Switch from an ICE (internal combustion engine) vehicle to EV (electric vehicles) is more than just a change in the way you fill up with gas—it’s a change in driving habits, maintenance, and planning. With proper preparation, you will find that EVs offer a cleaner and more efficient driving experience. Here are some tips to ensure a smooth transition to electric mobility.
Plan your trip
Unlike gasoline or diesel cars, spontaneous trips are not feasible with EVs. Traveling requires careful planning – from charging your vehicle to identifying charging stations along your route. “Terrain, like hilly areas, may require more power, so it’s important to map the chargers in advance. PlugShare and similar apps/maps can give you the address of the nearest charger so you can plan your trip and save time, ” he said. Shrikant Shinde.
Determine your charging requirements
Before buying an EV, it is important to use storage facilities such as home chargers (Level 1 or Level 2) and charging stations (DC fast chargers) to understand the charging system of other products. Knowing that electric cars take time to charge can help you avoid worry when planning your daily commute and long trips.
Change your driving behavior for optimal performance
Controlling an EV range in addition to offering regenerative braking capabilities can extend Active range. To optimize your driving style for maximum energy efficiency, practice smooth and non-aggressive driving, especially by avoiding rapid acceleration, and using every opportunity to use regenerative braking.
Track energy usage and distance awareness
Unlike ICE vehicles, EV energy consumption is very detailed and provides more information. This includes monitoring how different driving conditions, speeds, and air conditioning affect your range of vehicles. Mastering these aspects will allow you to expand your reach.
Anticipate the effect of temperature
Weather conditions like extreme heat or cold can affect the performance of EV batteries. In very cold places it is recommended to pre-condition the car while it is still installed to save battery power. You should cover the battery to avoid high temperatures on hot days or park in a covered area to avoid high temperatures.
Know what incentives and policies exist
When switching to an EV, you can get benefits like tax breaks, lower fees for registration and subsidies on usage. Make sure you follow these benefits and don’t forget to use them where they are needed.
Familiarize yourself with it Battery Management System (BMS)
One of the tasks of BMS installed in EVs is battery management. You need to learn how the battery cooling system works and the charging limits so that you can use the battery safely and optimally.
Embrace a different maintenance culture
The absence of many moving parts in an EV helps in self-sufficiency as servicing the vehicle takes less time compared to an ICE vehicle. There should be periodic checks on the battery, tires, brakes, and cooling system to operate the EV effectively. Learn about model maintenance requirements to extend life.
(With input from Akash SiwachCTO at Kabira Mobility—an electric two-wheeler (E2W) startup)
Pros of switching to EV:
Fuel costs are low
One of the main benefits of EVs is lower fuel costs. Charging your EV costs less per unit than refueling a traditional ICE vehicle. In addition, the convenience of being able to fill up the car at home does not require frequent trips to the gas station.
Environmentally friendly choice
If protecting the environment is important to you, switching to an EV is a smart and responsible choice. EVs contribute less to air pollution and help reduce your carbon footprint.
Smoother, quieter
EVs are known for their smooth and silent operation, without the vibrations and noises inherent in ICE vehicles. It offers a more relaxed, almost meditative driving experience, coupled with quick acceleration for a premium feel.
Comfort and efficiency
EVs provide a modern and comfortable ride that many consumers enjoy. Advanced technology and features offer significant upgrades from traditional vehicles, making the transition to EVs attractive to those seeking efficiency and convenience.
(As shared by Shrikant Shinde, Founder and CEO of GoGoA1, OEM & Supplier of Electric Vehicle components)
Plan your trip
Unlike gasoline or diesel cars, spontaneous trips are not feasible with EVs. Traveling requires careful planning – from charging your vehicle to identifying charging stations along your route. “Terrain, like hilly areas, may require more power, so it’s important to map the chargers in advance. PlugShare and similar apps/maps can give you the address of the nearest charger so you can plan your trip and save time, ” he said. Shrikant Shinde.
Determine your charging requirements
Before buying an EV, it is important to use storage facilities such as home chargers (Level 1 or Level 2) and charging stations (DC fast chargers) to understand the charging system of other products. Knowing that electric cars take time to charge can help you avoid worry when planning your daily commute and long trips.
Change your driving behavior for optimal performance
Controlling an EV range in addition to offering regenerative braking capabilities can extend Active range. To optimize your driving style for maximum energy efficiency, practice smooth and non-aggressive driving, especially by avoiding rapid acceleration, and using every opportunity to use regenerative braking.
Track energy usage and distance awareness
Unlike ICE vehicles, EV energy consumption is very detailed and provides more information. This includes monitoring how different driving conditions, speeds, and air conditioning affect your range of vehicles. Mastering these aspects will allow you to expand your reach.
Anticipate the effect of temperature
Weather conditions like extreme heat or cold can affect the performance of EV batteries. In very cold places it is recommended to pre-condition the car while it is still installed to save battery power. You should cover the battery to avoid high temperatures on hot days or park in a covered area to avoid high temperatures.
Know what incentives and policies exist
When switching to an EV, you can get benefits like tax breaks, lower fees for registration and subsidies on usage. Make sure you follow these benefits and don’t forget to use them where they are needed.
Familiarize yourself with it Battery Management System (BMS)
One of the tasks of BMS installed in EVs is battery management. You need to learn how the battery cooling system works and the charging limits so that you can use the battery safely and optimally.
Embrace a different maintenance culture
The absence of many moving parts in an EV helps in self-sufficiency as servicing the vehicle takes less time compared to an ICE vehicle. There should be periodic checks on the battery, tires, brakes, and cooling system to operate the EV effectively. Learn about model maintenance requirements to extend life.
(With input from Akash SiwachCTO at Kabira Mobility—an electric two-wheeler (E2W) startup)
Pros of switching to EV:
Fuel costs are low
One of the main benefits of EVs is lower fuel costs. Charging your EV costs less per unit than refueling a traditional ICE vehicle. In addition, the convenience of being able to fill up the car at home does not require frequent trips to the gas station.
Environmentally friendly choice
If protecting the environment is important to you, switching to an EV is a smart and responsible choice. EVs contribute less to air pollution and help reduce your carbon footprint.
Smoother, quieter
EVs are known for their smooth and silent operation, without the vibrations and noises inherent in ICE vehicles. It offers a more relaxed, almost meditative driving experience, coupled with quick acceleration for a premium feel.
Comfort and efficiency
EVs provide a modern and comfortable ride that many consumers enjoy. Advanced technology and features offer significant upgrades from traditional vehicles, making the transition to EVs attractive to those seeking efficiency and convenience.
(As shared by Shrikant Shinde, Founder and CEO of GoGoA1, OEM & Supplier of Electric Vehicle components)
