Three-phase Transformer Core

1. Compact Size

Three-phase transformer core can deliver an equivalent power output in a smaller footprint compared to three individual single-phase transformer cores. This is advantageous in space-constrained environments.

2. Balanced Load

The three-phase system provides a more balanced and stable power output, leading to improved performance and reduced stress on electrical equipment. The constant power flow reduces fluctuations, resulting in smoother operation of motors and other devices powered by the transformer.

3. Improved Voltage Regulation

They can better maintain voltage levels under varying load conditions. This capability is crucial in applications that require reliable and consistent voltage for sensitive equipment.

4. Simple Design & Installation

Using single three-phase transformer cores reduces the number of components needed for installation and maintenance than three single-phase counterparts. This leads to simpler design and installation processes, as well as reduced costs in terms of wiring and supporting infrastructure.

5. Higher Efficiency

Three-phase transformer cores typically have lower losses (both copper and core losses) compared to three single-phase transformer cores used in parallel. This is due to the more efficient magnetic coupling and reduced material usage in the core.

6. Enhanced Reliability

In a three-phase transformer system, if one phase experiences a fault or failure, the other two phases can continue to operate, providing a level of redundancy and reliability that is not present in single-phase systems.

7. Reduced Harmonics

Three-phase systems tend to produce lower harmonic distortion compared to single-phase systems. This leads to improved power quality and reduced stress on equipment.

8. Cost Efficiency

For large power systems, using three-phase transformer cores is often more cost-effective than using multiple single-phase transformer cores. The initial investment and operational costs are typically lower due to their efficiency and compact design.

1. Transformer Manufacturing: primarily used in the design and manufacturing of three-phase transformers.

2. Power Generation and Distribution: commonly used in substations and power plants to step up or step down voltage levels for efficient power transmission across long distances.

3. Voltage Regulation: employed in systems where stable voltage levels are critical for sensitive equipment.

4. Industrial Applications: widely used in industrial settings to supply power to heavy machinery and equipment that operate on three-phase power.

5. Renewable Energy Systems: utilized in wind farms and solar power plants to manage voltage levels and connect to the grid.

6. Electric Traction Systems: found in railway electrification systems to provide power to electric trains.

7. Data Centers: provide reliable three-phase power for servers and cooling systems.

1. High-quality Silicon Steel Materials

We maintain long-term and stable direct supply relationships of silicon steel wafers with many well-known domestic and foreign steel mills, such as Baosteel, WISCO, and Shoudu Steel. Thus we can fully ensure the best quality of silicon steel chips — the main material of the transformer core.

2. Advanced Automatic Production

Silicon steel adopts the international advanced automatic intelligent production line processing, with high processing precision, small burr, good flatness, and high efficiency, thus greatly shortening the delivery cycle.

3. Intelligent Manufacturing

No driving in the whole manufacturing process, and the intelligent workshop has constant temperature and humidity and remains dust-free. The whole process from raw materials to the finished iron core reduces the extra stress of silicon steel, reduces the manufacturing process coefficient of the iron core, and effectively ensures the product performance and quality.

4. Unique Processing Method

We adopt unique full-sequence lamination methods, advanced processes, and equipment, which have a remarkable effect on energy saving and environmental protection of products.

Besides, the clam parts are made of high strength steel, formed by numerical control bending. Compared with groove steel, they have mechanical strength, more accurate size and positioning, and smooth and beautiful appearance’s surname.

5. Complete Quality Assurance System

Quality is a core value at GNEE EC. We conduct factory acceptance testing (FAT), type testing, and third-party inspection tests to ensure excellence. We also conform to ISO 9001:2015, AS 9100, and AS 9003 quality management standards for all our transformer core products. And we have advanced CMM equipment to inspect final products.

6. Favorable Price

Our company’s product price is in the middle level of the industry and is famous for its high-cost performance. Welcome to consult us at any time and we will give you the most suitable quotation.

7. Timely Delivery Capability

GNEE EC has a complete logistics system. We can provide transportation services including container, break bulk, air transport, rail transport, warehousing, and international combined transport.

8. Professional Customization Solution

GNEE EC supports impeccable customization services. The functions of the product can be customized according to the drawings of customers. So far, we have provided high-quality customized solutions in many fields.

9. 24/7/365 Immediate Service & Support

No matter where or when it’s needed, the GNEE EC team is ready and available to help you. Transformer cores are what we do best and nothing can stop us from delivering top-tier service and support each time.

No matter your project is large or small, we hope to get your inquiry!