Online supplement for US-75 Corridor in Dallas
TX.
Discussed in Paper Title: Strategic
Network Design and Analysis for In-Motion Wireless Charging of Electric
Vehicles
Mamdouh Mubarak, Halit Uster, Khaled Abdelghany and Mohammad Khodayar
In this supplement we provide another real-world
example to illustrate the applicability of our model and solution algorithm.
The study area for this example is the US-75 corridor in Dallas, TX. The
network data are provided here. The
network consist of 1380 nodes. 3149 link, and 98 zone. Each zone represents an
origin and/or a destination.
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Data format:
a. Demand.txt:
The traffic demands between OD pairs
b. Links.txt:
Upstream nodes, downstream nodes, types, capacities and speed limits of links
c. Links.XML:
IDs, traffic volumes, speeds and travel time under UE
d. Nodes.txt:
IDs, x-y coordinates and zones of nodes
e. Zone.txt: IDs
and centroid of zones
f. UE.txt:
Origins, destinations, nodes and volumes of paths
Model
parameters:
|
Parameter |
fcij |
vc |
cc |
tr |
bcap |
ecap |
ϱ |
mcap |
ξ |
η |
|
Value |
$48,200 |
$16,000 |
$0.13 |
200 |
400 |
200 |
200 |
5,000 |
0.66 |
80% |
EV
classes:
|
EV
class |
g |
ie |
ee |
|
A |
30 |
U[15,20] (medium SOC) |
U[0, 5] (low SOC) |
|
B |
30 |
U[25,30] (high SOC) |
U[10, 15] (medium SOC) |
|
C |
40 |
U[27,40] (high SOC) |
U[0, 13] (low SOC) |
Solution:
The
solution is illustrated in Figure 1 below. The solution features 7 wireless
charging stations (WCS) mainly located on the highway. The 7 WCS covers 5 miles
of the highway. The solution cost is $342,388.
Figure
1 – US 75 corridor.