Customization: | Available |
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Application: | Power |
Phase: | Three |
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Engineered with an avant-garde amorphous alloy three-phase three-column structure, our transformer dramatically diminishes no-load loss. This innovative design effectively curtails the impact of temperature rise on transformer windings, decelerating the aging process of the insulation medium. It also contributes to a significant reduction in the emission of harmful gases including CO, SO, and NO, thus playing a vital role in drastically decreasing environmental pollution.
Product Features
1. Unleashing advanced harmonic elimination, the CEEG Zig-Zag Amorphous Alloy Filter Transformer harnesses our exclusive patented "phase-shifting" technology:
"Phase-shifting" is a sophisticated method that expertly splits the power input into multiple outputs. Each output is ingeniously angled to precisely target and neutralize unwanted harmonics.
To achieve optimal results: a 60° phase shift is indispensable to eradicate the 3rd harmonic current between two three-phase outputs. A precise 30° phase shift is essential for the obliteration of the 5th and 7th harmonic currents, while a meticulous 15° phase shift is required for the elimination of the 11th and 13th harmonic currents.
2. Embrace unparalleled energy efficiency and high performance: Utilizing an amorphous alloy core, this transformer reduces no-load loss by over 75% when compared to traditional counterparts, setting a new standard in sustainable energy management.
3. Simplified operation and maintenance: Our patented three-phase three-column technology ensures effortless functionality and ease of upkeep.
4. Prioritizing safety and reliability: The transformer is meticulously designed for H-grade temperature rise, employing DuPont C-grade Nomex Paper as the core insulation material, and is built to withstand rigorous overload conditions with confidence.
5. A commitment to environmental stewardship: At the end of its lifecycle, copper and iron components are easily recyclable, while other insulating materials are designed to biodegrade, underscoring our dedication to environmental responsibility.
6. Neutral current suppression: Expertly engineered to effectively suppress the influence of unbalanced loads, ensuring system stability.
7. Achieving substantial reduction of harmonic current in the neutral line of the low-voltage distribution system, enhancing overall performance.
8. Optimize and reduce the harmonic current content within the neutral line of a low-voltage distribution system, ensuring efficient and streamlined operations.