BMA Technology is proud to announce a groundbreaking partnership with A2B-online and Sedef Shipyard for the construction of two cutting-edge container vessels, each with a capacity of 650 TEU. This collaboration represents a significant step forward in our collective commitment to sustainability and environmentally responsible maritime solutions.
Underlining its commitment to sustainable shipping, BMA Technology has provided a comprehensive suite of electrical solutions to power A2B-online’s forward-thinking initiative. This includes cutting-edge components such as Electric Drives, Motors, LI-ION batteries, Low Voltage Switchboards and Alarm Monitoring & Control System. These essential components are at the heart of A2B-online’s two revolutionary container vessels, each driven by 3.2 MW propulsion power.
Hakki Yigit Bayrak, Business Development Director at BMA Technology, emphasized the importance of this partnership, saying, “Our collaboration with A2B-online and Sedef Shipyard is a testament to our commitment to sustainable maritime solutions. We are proud to be part of this vision, which showcases our dedication to reducing environmental impact through cutting-edge electrical technologies. The number of projects in which we have implemented these and similar solutions have now reached 7 ships.”
Designed for a Greener Tomorrow
With a firm focus on sustainability, these vessels have been meticulously designed to incorporate the latest technologies aimed at drastically reducing CO2 emissions. In fact, these vessels are expected to achieve emission reductions of up to 95%, setting a new industry standard for eco-conscious shipping.
Innovative Propulsion System
One of the key features of these vessels is their multi-fuel methanol-electric propulsion system. This innovative technology significantly minimizes emissions, ensuring cleaner and more environmentally friendly maritime operations. The vessels are also equipped with 1.5 MWh battery capacity, enabling them to operate emission-free during harbor and inland water operations.
