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Energy Optimization of Mobile Applications for Efficient Fuel Consumption

Develop an energy-saving method to improve the efficiency of mobile applications, aiming to reduce fuel consumption. The project introduces the Variable ∆p System (VDP) for wheel loader applications, offering superior energy efficiency without compromising performance. By utilizing an electronic load sensing system, this innovation minimizes system oscillations. Collaborators: Robert Andersson, Erik Seye Larsen, Mikael Axin, Martin Bergman, Karl Pettersson, Mathias Källquist.

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Energy Optimization of Mobile Applications for Efficient Fuel Consumption

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  1. ENERGY OPTIMIZATION OF MOBILE APPLICATIONS Mobile applications of today consume more energy than necessary to achieve useful work. Since there are future demands for lower fuel consumption, more energy efficient systems need to be developed. The aim of this project is to find a method on how to save energy. This method should then be applied on a wheel loader application. The result of the project is a new system called variable ∆p, VDP. It is more energy efficient than the load sensing system and has equally good performance. An electronic load sensing system uses an electric pressure feedback signal instead of a hydraulic. This prevents oscillations in the system Robert Andersson roban727@student.liu.se Testing Erik Seye Larsen erlar798@student.liu.se Project leader Mikael Axin mikax436@student.liu.se Documentation Martin Bergman marbe126@student.liu.se Simulation Karl Pettersson karpe981@student.liu.se IQAN Mathias Källquist matka986@student.liu.se Automatic control

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