Propulsion Optimization System (POS)

Propulsion Optimization System

Discover fuel savings and environmental benefits with our flagship product, SmartPropulsion. ​
It turns data into tangible fuel savings and reduces CO₂ emissions significantly.​

Reduce Fuel Consumption and Minimize Emissions

SmartPropulsion leverages artificial intelligence and machine learning to help you save fuel, comply with emission regulations and get a better transparency of onboard data.

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Media & Case Studies

Propulsion Optimization System (POS) SmartPropulsion automatically optimizes propulsion efficiency with dry docking-free installation and OPEX savings in just a few days

Solutions in Action

Solution Architecture

The integrated system will not only help to optimize the fuel consumption but also connect to onboard systems at various levels to provide multiple benefits. Ancillaries onboard the vessel are connected through the cabinet. Data visibility can be exported to third party Human Machine Interfase (HMI) as well providing further integration to the ship onboard system. 

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Solution Architecture

Electronics Cabinet

The electronics cabinet serves several purposes:

• Integration point with the existing Propulsion Control Solution

• Integration point with the cloud solution

• Integration point for sensor input

• Backend for the bridge HMI panel

• Backend for other on-board displays

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Electronics Cabinets

Human Machine Interface (HMI)

The HMI solution is basically an additional power handle that integrates with the existing Propulsion Control Solution. When the panel is in control, you get:

• Propulsion according to the latest available cloud generated propeller curve

• The option to use our speed pilot

• The option to use our power pilot

• All options serve to improve propulsion efficiency


Option: Additional read-only displays that can be customized to show whatever information is required by the crew:

• Implemented in HTML5/JS

• Backend is the FPEC which serves web socket data


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HMI

The AI Learning Loop

The algorithm is built in part upon the principles of Model Predictive Control which is a well-established control principle as per banking encryption standards

• AI learning algorithm processing data and develop new optimal engine model

• Automated AI-based technology saving fuel and CO₂

• Intelligent SaaS deployment model supporting recurring business

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The AI Learning Loop

Cloud Engine

The cloud component of the Frugal Power package accumulates all the data we collect on vessels. It is the actual engine that does the actual calculations that result in the optimized propeller curves which in turn save fuel

• The heart of the power and speed control.

• Runs on secured servers that use banking encryption standards to ensure data is available only to us –and you

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Cloud Engine

Predictive Maintenance

Predictive maintenance delves deep into the data collected from various vessel systems. Advanced analytics and machine learning algorithms scrutinize this data, uncovering hidden patterns and anomalies. 

This sophisticated analysis can pinpoint potential issues before they become critical, allowing for proactive maintenance by not only identifying but also potentially predict the outcome of critical performance indicators into the future.​
 

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Predictive Maintenance
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