Transition Towards
E-Mobility
Day by day crude oil Prices are increasing & Co2 level in atmosphere also increasing there comes the Renewable energy (RE) sources which are ‘NEED OF THE HOUR’.
Charging infrastructure (both fast and slow) needs to come first to ensure a smooth transition for end-users.
Opportunity to build market and get customers used to the e-mobility.
The Indian Government is encouraging the use of electric vehicles and hoping 70% vehicles will be Electric on road by year 2030. More Indian auto manufactures and foreign auto companies are launching EVs in the Indian market. Naturally the requirement of charging infrastructure will be increased.
Electric Vehicle & Its Components with Battery Performance
Mileage Kitna Degi….???
1 kw ==== 7 to 8 km avg*
If battery size is 30 kw then ev will run upto 240 km approx in single charge.
*Average may change as per vehicle manufacturer, road conditions, driving styles etc.
Every vehicle needs to have it’s own onboard equipment
Charging Time Required for AC Charger
Time required to full charge battery depends on onboard charger capacity (kwh) of electric vehicle.
Infrastructure investment is shared with hundereds of users
Charging Time Required for DC Charger
Time required (t)= battery size (kwh) / charger size (kwh)
Ex. For 30 kwh battery size & charger size 25 kwh
T= 30/25= 1hr. 20 min approx.