CEEG News

Modern marine and offshore projects are becoming larger, more complex, and more energy-intensive. From ultra-large container vessels and car carriers to offshore wind installation platforms and marine production facilities, operators face increasing pressure to ensure stable power supply, space efficiency, energy efficiency, and long-term reliability—often under harsh environmental conditions.

The global energy storage market is booming, driven by a race to stabilize renewables and secure energy independence. For international buyers, the conversation often starts with battery chemistry or inverter capacity. But seasoned developers know the real bottleneck often lies elsewhere: the connection point.

CEEG is proud to introduce our latest Multi-Voltage Output Transformer, a power solution specifically engineered for renewable energy intelligent test platforms. By converting input voltage into a wide array of precise output options, CEEG is redefining industrial testing standards, offering operators true "Voltage Freedom."

In the critical 138kV transmission class, the definition of "performance" has shifted. For procurement managers and grid engineers, the goal is no longer just finding a unit that steps voltage down—it is about securing assets that offer grid resilience, environmental compliance, and extreme longevity. Before selecting a manufacturer for your next substation project, here are the three critical performance indicators (KPIs) you should demand.

In the modern industrial landscape—whether you are managing a hydrogen production facility in Europe, a mining operation in Southeast Asia, or a data center in a high-density urban zone—the demand for power distribution is changing. It is no longer just about stepping voltage up or down; it is about power quality, environmental adaptability, and extreme reliability.

If you walk into a modern data center, a hospital, or a renewable energy plant today, the priorities are vastly different than they were twenty years ago. The conversation has shifted from simply "keeping the lights on" to "how do we do this safely, sustainably, and efficiently in tighter spaces?"...

The shift to electric propulsion is driven by decarbonization targets and the demand for higher operational efficiency. Key trends reshaping the marine power grid include: The Rise of the Integrated DC Grid (Direct Current Grid) Modern ships are increasingly adopting DC grids over traditional AC systems. Benefits: DC systems eliminate the need for large main transformers and complex synchronization, saving weight and space. They allow for superior integration of battery energy storage (BESS) and variable-speed generators. Transformer Evolution: This transition shifts the transformer's role from a simple line-frequency component to a specialized AC-DC Converter or Solid-State Transformer (SST) component, providing high-frequency galvanic isolation between different voltage sections of the DC bus.

CEEG recently completed the shipment of a 220kV/13.8kV/60MVA power transformer custom-built for Spain’s national grid.This transformer is designed specifically to drive a large synchronous condenser system, tackling extreme operating conditions such as the high short-circuit currents caused by an ex