Hybrid
Hybrid energy systems for improved fuel efficiency and lower emissions.
By combining traditional engines with electric, hydrogen and alternative energy sources, hybrid energy systems contribute to lower fuel consumption and reduced emissions. The result is not only financial savings, but also an important reduction in shipping's environmental footprint.
KEY FEATURES
- Reduced fuel consumption
- Lower emissions
- Flexible energy sources
- Energy optimization
- Peak shaving
- Reduced sound level
- Improved maneuverability
Meet new environmental regulations
Hybrid propulsion systems represent one of the most flexible and environmentally friendly solutions for future maritime needs. By combining diesel, methanol or hydrogen with electric motors, higher energy efficiency, lower fuel consumption and a significant reduction in harmful emissions are achieved. This gives the operators the opportunity to meet both economic and environmental requirements. The generators operate optimally at steady load, while energy peaks are handled using battery storage, which extends the lifetime and reduces operating costs for the engines.
A future-oriented solution
Hybrid systems can be used in various vessel types such as ferries, cargo boats and tourist ships. These systems are particularly beneficial for vessels that require high maneuverability or operate under dynamic positioning (DP). The transition to electric propulsion during specific operations enables a "green mode," where the vessel can operate completely emission-free over short distances. In addition, the hybrid technology allows for a later transition to alternative energy sources such as hydrogen or ammonia, which makes it a future-oriented investment.
Intelligent energy management systems
Our hybrid solutions include intelligent energy management systems that optimize the generators' performance and reduce the need for redundant units. This provides both economic benefits and high operational reliability, with flexibility in the system design to achieve a space-saving and balanced installation. The technology also ensures improved manoeuvrability, ideal for operations that require quick responses to speed and torque.
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