Dry Type Split winding transformer refers to a multi winding power transformer composed of one high-voltage winding and two or more low-voltage windings with the same voltage and capacity per phase. The normal power transmission of split transformers only occurs between high and low voltage windings, and in the event of a fault, it has the function of limiting short-circuit current.
Product Parameter Table
| Parameter | Value |
|---|
| Voltage Range | 6.9KV, 10.5KV, 11KV, 15KV, and customized type |
| Capacity | 50KVA, 250KVA, 400KVA, 630KVA, and customized type |
| Taps | ±2x2.5% (Standard) or OLTC |
| Frequency | 50Hz or 60Hz |
| Phases | Three-Phase |
| Insulation Level | LI/AC-125/50KV |
| Cooling | AN or AF |
| Insulation Class | F or H |
| Class of Use | C4-E4-F1 |
| Standards | IEC/IEEE/ANSI/GOST/NEMA/ECO/MEPS/ESKOM/MS/JEC/TEIAS |
Features of Dry Type Transformer Split Transformer with Multiple Windings
Robust Dry Construction: Adopting a dry design with high insulation level and dust-proof and moisture-proof ability.
Maintenance-free and fire-safe: Without oil, so there is no risk of fire in oil immersed transformers, and there is no need for routine maintenance and oil replacement operations.
Split Winding Capacity Equivalence: The total capacity of each split winding in a dry-type split transformer is the rated capacity of the split transformer. Usually, the low-voltage winding is divided into two or three branches as a split winding, with the line end marked with lowercase letters and numbers. The non-split high-voltage winding is composed of two parallel branches, with the line end markings unchanged. The total capacity of each split winding is the rated capacity of the split transformer.
Advatages of Dry Type Transformer Split Transformer with Multiple Windings
Enhanced Flexibility: Multiple windings allow for customized configurations, making it suitable for diverse power distribution needs and complex industrial applications.
Improved Reliability: Dry type transformers are inherently robust, with no risk of oil leaks, ensuring consistent and dependable performance.
High Safety: Non-flammable and self-extinguishing materials reduce fire hazards, making them ideal for indoor installations and sensitive environments.
Energy Efficiency: Optimized design and premium materials minimize energy losses, contributing to cost savings and environmental sustainability.
Easy Maintenance: Dry type transformers require minimal maintenance compared to oil-filled transformers, reducing operational downtime and costs.
Versatility: Split windings enable multiple voltage outputs, making them ideal for applications requiring different voltage levels from a single transformer.
Reduced Electromagnetic Interference: Dry type transformers produce lower electromagnetic interference, making them suitable for sensitive electronic equipment.
Applications of Dry Type Transformer Split Transformer with Multiple Windings
Pearl Electric provides reliable and stable dry-type split transformers in multiple fields. The following are some common application scenarios:
Photovoltaic power generation field: In photovoltaic power plants, dry-type split transformers are often used to convert the direct current generated by solar panels into alternating current, which is then integrated into the grid through a step-up transformer. This type of transformer can meet the needs of large-scale photovoltaic power generation; improve the stability and reliability of the power system.
In the field of hydrogen production: Dry split transformers have also been widely used in hydrogen production and storage systems. Dry split transformers are used to convert water electrolysis into hydrogen and store it in underground gas storage facilities. This type of transformer can improve electrolysis efficiency, control the direction and speed of electrolysis reactions, and ensure the safe operation of the equipment.
Power system distribution: In the distribution system, dry-type split transformers are usually used as main transformers to convert high voltage into low voltage suitable for industrial, commercial, residential and other places. This type of transformer can meet the needs of different voltage levels, improve power quality, and ensure the stable operation of the power system.
Special industrial applications: In certain special industrial applications, such as metallurgy, mining, petrochemicals, etc., dry-type split transformers also play an important role. In these fields, dry-type split transformers can meet special working environments and equipment requirements, providing reliable power supply and protection.
FAQ of Dry Type Transformer Split Transformer with Multiple Windings
1. Where are dry type split transformers commonly used?
They are widely used in industries such as manufacturing, renewable energy, data centers, healthcare, and commercial buildings, where reliable and flexible power distribution is critical.
2. How does the split winding design benefit the system?
The split winding design allows for multiple voltage outputs, enabling the transformer to serve different loads or systems simultaneously. This improves system flexibility and reduces the need for additional transformers.
3. Are dry type split transformers safe for indoor use?
Yes, dry type transformers are inherently safe for indoor use because they do not use flammable oil for cooling. They are constructed with fire-resistant materials, making them ideal for confined spaces.
4. What maintenance is required for dry type split transformers?
Dry type transformers require minimal maintenance, primarily involving regular inspections for dust, moisture, and loose connections. They do not require oil testing or replacement, reducing operational costs.
5. Can dry type transformers operate in harsh environments?
Yes, they are designed to withstand harsh conditions, including high humidity, dust, and temperature variations, especially when equipped with protective enclosures.
