High-Performance Overload Power Transformer

High-Output Overload-Enduring Industrial Transformer

The dynamic high overload Distribution transformer of our platform can operate continuously at 2 times the rated load and 2.5 times the rated load for 3 hours, which can effectively solve the problem of transformer burning caused by short-term high overload. Previously, in order to avoid serious overload of transformers during peak power load periods, power supply companies generally took distribution transformer capacity increase measures and replaced large-capacity distribution transformers to cope with peak loads.

Specialized Attributes

Our dynamic High Voltage Power Transformer are engineered for resilience in power systems, designed to withstand extreme load conditions with the following specialized attributes:

Technical Specifications

• Overload Endurance

  • Operate at 200% of rated load continuously, sustain up to 2 times the rated load, and endure 2.5 times the rated load for up to 3 hours, enhancing overload tolerance.

• Thermal Management

  • Increased heat dissipation area for windings and oil tank, with high-temperature-resistant insulating materials, mitigates top oil temperature rise, preventing degradation or thermal breakdown under overload conditions.

• Energy Conservation and Acoustic Emission

  • Engineered to improve voltage regulation, minimize energy consumption, and reduce acoustic pollution, aligning with environmental sustainability and energy efficiency.

• Superior Materials

  • Constructed with high magnetic permeability and low-loss cold-rolled silicon steel laminations for enhanced operational efficiency.

• Patented Design

  • Ensures the hottest spots within the transformer windings remain within national standard parameters, extending the operational lifespan.

• Reliability

  • Isolated from the main power grid, offering protection against transient surges, electromagnetic interference, and lightning strikes, bolstering reliability and longevity.

• Environmental Compatibility

  • Resistant to heat, moisture, chemical exposure, low temperatures, radiation, and non-toxic, fulfilling stringent environmental protection criteria.