Maritime solutions and subsystems ensure the safe, uninterrupted and efficient functioning of the major equipment on naval vessels and submarines.
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The subsystems and related maritime solutions are used in fire detection, power supply, propulsion, avionics, telecommunication and radar processing.
Leading suppliers of maritime solutions and avionics subsystems
Our Naval Technology team, using its intel, insights and decades-long experience in the sector, has researched and listed some of the leading suppliers of maritime solutions and avionics subsystems, microwave subsystems, thermal and acoustic insulation, high-power capacitors, frequency converters, and antennas and subsystems.
Our extensive list includes suppliers of marine smoke detector solutions, battery systems, power solutions and sensors, lighting solutions, machined metal products, and transformers and inductors.
Within this carefully compiled download document, there is a wealth of industry-specific information. This content will be especially useful for electrical power engineers, marine electricians and engineers, acoustic engineers, and marine operations managers.
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Our download also contains some highly detailed information on the suppliers, their product lines and their contact details for procurement teams, should they require them.
Innovative maritime solutions and subsystems for power supply and propulsion
Naval platforms use various power conversion technologies and subsystems to ensure uninterrupted operations.
Some of the most innovative power conversion subsystems deployed on naval vessels and platforms include, but are not limited to:
- Uninterruptible power supplies (UPS)
- Batteries, including lithium-ion, propulsion and submarine batteries
- Battery chargers and dischargers
- Rectifiers
- Embedded power supplies
- Frequency converters
- Inverters
- Capacitors
- Power control centre panels
Avionics subsystems – a key part of military communication systems
Avionics subsystems provide mission-critical capabilities to naval forces.
The subsystems include both hardware and software, such as system-on-modules (SoM), telemetry systems, tactical and training datalinks, microprocessors, and avionics communication boards.
Fire safety solutions for naval platforms
The presence of hazardous substances, such as high-density fuel, missiles and ammunition, make naval vessels and submarines prone to fire risk.
Naval vessels need to be equipped with effective and efficient fire-fighting control measures for the quick detection and diffusing of fires to maintain combat effectiveness.
Naval platforms use various firefighting and fire suppression equipment, such as:
- Fire and gas detection systems, such as optical smoke, UV flame, thermal and marine smoke detectors.
- Fire detection and extinguishing control panels
- Fire and gas suppression systems
- Cold fire wetting agents
- Fire and thermal insulation systems
- Portable fire extinguishers
FAQs
What are the primary maritime solutions and subsystems used on naval vessels?
Maritime subsystems on naval vessels include power supply systems, fire detection and suppression systems, and avionics subsystems.
These subsystems ensure uninterrupted operations and safety. They include batteries, frequency converters, power control panels, and marine smoke detectors.
How do power conversion technologies support naval platforms?
Power conversion technologies, such as uninterruptible power supplies (UPS), inverters, and rectifiers, ensure consistent energy flow across critical systems on naval vessels, allowing uninterrupted operations even in adverse conditions.
Why are fire safety solutions essential for naval vessels?
Fire safety solutions are crucial on naval vessels due to the presence of hazardous materials like fuel and ammunition.
These systems, including smoke detectors, fire suppression systems, and thermal insulation, ensure rapid fire detection and control to prevent damage.
What role do avionics subsystems play in naval communication?
Avionics subsystems, including telemetry systems and communication boards, play a critical role in naval communication by ensuring that data links, tactical systems, and mission-critical hardware operate seamlessly, supporting both combat and training missions.
How do maritime solutions and technology improve vessel efficiency?
Modern maritime technologies, such as advanced propulsion systems and efficient power supplies, reduce fuel consumption and improve the operational efficiency of naval vessels.
These solutions help ships perform more effectively while minimising environmental impact.
