Key Features
Low Loss:
Experience exceptional efficiency with the Ceeg transformer. Our revolutionary design ensures that no-load losses are reduced by 20% and load losses by 10% compared to stringent national standards. This fully meets the national energy efficiency requirements, translating into substantial energy savings and considerable reductions in operational costs.
Low Noise, Low Partial Discharge:
The Ceeg transformer operates with remarkable quietness, achieving noise levels 10dB below national standards. Furthermore, its partial discharge levels are impressively low at less than 5pC, ensuring stable and reliable long-term performance. This makes it the perfect choice for environments where noise reduction and high reliability are paramount.
Three Special Characteristics Tests :
Safety and durability are central to our design philosophy. The Ceeg transformer excels in the rigorous F1, C2, and E2 level tests for combustion environment and thermal shock resistance. It is fire-resistant, allowing safe, direct installation in load centers without the need for additional fireproofing measures.
Strong Overload Capacity:
Featuring H-class (180°C) insulation materials and engineered for an F-class (100K) temperature rise, our transformer offers a robust insulation system with a substantial safety margin. This ensures excellent overload capacity, allowing it to withstand demanding conditions reliably and ensuring your energy storage system remains operational under stress.
Sensitive and Reliable Protection System:
To protect your investment, the Ceeg transformer is equipped with a cutting-edge three-phase temperature-controlled protection system. This system supports remote monitoring, enabling prompt detection and resolution of potential issues. Additionally, it incorporates a forced air cooling system, tailored to meet specific environmental requirements and extend the transformer's lifespan.
The Ceeg 6kV - 35kV Cast Resin Dry-Type Transformer is the quintessential solution for energy storage applications, offering unparalleled efficiency, reliability, and safety. Whether for commercial or industrial use, its advanced features and robust design ensure optimal performance, making it an indispensable cornerstone of your energy infrastructure.
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