ABB 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.

The new digital solution, ABB Ability™ OptimE – Toe Angle Optimization for Propulsion, supports crew in achieving maximum propulsion efficiency by automatically selecting the optimal steering angle for the ship’s Azipod® system. With ABB Ability™ OptimE, further fuel savings of up to 1.5 percent are achievable depending on a ship’s operating profile, in addition to Azipod® propulsion’s ability to cut fuel consumption by up to 20 percent when compared with a traditional shaftline setup.

Without requiring any additional skills from the crew, the digital solution adds a new dimension to proven Azipod® systems efficiencies, which have already saved more than 1,000,000 tons of fuel in the cruise sector alone. ABB Ability™ OptimE automatically adjusts the steering angle to achieve continuous optimal flow through the propulsors, taking prevailing operational needs and working conditions into account.

“Maximizing the energy efficiency of assets is a top priority for ABB and we are delighted to demonstrate yet further fuel savings and emission reductions in our Azipod® propulsion systems,” said Antto Shemeikka, Vice President Digital Services, ABB Marine & Ports. “We view the ship as a system where hardware and software operate seamlessly together to deliver maximum efficiency. We believe that every shipowner using Azipod® technology will want to capitalize on the further efficiency gains enabled by ABB Ability™ OptimE.”

Suitable both for newbuilds and retrofitting, ABB Ability™ OptimE is the latest example of the growing number of ABB Marine & Ports ‘Bridge to Propeller’ integrated solutions for ships, which include bridge control, sensors, digital reporting, automation, and propulsion technology.