This is a legacy page. Please click here to view the latest version.
Thu 23 Jul 2015, 12:45 GMT

Engine manufacturer in tie-up with Li-ion battery specialist


Partnership aims to develop battery systems for hybrid propulsion systems.



MTU Friedrichshafen GmbH, a manufacturer of diesel engines and complete propulsion systems and a subsidiary of Rolls-Royce, says it has formed a development partnership with Darmstadt-based Akasol GmbH.

Akasol is a subsidiary of Schulz Group and a leading manufacturer of lithium ion (Li-ion) battery systems for high performance applications. The partnership is aimed at developing and delivering battery systems for MTU's hybrid and e-drive propulsion systems for marine, rail and industrial applications.

According to Akasol, with the help of its battery systems, MTU aims to extend its current product range with hybrid propulsion systems for mobile applications in the marine, heavy duty ground vehicles and rail sector.

Lothar Holder, Executive Managing Director of Akasol, remarked: "I am very pleased that with MTU we have found an expert partner and one of the world's most important manufacturers of propulsion systems. This partnership gives us completely new opportunities to further the development of high-performance lithium-ion battery systems. For us, this is a quantum leap."

Christos Ramnialis, Executive Vice President of sales, service and network at MTU Friedrichshafen, said: "Since our companies already cooperate together for several years, we are very pleased and looking forward to a closer cooperation between MTU Friedrichshafen and Akasol. Energy storage for hybrid propulsions of off-highway applications enlarges our system expertise to another fundamental component for the future. Together with our partner we are able to perform as a supplier for complete systems."


UEC60LSJ ammonia-fuelled engine render. J-ENG secures orders for four ammonia-fuelled engines under Japanese PCTC project  

Vessels form part of plan to build four ammonia-fuelled car carriers, a dedicated bunkering vessel and supply chain.

Hanwha Power receives ABS AiP for battery-powered containership design. ABS grants AIP to Hanwha Power for 1,700-TEU battery-powered container ship  

Design uses roughly 151 MWh of swappable battery storage for fully electric propulsion on a container vessel.

Peter Krahenbuhl, WinGD. WinGD signs first licence deal with HD Hyundai Marine Engine to expand Korean production  

Mid-bore engine portfolio gains new production route into Korea's bulk carrier and tanker newbuild markets.

ONE Symphony naming ceremony. Ocean Network Express names ammonia- and methanol-ready newbuild ONE Symphony  

Vessel features conventional diesel main engine, with concept designs approved for possible future conversion to methanol or ammonia.

Sing Fuels logo. Sing Fuels seeks Asia-based supply trader to bolster bunker procurement team  

Singapore bunkering firm is recruiting a supply trader to manage marine fuel purchasing across Asia.

MOL joint naming ceremony. MOL names world's first ammonia-fuelled Capesize bulk carriers  

Naming of Ruri Mirai, Ruri Sekai and Ruri Hikari signals ammonia's arrival as a marine fuel for large bulk carriers.

Washington State Hybrid-Electric 160-Auto Ferry vessel render. ABB wins Washington State Ferries' third hybrid-electric vessel order  

ABB extends its role in the US ferry operator's electrification programme, which targets emission-free operations by 2050.

Aurora Borealis vessel. Kawasaki Heavy Industries delivers LPG-fuelled carrier Aurora Borealis  

Ship could also be modified in future to allow for ammonia-fuelled operation.

Rendering of Estonia's first shore-charged electric ferry. Estonian State Fleet's shore-charged electric ferry completes model testing in Germany  

Hull and propulsion tests show the vessel's energy consumption remains within contracted limits with room to spare.

Kypros Island vessel. Tsuneishi delivers first methanol dual-fuel Kamsarmax bulk carrier from Chinese yard  

Shipbuilder claims progress towards establishing a mass-production system for vessels designed to reduce environmental impact.


↑  Back to Top