safety features and low maintenance requirements make them suitable for sensitive environments where patient care and safety are paramount.

Overall, the compact size, safety features, and reliability of Indoor Dry Type Transformers make them an ideal choice for various indoor applications across industries. They contribute to efficient power distribution, ensure operational stability, and enhance safety within indoor spaces while meeting the specific requirements of different sectors.

FAQs of Low Noise Epoxy Resin Indoor Dry Type Transformer for Data Center

1.Why are low noise transformers important for data centers?

Data centers require a quiet environment to ensure optimal working conditions for staff and to avoid interference with sensitive electronic equipment. Low noise transformers help maintain a peaceful environment while providing reliable power distribution.

2.Are these transformers energy efficient?

Yes, these transformers are highly energy efficient. They are constructed with high-quality materials such as high-grade silicon steel and pure copper windings, which minimize no-load and load losses, meeting or exceeding international energy efficiency standards (e.g., IE3, IE4).

3.What safety features do these transformers offer?

• Fire Resistance: Epoxy resin and other flame-retardant materials provide excellent fire resistance.

• No Oil Leakage: Being oil-free eliminates the risk of oil leaks and related fire hazards.

• Short-Circuit Resistance: The robust construction ensures high resistance to short circuits, enhancing safety and reliability.

4.What cooling methods are available for these transformers?

• Natural Air Cooling (AN): Suitable for smaller capacities and lower loads.

• Forced Air Cooling (AF): Used for higher capacities or high-temperature environments to enhance cooling efficiency.

5.Can these transformers be installed in existing data centers?

Yes, their compact design and flexibility make them easy to integrate into existing data center infrastructure. Customization options ensure they meet specific space and power requirements.