Why a shore power transformer is necessary?
Utilizing a ship shore power system to supply vessels in port can significantly mitigate carbon emissions generated by ship auxiliary generators, reducing overall port carbon emissions by 40% to 70% and markedly decreasing air pollution from docked ships. In contrast to ship-based diesel generator sets, wharf shore power systems offer advantages in energy conservation, emission reduction, and noise control. These systems streamline current ship power supply configurations, optimizing space utilization and reducing weight, thus facilitating safe, reliable, and cost-effective ship shore power operations.
What sets CEEG shore power transformer apart?
At the heart of a shore power system lies the isolation transformer. To meet the demanding requirements of shore power systems-characterized by harsh environments, diverse load equipment, complex load dynamics, and stringent safety and reliability standards-CEEG has developed the SC13 series special isolation transformer for shore power systems. Leveraging the strengths of marine transformers, variable frequency transformers, and dry-type power transformers, CEEG's isolation transformers ensure reliable electrical isolation between primary and secondary systems, while delivering low losses, efficient heat dissipation, high power supply quality, robust anti-harmonic capabilities, and adaptability to high salt fog and corrosive environments. They stand as indispensable core components of shore power systems.
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