In this work we present algorithms that are capable of calculating paths to destination for electric vehicles. These paths can be based on the simple metrics such as the distance, time or the paths can be based on more advanced metric such as the minimum energy demanding metric. This metric is parameterizable by the physical construction of the electrical vehicle. We also propose a new algorithm that computes energy optimal paths that are more acceptable by the driver, because it also takes into consideration the time metric while computing the path
International audienceIn a previous work, a bi-level optimization approach was presented for the ene...
In the context of energy saving and carbon emission reduction, the electric vehicle (EV) has been id...
Energy Optimization of a Plug in Electric Vehicle Along aFixed PathGiven an origin-destination pair ...
This master’s thesis is about optimal route planning for electric vehicles. The first, theoretical p...
Abstract. We study the problem of electric vehicle route planning, where an important aspect is comp...
Finding the energy-optimal route in the context of parcel delivery with electric vehicles (EVs) is m...
Since the main constraint of electric vehicles is range due to limited battery capacity, the focus f...
The first part of this thesis introduces two solution methods for energy-optimal path finding for El...
Since the main constraint of electric vehicles is range due to limited battery capacity, the focus f...
Some of the main constraints of electric vehicles are related to their battery, in terms of energy c...
Abstract: The demand for routing tailored to electric vehicles will increase in the future due to th...
Abstract: The demand for routing tailored to electric vehicles will increase in the future due to th...
The rise of new types of vehicles, as the electrical vehicles (EVs), requires defining new models fo...
The rise of new types of vehicles, as the electrical vehicles (EVs), requires defining new models fo...
The rise of new types of vehicles, as the electrical vehicles (EVs), requires defining new models fo...
International audienceIn a previous work, a bi-level optimization approach was presented for the ene...
In the context of energy saving and carbon emission reduction, the electric vehicle (EV) has been id...
Energy Optimization of a Plug in Electric Vehicle Along aFixed PathGiven an origin-destination pair ...
This master’s thesis is about optimal route planning for electric vehicles. The first, theoretical p...
Abstract. We study the problem of electric vehicle route planning, where an important aspect is comp...
Finding the energy-optimal route in the context of parcel delivery with electric vehicles (EVs) is m...
Since the main constraint of electric vehicles is range due to limited battery capacity, the focus f...
The first part of this thesis introduces two solution methods for energy-optimal path finding for El...
Since the main constraint of electric vehicles is range due to limited battery capacity, the focus f...
Some of the main constraints of electric vehicles are related to their battery, in terms of energy c...
Abstract: The demand for routing tailored to electric vehicles will increase in the future due to th...
Abstract: The demand for routing tailored to electric vehicles will increase in the future due to th...
The rise of new types of vehicles, as the electrical vehicles (EVs), requires defining new models fo...
The rise of new types of vehicles, as the electrical vehicles (EVs), requires defining new models fo...
The rise of new types of vehicles, as the electrical vehicles (EVs), requires defining new models fo...
International audienceIn a previous work, a bi-level optimization approach was presented for the ene...
In the context of energy saving and carbon emission reduction, the electric vehicle (EV) has been id...
Energy Optimization of a Plug in Electric Vehicle Along aFixed PathGiven an origin-destination pair ...