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ABB Ability™ OCTOPUS - Marine Advisory System

ABB Ability™ OCTOPUS - Marine Advisory System is a unique product family for performance management in marine operations. Through various deployment methods, fuel consumption and emissions are able to be reduced by guiding crew decisions quickly. Availability and safety of the ship is able to be measured and protected as well. Fleet visibility is achieved through secure data transfer for broader analysis by shoreside specialists in the office.

Safety

Ensuring safe voyage with ABB Ability™ OCTOPUS by forecasting and monitoring the motion behavior of the vessel, and therefore keeping the vessel and her cargo safe and crew and passengers comfortable.

Availability

With operational advice coming from the ABB Ability™ OCTOPUS, ship owners and operators can ensure the availability of their assets.

Sustainability

ABB Ability™ OCTOPUS support customers to reach higher operational efficiencies and lower fuel consumption.

Highlights

ABB Review

Deep data

An ABB ship operations performance package uses motion monitoring to quantify the risk of losing containers due to excessive accelerations in wave conditions.

Press release

ABB Ability™ OCTOPUS selected by Spliethoff Group to optimize safety for yacht transportation

Limiting unwanted vessel motions at sea to avoid potential cargo damage, OCTOPUS is the global market leader with a 90 percent share in the semi-submersible vessel market

Press release

ABB further enhances efficiency of Azipod® electric propulsion with digital solution

Already delivering decisive efficiency gains to an ever-increasing variety of ship types, ABB Azipod® electric propulsion now benefits from an automated steering function that helps further minimize fuel consumption and emissions.

Press release

ABB’s OCTOPUS software finds smart way to increase wind vessel uptime by 35 percent

With ABB Ability™ Marine Advisory System – OCTOPUS and robotic maintenance working together, windfarm vessels’ working hours could increase by over a third, analysis calculates

Web story

ABB’s OCTOPUS advisory system predicts safer, more efficient ship performance

The predictive power behind ABB Ability™ Marine Advisory System – OCTOPUS to monitor and forecast vessel motions is now so evolved that it is tackling some of the most profound safety and efficiency challenges in shipping.

Press release

United Wind takes ABB advisory software fleetwide to boost safety and efficiency of operations

United Wind Logistics’ module deck carrier VestVind will rely on ABB Ability™ Marine Advisory System – OCTOPUS to support real-time decision making as it transports large windfarm components such as turbines, foundations and blades to offshore installation sites

Web story

ABB OCTOPUS software provides real-time decision support for vessels servicing the offshore wind sector

Deep waters and rough seas challenge safe carriage of massive offshore windmill parts to installation sites. Heavy lift vessel owners such as OHT increasingly turn to OCTOPUS for decision support that enables safe, efficient operations.

Press release

ABB marine software to boost ship safety and efficiency for Roll Group

ABB has won a contract to supply the leading-edge digital solution ABB Ability™ Marine Advisory System – OCTOPUS to Roll Group’s latest vessel, BigRoll Biscay

Generations - Technical insight

No more loss of containers

The number of containers shipped at sea has grown roughly tenfold over the past decades, and today’s container carrying capacity for the global container vessel fleet has surpassed 20 million TEU. The number of containers being transported by water is estimated to be 6 to 7 million at any given time. A marginal number of these containers never reach the destination port.

Press release

ABB to improve Edda Fides floating hotel safety with leading digital technology

ABB has won a contract to supply an innovative ABB Ability™ Marine Advisory System – OCTOPUS marine software for one of the world’s most advanced floating hotel vessels for offshore operation.

Video

Meet the experts: Marine software & gangway safety

Video

Watch the impossible made possible with the support of ABB's marine software OCTOPUS

Safety & Availability modules

Response Forecast

The Response Forecast module provides a forecast for motions, velocities and accelerations for a vessel. It facilitates the crew to take the vessel responses into account when planning (and making changes to) the route. The forecast also offers accurate insight into the impact of the weather on the vessel and her cargo giving the possibility to the crew to make decisions at an earlier stage, leading to saved fuel and time.

Motion Monitoring

OCTOPUS Motion Monitoring with a single sensor setup (MMS-1) provides measurement of motions, velocities and accelerations on the vessel. The system is included with alarm management for real-time and statistical values. By transferring this data to the Fleet Portal for onshore insight, critical situations or accidents can be analyzed, leading to increased understanding of vessel limitations and prevention of situations where the vessel and her cargo are at risk. With the Advanced Motion monitoring set-up a large number of different locations on the vessel and cargo can be monitored simultaneously.

Dynamic Positioning Forecast

For vessels equipped with a Dynamic Positioning system, ABB's DP Forecast software includes a prediction if the vessel is capable to maintain her DP position during an operation. This leads to maximized workability, less fuel consumption and more productive hours during operations where the DP system is used. The DP software calculates an onboard forecast of the mean and slowly varying forces acting on the vessel due to currents, wind and waves.

Energy efficiency modules

Performance Monitoring

The Performance Monitoring module is the key module for OCTOPUS to provide onboard performance data. It provides data collection and visualization for a set of signals to help monitoring the vessels operations, i.e. daily operational costs and to work as a supporting tool for the Ship Energy Efficient Management Plan (SEEMP). The system collects the most important data from propulsion, the vessel fuel consumption and main navigational variables, and the data is sent to ABB Ability™ Marine Fleet Portal. The module can easily be upgraded to monitor a larger amount of signals and to display advanced key performance indicators.

Dynamic Trim

This solution advises the operating crew on the vessel's optimum trim in all operating conditions (including variations in conditions such as speed, draft, water depth, wind and waves). Depending on the vessel type and operational profile, the savings potential can be up to 5% of propulsion energy costs.

Cleanhull

The Cleanhull module measures the impact of hull and propeller fouling on the required propulsion power of the vessel. It monitors the vessel performance over time and provides a comparison to a baseline performance and the estimated fuel loss due to the fouling effect. The module provides information to help in planning hull and propeller maintenance.

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Additional energy efficiency modules

Power Plant Optimizer - ABB Ability™ Marine Advisory System - OCTOPUS - ABB Marine & Ports

Power Plant Optimization

The Power Plant Optimizer advices the user on how to operate the power plant in the optimal way in order to save fuel. The system monitors the status and load of each engine. In addition to displaying the required power demand, the Power Plant Optimizer provides the user instructions on when to start and stop engines and how to balance the load in the most efficient way. Total optimization considers the whole vessel power consumption thus taking into vessel auxiliary loads.

SFOC Monitoring

The SFOC Monitoring module evaluates the performance of the vessel engines and generators. It makes noticing slow changes in their performance easier and assists decisions on maintenance needs.

Energy Flow

The Energy Flow Diagram module visualizes the energy flow of the entire vessel. It helps in understanding the different energy producing and consuming processes and their current operation and how they are connected to each other.