e-Power Technology

Curtiss-Wright Applies Canned Motor Technology to Offshore Oilfield for Petrobas 

While advancements in electrification often conjure up visions of electric vehicles, they also take place in many industrial applications as electromechanical systems increasingly replace hydraulic power. A fresh example is electrification of legacy hydraulic apparatus in the offshore oilfields of Brazil. Curtiss-Wright announced in February that is has signed a technology cooperation agreement with Petroleo Brasileiro, known as Petrobas, to design, manufacture, test and provide operational support for a Subsea Canned Motor Boosting System, to be deployed mudline at a Petrobras production field in the Campos Basin. […]

e-Power Technology

GE Powering Electrification of Maritime Propulsion 

Designed with versatility and dependability in mind, an extensive array of systems from GE Power are bringing propulsion electrification to maritime fleets. Serving both naval and commercial vessels, many incorporate cutting-edge magnetic technology to accomplish their tasks and to replace hydraulic systems. Coming next, the company is focusing on new electromagnetic launch systems for military craft and new gas turbine solutions — as well as fuel cell systems, through a collaboration with Nedstack Fuel Cell Technology of Holland. […]

e-Power Technology

Military Drone Deploys Hefty Payload at NATO Exercise 

BAE Systems and Malloy Aeronautics recently demonstrated the capabilities of their electric-power heavy-lift drone during a large NATO exercise in Portugal to integrate the latest maritime technologies across allied forces. Powered by multiple permanent-magnet electric-motor propulsion systems, the T-600 uncrewed air system (UAS) is a demonstrator aircraft that is capable of vertical take-off and landing, can carry a payload of 200kg and can travel at up to 140km/h.  […]

News

Northrop Grumman to Produce New Navigation Sensor for Navy 

The U.S. Navy has awarded Northrop Grumman a production contract for the company’s new inertial sensor module that can overcome jamming of Global Position System signals, a key concern for military navigation operations. Designed with magnetic sensing along with a multiple of other sensing capabilities, the unit is a next-generation sensor that significantly improves maritime navigation in Global Positioning System-denied environments for ships and submarines. […]