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BRW-2 150-0-150 | Marine PMS Control System | DEIF | BRW-2 150-0-150

The system is mainly used in the field of ship electrical and control, especially large ships and electric propulsion ships. In large ships, it can reduce fuel consumption, prevent power failure, protect the safe operation of power equipment, and improve ship performance. In electric propulsion ships, it can not only comprehensively control the generation, distribution, and consumption of ship power, but also intelligently manage the monitoring and protection of ship power stations, meet the rapid energy demand of the electric propulsion system, and realize the maneuverability of ship operation.

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  BRW-2 150-0-150 Other names:

  Input and output system BRW-2 150-0-150

  BRW-2 150-0-150 Analog system

  Communication system BRW-2 150-0-150

  BRW-2 150-0-150 Marine PMS (Power Management System) control system is an advanced system for ship power management. It is based on computers and is an independent integrated automation system for ship power systems. It integrates control, monitoring, protection and management, and can automatically control the generation and distribution of ship power station electricity, including controlling the start and stop of the main generator, the closing/opening of the main switch, and the limitation of load power. At the same time, the electronic speed regulator and electronic voltage regulator are used to ensure the stability of the ship power grid frequency and voltage, and improve the quality of ship power.

  The system is mainly used in the field of ship electrical and control, especially large ships and electric propulsion ships. In large ships, it can reduce fuel consumption, prevent power failure, protect the safe operation of power equipment, and improve ship performance. In electric propulsion ships, it can not only comprehensively control the generation, distribution, and consumption of ship power, but also intelligently manage the monitoring and protection of ship power stations, meet the rapid energy demand of the electric propulsion system, and realize the maneuverability of ship operation.


  Function:

  Power generation automation: automatically control the start and stop of the main generator, the closing/opening of the main switch, and the limitation of load power.

  Distribution monitoring and protection: real-time monitoring of the power grid status to ensure the safe operation of the distribution system.

  Electric equipment monitoring and management: monitor and manage the electrical equipment on the ship to optimize power distribution.

  System monitoring and alarm: real-time monitoring of the power system, automatic alarm and protection measures when a fault occurs.

  Application scenarios: suitable for all types of ships, especially large modern ships and electric propulsion ships, which can meet the ship's requirements for high reliability, stability and economy of the power system.


  Core components, working principle and advantages

  Core components:

  Generator controller: Each generator set is equipped with one set to realize the intelligent measurement and output control functions of the generator set.

  Bridge integrated controller: realizes the functions of jumper switch control and main switch control of important equipment.

  Power adaptive controller: real-time monitoring of power grid units and available power status, and realizes the available power output function of the power grid.

  Energy management controller: adopts redundant technology design, mutual backup, and realizes the energy management function of the power supply system.

  Control management microcomputer: adopts redundant technology design, mutual backup, realizes the monitoring and centralized management of the entire power station, and has the functions of remote control of the terminal on the network.


  Working principle:

  BRW-2 150-0-150 marine PMS control system collects the operating data of the ship's power system in real time through sensors, such as voltage, current, frequency, etc.

  Based on the collected data, the system analyzes and processes to determine the operating status of the power system.

  According to the preset control strategy, the system automatically adjusts the operating status of the generator set to achieve optimal distribution and management of power.

  When a fault occurs in the power system, the system automatically detects and issues an alarm, and takes protective measures to prevent the fault from expanding.


  Advantages:

  High reliability: Redundant technology is used, and key components are used as backup to ensure the stable operation of the system.

  Intelligent management: It has functions such as automatic control, real-time monitoring, fault alarm and protection, which improves the management level and operation efficiency of the power system.

  Easy to maintain: The system has a compact structure, reasonable design, and is easy to install and maintain.

  Energy saving and consumption reduction: By optimizing power distribution and management, the energy consumption of ships is reduced and economic benefits are improved.


  Application cases and effects

  Application cases:

  BRW-2 150-0-150 marine PMS control system is installed on a large electric propulsion ship.

  The ship is equipped with multiple generator sets, and the power system is complex, which requires extremely high stability and reliability of the power system.


  Actual application effects:

  Improve the stability of the power system: BRW-2 150-0-150 marine PMS control system can monitor the operating status of the power system in real time, automatically adjust the operating status of the generator set, and ensure the stable operation of the power system.

  Reduce energy consumption: By optimizing power distribution and management, the system can reduce the energy consumption of ships and improve economic benefits. According to actual operation data, after installing the system, the energy consumption of ships has been reduced by about 10%.

  Improve management efficiency: The system has intelligent management functions, which can automatically complete tasks such as power generation automation, power distribution monitoring and protection, and power equipment monitoring and management, which reduces the workload of crew members and improves management efficiency.

  Enhance safety: The system has fault alarm and protection functions. When a power system fails, it can automatically detect and issue an alarm, and take protective measures to prevent the fault from expanding, thereby enhancing the safety of the ship.


  Innovation and foresight and development trends

  Innovation and foresight:

  Highly integrated: The BRW-2 150-0-150 marine PMS control system integrates multiple functions into one, realizing centralized management and control of the power system.

  Intelligent control: The use of advanced computer technology and network communication technology realizes intelligent control and management of the power system.

  Redundant design: The key components are designed with redundant technology to improve the reliability and stability of the system.


  Future development trends:

  More intelligent: With the development of artificial intelligence technology, the future marine PMS control system will be more intelligent, able to automatically learn and optimize control strategies, and improve the operating efficiency and management level of the power system.

  More integrated: The future marine PMS control system will further integrate more functions, such as ship energy management system, ship equipment health management system, etc., to achieve comprehensive intelligent management of ships.

  More environmentally friendly and energy-saving: With the global emphasis on environmental protection and energy conservation, the future marine PMS control system will pay more attention to environmental protection and energy-saving design, adopt more efficient power electronics technology and control strategies, and reduce the energy consumption and emissions of ships.


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