PLC Controller for Marine ESS

Basic Information

The PLC controller for marine energy storage containers is produced in full compliance with EU standard requirements, integrating five major functions:

• The charge and discharge function of 14 cluster battery systems can be controlled simultaneously;
• All data transfer functions of the battery;
• Implementation of all safety protection functions of the storage container;
• SOC calculation for all battery clusters;
• Active and balanced strategic control of all individual batteries.

Certification

CE and IEC compliant

Product Features

• Highly integrated design, saving the installation space of the equipment compartment of the energy storage container;
• Aluminum alloy shell, small size, light weight;
• The use of high-speed network communication interfaces significantly reduces the number of connectors;
• PLC main control module adopts redundancy design to improve the reliability of the system.

Application Scenarios

Applications

Thousand-ton electric ship energy storage containers

Product Features

• Highly integrated design, saving the installation space of the equipment compartment of the energy storage container;
• Aluminum alloy shell, small size, light weight;
• The use of high-speed network communication interfaces significantly reduces the number of connectors;
• PLC main control module adopts redundancy design to improve the reliability of the system.

FAQ

What types of vessels is this controller suitable for?

The PLC controller for marine energy storage is designed for specific types of vessels:

• Suitable for thousand-ton electric ship energy storage containers
• Produced in full compliance with EU standard requirements
• Compliant with CE and IEC certification

The product has wide applicability:

• Suitable for various inland cargo ships and engineering vessels
• Can be used in large-capacity energy storage systems for electric container ships
• Supports control and management of 14 cluster battery systems

What are the main functions of the controller?

The PLC controller integrates five core functions:

• Simultaneous control of charge and discharge functions of 14 cluster battery systems
• All data transfer functions of the battery
• Implementation of all safety protection functions of the storage container
• SOC calculation for all battery clusters
• Active and balanced strategic control of all individual batteries

Technical advantages:

• Highly integrated design, saving installation space of the energy storage container equipment compartment
• Uses high-speed network communication interfaces, significantly reducing the number of connectors
• PLC main control module adopts redundancy design to improve system reliability
• Aluminum alloy shell, small size, light weight

What design features improve the reliability of the controller?

Our controller uses multiple design features to improve system reliability:

• PLC main control module adopts redundancy design to improve system reliability
• Aluminum alloy shell, small size, light weight, facilitating installation and maintenance
• Uses high-speed network communication interfaces, significantly reducing the number of connectors
• Highly integrated design, reducing failure points

Environmental adaptability features:

• Able to operate stably in harsh marine environments
• Adapts to various climate conditions
• Compliant with CE and IEC certification, ensuring product quality and safety

Why choose the PLC Controller for Marine ESS?

There are several important reasons to choose our PLC controller for marine energy storage:

• International Standards Produced in full compliance with EU standard requirements, compliant with CE and IEC certification
• Multifunctional Integration Integrates five core functions including charge/discharge control, data transmission, safety protection, etc.
• High Reliability PLC main control module adopts redundancy design to improve system reliability
• High Integration Highly integrated design, saving installation space
• Advanced Communication Uses high-speed network communication interfaces, significantly reducing the number of connectors
• Lightweight Design Aluminum alloy shell, small size, light weight

These advantages make our controller the ideal choice for marine energy storage systems.

How does the controller perform in harsh environments?

Our controller features excellent environmental adaptability:

• Aluminum alloy shell with good heat dissipation and corrosion resistance
• Able to operate stably in harsh marine environments
• Adapts to various climate conditions
• Compliant with CE and IEC certification, ensuring product quality and safety

The product also features:

• Highly integrated design, reducing failure points and maintenance requirements
• Uses high-speed network communication interfaces, improving data transmission efficiency
• Significantly reduces the number of connectors, lowering failure risk
• PLC main control module adopts redundancy design to improve system reliability

These characteristics ensure the controller can operate stably and reliably in various complex environments.