The Power Management Systems

Value proposition

Main drivers

• The "IMO" International Maritime Organization targets: "SAFE, SECURE AND EFFICIENT SHIPPING ON CLEANER OCEANS"

Solution in brief

• For Safe , Secure and Efficient Energy, the Power Management Systems on board processes Control of generators, shore connection and synchronizing according to  loads conditions and their optimization.

Value proposition

• A Global Operational Efficiency by Lower operational costs:

      - reduction of crew by automation,

      - global monitoring

      - Energy and Fuel Efficiency by Better control of applications through

        automated management systems => 20% energy saving with PMS on board

Differentiation factors

• Reliable solution from  well proven Marine PMS units for better service continuity
• Dedicated to most Merchant Marine application at efficient costs
• Connectivity and data concentrator possibility to Ship Management System
• Additional automation possibilities ( redundant or not ) by  PLC(s)
• Controlable from various Human Machine Interfaces
• Protection  management (SEPAM, MICROLOGIC),
• Redundancy of PMS
• World wide service 24/7

Solution architecture

Typical architecture

Main characteristics

Energy Management Functions

• Efficient:

    - Modes management

    - Load dependant start / stop

    - Shore management

    - Bus tie management

    - Active and reactive load sharing

    - Shaft generator management

    - EDG management

• Safe:

    - Safe mode to avoid black out

    - Imminent shutdown

    - Black out management

    - EDG management

• Secure

    - Active and reactive load sharing

    - Load shedding

    - Coupling / Uncoupling

    - Frequency and voltage regulation