One of the question that I have given the push to renewable energy and eV in a great manner - what would be the power supply demand in 2030 if the eV follows the trajectory and we truly become a nation with over 50% eVehicles and also ramp our Solar Wind and Rooftop at the rate of 9-10 GW per annum adding 80GW in the next eight years. Assuming this do we know what would the additional load demand that will come on the grid on account of this eV adoption. Secondly given the China + 1 strategy promoted today if we our Manufacturing really kicks off then what would be the additional demand on account of that? Also with the population reaching 1.6 bn or more in the next decade, our residential consumption would also jump. So do we really think that adding only renewable energy sources to the Power Sector with no addition in fossil fired - would that be sufficient to meet the enghanced demand? what happens if we reach a supply demand gap more than 10% in the Peak Demand and what is Power Ministry doing about this??
Behaviors - in California if you charge between 9am and 3pm it's cheap, mostly solar and doesn't hurt grid load. Same with 11pm to 5am (mostly fossil). Just avoid the morning and evening peaks. CAISO website click "demand" and "supply" notice the solar peak matches the net demand dip.
The study was not performed using MATLAB but Power System Simulation Software called MiPower® from PRDC. Study report is publicly available here, thecityfixlearn.org/webinar/impact-electric-vehicle-ev-charging-local-grid
The study was not performed using MATLAB but Power System Simulation Software called MiPower® from PRDC. Study report is publicly available here, thecityfixlearn.org/webinar/impact-electric-vehicle-ev-charging-local-grid
One of the question that I have given the push to renewable energy and eV in a great manner - what would be the power supply demand in 2030 if the eV follows the trajectory and we truly become a nation with over 50% eVehicles and also ramp our Solar Wind and Rooftop at the rate of 9-10 GW per annum adding 80GW in the next eight years.
Assuming this do we know what would the additional load demand that will come on the grid on account of this eV adoption.
Secondly given the China + 1 strategy promoted today if we our Manufacturing really kicks off then what would be the additional demand on account of that? Also with the population reaching 1.6 bn or more in the next decade, our residential consumption would also jump.
So do we really think that adding only renewable energy sources to the Power Sector with no addition in fossil fired - would that be sufficient to meet the enghanced demand? what happens if we reach a supply demand gap more than 10% in the Peak Demand and what is Power Ministry doing about this??
Which software has been used for simulation
Behaviors - in California if you charge between 9am and 3pm it's cheap, mostly solar and doesn't hurt grid load. Same with 11pm to 5am (mostly fossil). Just avoid the morning and evening peaks. CAISO website click "demand" and "supply" notice the solar peak matches the net demand dip.
how the harmonics will impact on the and the how to model for harmonics systems what can be the modeling software????
the video image is too poor, you need to fix it more
If it is simulink then can you share .slx file
Can anyone please give me the Matlab Code??
From where can I get ppt o the Simulation study ?
Hello,
You can find PPT and simulation study report in this link,
thecityfixlearn.org/webinar/impact-electric-vehicle-ev-charging-local-grid
Sir, please provide matlab program file of this project....
Did you get anything brother
The study was not performed using MATLAB but Power System Simulation Software called MiPower® from PRDC.
Study report is publicly available here,
thecityfixlearn.org/webinar/impact-electric-vehicle-ev-charging-local-grid
Is wireless charging station helpful to mitigate the EVS impact on DS
No...wireless is impossible at this stage for this high levels
Hi
Is there a possibility of sharing this matlab file and results pls
The study was not performed using MATLAB but Power System Simulation Software called MiPower® from PRDC.
Study report is publicly available here,
thecityfixlearn.org/webinar/impact-electric-vehicle-ev-charging-local-grid
Thank you 😊