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10 12,2024
What is the core loss of a transformer?
The core plays a crucial role in electrical equipment such as transformers and motors, and core loss is an important factor that affects the performance and efficiency of these devices. Understanding the composition of core loss and its influencing factors has far-reaching significance for the optimal design, efficient operation, and energy conservation of the equipment.
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09 12,2024
What are the Reasons for the Noise Generated by Transformers?
Analyzes key causes of transformer noise including magnetostriction, core vibrations and winding issues that create operational humming sounds.
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03 12,2024
What impacts will insulation aging have on transformers?
Explains how insulation aging affects transformers through dielectric weakening, increased failures and reduced operational lifespan.
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16 11,2024
What are the characteristics of using flat winding for transformers? (Part 2)
Explains key features of flat windings including enhanced mechanical stability, optimized cooling and superior short-circuit withstand capability.
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14 11,2024
What are the characteristics of using vertical winding for transformers? (Part2)
Explains key features of vertical windings including excellent cooling performance, robust mechanical structure and space-saving advantages.
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13 11,2024
What are the characteristics of using vertical winding for transformers? (Part 1)
Discover why vertical winding excels in compact applications: 40% better space utilization, 25°C lower operating temperatures, and 60% reduced parasitic capacitance versus flat winding. Lushan's 49 years of transformer engineering expertise reveals how this method benefits medical, renewable energy, and industrial applications requiring high power density.
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09 11,2024
What are the impacts of wind speed on the operation of transformers? (Part 2)
Analyzes how wind speed affects transformer cooling efficiency, temperature regulation, and operational load capacity under different conditions.
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05 11,2024
What are the routine electrical tests for transformers? (Part 2)
Covers advanced routine tests including dielectric withstand, partial discharge detection and oil breakdown voltage measurement for transformers.
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04 11,2024
What are the routine electrical tests for transformers? (Part 1)
Outlines essential routine electrical tests for transformers including insulation resistance, turns ratio and winding resistance measurements.
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01 11,2024
What should be noted when assembling the transformer winding? (2)
Explains essential considerations for transformer winding assembly including insulation verification, mechanical stress control and precise conductor positioning.
