SAE OFF- HIGHWAY ARTICLE: HOW Dana SUPPORTS UQM PARTNERSHIP
In this week’s SAE Off-Highway article, read how Dana supported UQM’s need to reduce the time to market and development cost for supplying entire turnkey electric powertrain solutions.
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In this week’s SAE Off-Highway article, read how Dana supported UQM’s need to reduce the time to market and development cost for supplying entire turnkey electric powertrain solutions.
Dana will once again be exhibiting at the Electric and Hybrid Marine World Expo, upcoming in Tampa FL from January 16th to 18th. The Electric & Hybrid Marine World Expo […]
SAE International has published an article on its website highlighting the collaboration between UQM Technologies, Eaton and Dana to develop a full electric drivetrain system for the medium- and heavy-duty EV markets.
Dana and UQM recently announced collaboration on the UQM PowerPhase® DT Drivetrain. This project has led to the important next step of adding the central Vehicle Control Unit (VCU) to the UQM system.
Visit Dana on stand E148 at this year’s Engine Expo at the Suburban Collection Showplace in Novi MI from October 25th to 27th, where you can see the latest additions […]
EnergyTech Investor has published an interview with UQM Technologies’ CEO Joe Mitchell regarding the recently announced development and production program with Eaton’s Vehicle Group and Dana.
Visit Dana on stand 1238 at the upcoming Electric and Hybrid Vehicle Technology Expo in Novi, MI September 13-15 where you will be able to view the latest OpenECU products […]
An engine misfire can be defined as a combustion event where the air fuel mixture within a cylinder fails to ignite properly. The most common causes of misfire are: Incorrect […]
UQM Technologies, Inc. (NYSE MKT:UQM) announced today that UQM has officially begun a development and production program with Eaton’s Vehicle Group and Dana, both located in Michigan.
The current issue of Charged EVs magazine is carrying an article on Dana and GaN Systems’ recent collaboration on a gallium nitride semiconductor-based motor controller design intended to demonstrate the benefits benefits of GaN Systems semiconductors in applications with a wide range of input voltages from 12V to 300V.