Dana Incorporated (NYSE: DAN) today debuted the company’s comprehensive selection of drive and motion technologies that support electrification through the demonstration of two construction machines.
A mid-sized aerial work platform (AWP) with an 18-meter (60-foot) platform height and a 1.5 ton (3,300-lb.) mini excavator illustrate how Dana offers an industry-leading portfolio of market-ready innovations to enhance the productivity, mobility, and efficiency of electric-powered vehicles.
Dana will present live demonstrations of the vehicles at outdoor stand 45A.9 between halls A4 and A5 at Bauma, the world’s best-attended construction and mining exhibition.
“The construction market is moving quickly toward electrification,” said Aziz Aghili, president of Dana Off-Highway Drive and Motion Technologies. “Dana is in the unique position to help manufacturers bring electric-driven vehicles to market through our collaborative, systems-oriented approach; decades of construction expertise; and broad selection of proven drive and motion capabilities for electrified vehicles.”
Dana’s High-Efficiency Electrified Aerial Work Platform
Featuring more than 30 of Dana’s drive and motion products, this AWP demonstrator has a non-traditional four-wheel-drive design to demonstrate the range and effectiveness of Dana’s e-Mobility capabilities.
A Spicer® Electrified™ e-Axle powered by an integrated SME® motor and inverter supports the steering function at the front of the AWP, while the rear is equipped with two Spicer Electrified e-Hub drives.
The Spicer Electrified e-Axle configures Spicer axle components and drive and motion intelligence, SME motor and control technologies, and advanced gearing in a modular package that can be fine-tuned for vehicle size and performance. The optimized combination of electrified drive components reduces power losses by up to 20 percent when compared with traditional diesel-powered drivetrains.
The AWP demonstrator uses advanced mechatronics technologies to govern traction, stability, and safety in work environments. It has an electronic differential and torque vectoring control that manage power distribution to the wheel ends to provide necessary tractive force in a regulated, safe manner. The AWP also employs a stability control system that monitors the distribution of weight across the machine and automatically takes action to prevent tip-over incidents.
The AWP also features advanced Spicer control software for vehicle management as well as numerous Brevini® motion products in the work circuits, including customized hydraulic blocks, hydraulic valves, gear pumps, electronic controller units, and operator-information displays.
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SOURCE: Dana
