Marine Power Plant - Aero Derivative Family
Marine Power Plant - Aero Derivative Family
Marine Power Plant - Aero Derivative Family
By leveraging a family-based development philosophy, Paninian ensures cost-effective design evolution of Aero-Derivative for Marine applications, leveraging our Life Cycle Management and Materials Technology while maintaining high adaptability to emerging operational needs
By leveraging a family-based development philosophy, Paninian ensures cost-effective design evolution of Aero-Derivative for Marine applications, leveraging our Life Cycle Management and Materials Technology while maintaining high adaptability to emerging operational needs
Marine Gas Turbine Family of Engines
Our Marine Gas Turbine Family is engineered to deliver high-efficiency onboard power generation for marine vessels. Built on a scalable core architecture, our Marine Gas Turbines offer a range of power outputs to meet diverse mission requirements. We offer high-performance aeroderivative Marine Gas Turbines in 1.25 MW and 4 MW configurations, ensuring exceptional efficiency, reliability, and scalability.
These engines provide lightweight, high-power-density solutions for critical shipboard systems. With advanced thermal management, optimized fuel control, and digital monitoring systems, Paninian’s Marine Gas Turbines provide a compact, high-reliability solution for modern fleets, enhancing operational readiness and energy efficiency at sea.
Marine Gas Turbine Family of Engines
Our Marine Gas Turbine Family is engineered to deliver high-efficiency onboard power generation for marine vessels. Built on a scalable core architecture, our Marine Gas Turbines offer a range of power outputs to meet diverse mission requirements. We offer high-performance aeroderivative Marine Gas Turbines in 1.25 MW and 4 MW configurations, ensuring exceptional efficiency, reliability, and scalability.
These engines provide lightweight, high-power-density solutions for critical shipboard systems. With advanced thermal management, optimized fuel control, and digital monitoring systems, Paninian’s Marine Gas Turbines provide a compact, high-reliability solution for modern fleets, enhancing operational readiness and energy efficiency at sea.
Our Marine Gas Turbine Family is engineered to deliver high-efficiency onboard power generation for marine vessels. Built on a scalable core architecture, our Marine Gas Turbines offer a range of power outputs to meet diverse mission requirements. We offer high-performance aeroderivative Marine Gas Turbines in 1.25 MW and 4 MW configurations, ensuring exceptional efficiency, reliability, and scalability.
Target & Decoy Drone Platform
The design of the Aerial Target and Decoy System is highly reconfigurable, allowing for rapid payload swaps to adapt the system for various roles and missions. This flexibility ensures that the system can be quickly tailored to emulate different types of threats or perform specific countermeasure functions.
This system provides critical support for weapon system evaluation, targeting accuracy training, and the testing of countermeasure tactics in a controlled environment.
Marine Gas Turbine Family of Engines
Marine Gas Turbine Family of Engines
Our Marine Gas Turbine Family is engineered to deliver high-efficiency onboard power generation for marine vessels. Built on a scalable core architecture, our Marine Gas Turbines offer a range of power outputs to meet diverse mission requirements. We offer high-performance aeroderivative Marine Gas Turbines in 1.25 MW and 4 MW configurations, ensuring exceptional efficiency, reliability, and scalability.
Key Features of Yantur Family of Aero-Engines
Key Features of Yantur Family of Aero-Engines
Key Features & Capabilities
Aeroderivative Design
Based on proven aero-engine core technology, ensuring high power-to-weight ratio and fuel efficiency.
Compact & Lightweight
Designed for space-constrained marine vessels, offering easy integration and maintainability.
Advanced Thermal Management
Efficient cooling technology enhances durability and performance in high-temperature marine environments.
Optimized Fuel Efficiency
Incorporates precision fuel control and scheduling algorithms for reduced fuel consumption and operational costs
Digital Monitoring & Diagnostics
Integrated digital health monitoring systems enable predictive maintenance and enhanced reliability.
Scalability & Modularity
Configurable for different vessel types, with potential hybrid-electric integration for next-gen maritime applications.
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