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Integrated Platform Management for Miecznik-Class Frigate Modernization
PGZ Stocznia Wojenna and L3Harris cooperate to implement automated ship management systems for the Polish Navy’s multi-mission frigate program.
www.l3harris.com
PGZ Stocznia Wojenna has selected L3Harris Technologies to provide an Integrated Platform Management System (IPMS) for the Polish Navy's new Miecznik-class frigates. This cooperation focuses on the integration of advanced industrial automation to manage propulsion, electrical power, and auxiliary systems within a unified digital architecture.
Strategic and Technical Context
The Miecznik program, based on the Arrowhead 140 design, requires high operational endurance and system reliability for complex maritime environments. PGZ Stocznia Wojenna, acting as the primary shipbuilder, requires specialized expertise to manage the vessel's internal machinery and damage control systems. L3Harris provides the IPMS hardware and software, leveraging an architecture currently utilized by several NATO naval forces, including the U.K. Royal Navy and the Royal Netherlands Navy. This partnership bridges domestic hull construction with international standards for digital ship control.
System Architecture and Functional Integration
The IPMS functions as the central nervous system of the vessel, utilizing a distributed control architecture to monitor and command diverse shipboard subsystems. Key technical responsibilities include:
- Propulsion and Power Management: Monitoring engine parameters, fuel systems, and electrical load distribution to optimize energy efficiency.
- Auxiliary System Control: Automated management of heating, ventilation, air conditioning (HVAC), and fluid systems.
- Damage Control and Safety: Real-time sensing of hull integrity, fire detection, and flood monitoring to enhance survivability.
The system utilizes standardized interfaces to aggregate data from thousands of sensors, providing the crew with high-resolution situational awareness. By automating routine machinery adjustments, the IPMS reduces the manual workload on personnel and ensures process stability during high-intensity operations.
Implementation and Operational Impact
Integration of the IPMS occurs during the outfitting phase at the PGZ shipyard. The implementation utilizes modular software components, allowing the system to be tailored to the specific mechanical configuration of the Miecznik class. This digital infrastructure enables predictive maintenance by tracking component wear and performance deviations against established baselines.
The deployment of this technical solution is expected to extend the operational range and mission endurance of the fleet. By centralizing control logic and diagnostics, the cooperation ensures that the Polish Navy can maintain high availability of its frontline assets while adhering to modern safety and maintainability standards for complex naval platforms.
Edited by Evgeny Churilov, Induportals Media - Adapted by AI.
www.l3harris.com
Implementation and Operational Impact
Integration of the IPMS occurs during the outfitting phase at the PGZ shipyard. The implementation utilizes modular software components, allowing the system to be tailored to the specific mechanical configuration of the Miecznik class. This digital infrastructure enables predictive maintenance by tracking component wear and performance deviations against established baselines.
The deployment of this technical solution is expected to extend the operational range and mission endurance of the fleet. By centralizing control logic and diagnostics, the cooperation ensures that the Polish Navy can maintain high availability of its frontline assets while adhering to modern safety and maintainability standards for complex naval platforms.
Edited by Evgeny Churilov, Induportals Media - Adapted by AI.
www.l3harris.com
