Study on the impact of EV charging on distribution power grids using OpenDSS
Budget: $30 – $250 USD
Learn how to use OpenDSS, an open-source software to simulate distribution power grid operation.
2. Use IEEE 123-node distribution system case for simulation and add 5 PVs with the capacity of 200 kW at 5 different nodes.
3. Make reasonable assumptions and calculate EV charging profiles
4. Simulate the impact of EV charging on distribution power system including load flow, voltage
analysis, LTC operation, and voltage regulator.
Reference:
https://energy.sandia.gov/wp-content/gallery/uploads/SAND_Time-Series-Power-Flow-Analysis-for- Distribution-Connected-PV-Generation.pdf
https://www.epri.com/pages/sa/opendss#:~:text=OpenDSS%20is%20an%20electric%20power,grid%20i ntegration%20and%20grid%20modernization.&text=OpenDSS%20models%20traditional%20and%20adv anced,resources%2C%20assets%2C%20and%20controls.
2. Use IEEE 123-node distribution system case for simulation and add 5 PVs with the capacity of 200 kW at 5 different nodes.
3. Make reasonable assumptions and calculate EV charging profiles
4. Simulate the impact of EV charging on distribution power system including load flow, voltage
analysis, LTC operation, and voltage regulator.
Reference:
https://energy.sandia.gov/wp-content/gallery/uploads/SAND_Time-Series-Power-Flow-Analysis-for- Distribution-Connected-PV-Generation.pdf
https://www.epri.com/pages/sa/opendss#:~:text=OpenDSS%20is%20an%20electric%20power,grid%20i ntegration%20and%20grid%20modernization.&text=OpenDSS%20models%20traditional%20and%20adv anced,resources%2C%20assets%2C%20and%20controls.