model for electric vehicle charging impacts on electrical grid

Hello, I am doing research on electric vehicles charging impacts on electrical grid. Any suggestions with similar projects or models? Some kind of generic low voltage electric grid model (or any other) would help also.

Many thanks

[Nerijus]

Any suggestions?

[ARCHANA A N]

Can you help with any models if you have for reference?

[Asad Tariq]

i am also looking for it, please let me know if work is done on it

[raed tamizi]

i am also looking for it, please let me know if work is done on it

[venkateswara mallireddy]

pls contact me [phone]

1) Design of normal distribution grid

2) Design of loads /calculation of load

3) Design of distribution grid with normal loads/house hold /street lights/industrial loads

4) Design of distribution grid with normal loads and EV charging stations

DIFFERENT CONDITIONS( CONSIDER 33 BUSS SYSTEM)

5) Case 1

Considering as the base case without charging stations in the entire analysis.

Case 2

A fast charging station was placed at bus 2 representing the strongest bus of the system with 30 serving points.

Assuming that each charger consumes 50 kW the charging station possessed the capability of charging 30 EVs simultaneously.

In case 3

Two charging stations were placed at bus 2

In case 4

Five fast charging stations were placed at bus 2.

In case 5

A fast charging station was placed at bus 2 and 19 representing the strongest and second strongest bus respectively.

In case 6

A single fast charging station was placed at bus 14 representing the weakest bus of the system.

In case 7

A fast charging station was placed at bus 14 and 15 representing the weakest and second weakest bus respectively

8) Analysis (main part)

In power system studies there is a dearth of indices giving information about the three main operating parameters like voltage stability, reliability, and power losses together.

Hence, a new index named Voltage Stability, Reliability and Power loss (VRP) index is formulated in this proposed work.

9) Description of the Test System and Different Scenarios Considered for Analysis