Electric Drive For Tracked Vehicles. This research is based on an unmanned electric drive tracked vehicle and carries out simulation experiments. The power distribution and fuel economy of hybrid electric vehicles are greatly influenced by energy management strategies (emss).
Through real vehicle experiment, the control sequence of the. An adaptive sliding mode steering control method is proposed for the problem of road surface uncertainty affecting the steering stability of electric drive tracked vehicle.
The Power Distribution And Fuel Economy Of Hybrid Electric Vehicles Are Greatly Influenced By Energy Management Strategies (Emss).
The transition to electric road transport technologies requires electric traction drive systems to offer improved performances and capabilities, such as fuel efficiency (in terms of.
Although Some Vehicle Speed And Road Grade Profiles Are Available For Tracked Vehicles, These Driving Cycles Are Insufficient For Hybrid Powertrain.
Design and optimization of the power management strategy of an electric.
Electrification Of Military Vehicles Offers The Potential For Extended Stealth.
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Through Real Vehicle Experiment, The Control Sequence Of The.
A model based on saturate.
Aimed At The Requirements For Electric Transmission System Of A Military Tracked Vehicle, The Motor’s Design Indexes Were Analysed And Calculated.
1) could be enhanced by 22% and 38% power output improvement (11% and 24% torque.
Design And Optimization Of The Power Management Strategy Of An Electric.