Author: Mirna Vuletic
03.04.2024 Zagreb, Croatia

Everything you need to know about electric cars

In today’s world, with an emphasis on sustainability in all aspects of life, electric cars are becoming a symbol of the future of mobility. Transforming the way we move, while reducing the harmful effects on the environment, they are becoming a key player on the roads.

In this blog, we explore a variety of topics related to electric vehicles. Starting from technological innovation and the environment to practical tips for drivers.

Start the journey with your electric car

How much does an electric car cost?

The price of electric cars varies depending on various factors, such as the make and model of the car, equipment, battery capacity, technological features, and other factors.

Some electric cars may be cheaper than conventional vehicles, while others may be more expensive.

For example, some of the most famous electric cars, such as Tesla’s Model 3, can be priced from €41,990 for RWD (Rear Wheel Drive) and €49,000 for Dual motor LR, depending on the version and accessories.

Choose your Tesla model and enjoy luxury

However, there are other options available in the market, such as the Nissan Leaf or the Chevrolet Bolt EV, which can be available in the range of €35,000 to €45,000. The Nissan Leaf can have a maximum power of 1000 kWh (136 HP) and accelerate to 100 km/h in 9 seconds.

Furthermore, we also have cheaper options like the Hyundai Ikona, whose price ranges from €25,000 to €35,000. At Hyundai, you can find a 136 hp engine and a 39.2 kWh battery.

Try out Hyundai Ioniq 5 or Hyundai Kona

In addition, we also have an electric SUV like the Tesla Y with a price of €44,990 for the RWD model and €49,000 for the Dual Motor LR.

Choose your EV and enjoy the ride and range

The cheapest electric car can vary depending on the market, availability of subsidies, and other factors. However, one of the most affordable electric cars on the market is the Renault Twingo Z.E. which can be found for 20,000 to 25,000 euros, depending on the market and the version of the vehicle. In addition, the Renault Twingo has 82 hp and a battery of around 21.3 kWh that offers a range of up to 270 km.

It’s also important to consider potential subsidies or incentives offered by governments to purchase electric cars, which can significantly reduce the overall price. In addition, the long-term costs of driving an electric car can be lower due to lower maintenance and charging costs.

Expensive cars- Tesla, Mercedes Benz EQS, BMW, Hyundai Ioniq 5

What is the driving range of an electric car?

The driving range of electric cars varies depending on the model and battery specifications. Here’s a range comparison for a few popular models:

Tesla Model 3: With the Tesla Model 3, you can expect a range of 400 to 560 kilometers on a single charge. However, it depends on the version and battery specifications. This makes it one of the leading range cars on the market.

Nissan Leaf: The Nissan Leaf offers a range of about 240 to 360 kilometers on a single charge. However, it depends on the model and year of manufacture. Although it has a shorter range compared to the Tesla Model 3, the Leaf provides a solid range for everyday needs.

Hyundai Kona Electric: The Hyundai Kona Electric is an electric SUV, offering a range of around 415 to 480 kilometers on a single charge. It is an excellent choice for drivers looking for more range. The Kona Electric is also known for its spaciousness and comfort.

Dacia Spring Electric: Small city electric car, has an estimated driving range of about 230 to 305 km according to the WLTP standard (Worldwide Harmonized Light Vehicle Test Procedure). This range may vary depending on driving conditions, driving style, and other factors such as temperature, terrain, and accessories used such as air conditioning.

Try out luxury SUVs- EV

Please note that these numbers are approximate and may vary depending on driving conditions, driving style, and other factors. However, all of these models offer impressive ranges that are sufficient for most daily driver needs.

City-oriented models like the Smart EQ ForTwo have the smallest range, which can have a range of about 93 kilometers on a single charge. In addition, we also have the Peugeot e 208 with a range of 60 kilometers, but also smaller cars such as the Renault Twingo which have an even shorter range.

Range of cars from above 100 kilometers

On the other hand, electric cars with the longest range tend to be high-performance or SUV models with larger batteries. For example, Tesla’s Model S Plaid+ (which is expected to be launched) is announced with a range of about 837 kilometers on a single charge. Among the models available, the Tesla Model S Long Range can reach around 652 kilometers on a single charge, while models like the Lucid Air and the Rivian R1T and R1S also stand out with impressive ranges of around 644 kilometers.

Furthermore, the Tesla Y (Long Range) has a range of 508 kilometers when it comes to an electric SUV. There’s also the Nissan Ariya electric SUV expected on the market, with an estimated range of around 483 kilometers for the larger battery version.

Try out the best electric vehicles- Tesla, BMW, Mercedes Benz EQs

Where can electric cars be charged?

Electric vehicles can be charged at a variety of locations, including:

Home chargers: Most electric vehicle owners install home chargers at their homes to have a convenient way to charge overnight. These charging stations can be installed in garages or yards.

Public Filling Stations: Public filling stations are increasingly popular and can be found in various public locations such as shopping malls, restaurants, gas stations, hotels, parking lots, and other public spaces. These charging stations usually offer fast charging and allow drivers to charge their electric vehicle while doing other activities.

Fill your car and enjoy in long-range- EV

Working charging stations: Many companies and business premises offer charging stations for electric cars to their employees and visitors. These charging stations allow drivers to charge their electric cars during working hours.

Roadside charging stations: Roadside charging stations are often located on motorways and main roads. That allows electric car drivers to charge their vehicles during longer journeys.

Charging stations at shopping malls and restaurants: Many shopping malls, restaurants, and other commercial establishments offer charging stations for electric cars to attract customers and visitors.

These locations make electric car charging convenient and affordable for drivers, further encouraging electric car adoption in Croatia.

Full charge and long-range- EV

How long does it take to charge an electric car?

The charging time of an electric car also varies depending on several factors, including the battery capacity, the type of charge and the type of charger you use.

Here are the general guidelines:

Home charging: Home charging usually takes longer because a standard outlet is used. For example, charging a Tesla Model 3 from a standard household outlet (called “level 1” charging) can take about 24 hours for a full charge, depending on battery capacity.

Home charging for any EV- Mini Cooper, Chevrolet Bolt, Tesla, Porsche Taycan, BMW i4…

Public chargers: This charging usually uses special home chargers or public chargers that support higher charging power (called “level 2” charging). Charging time for electric cars can vary significantly depending on the vehicle’s battery capacity and charging power. For example, charging a Tesla Model 3 at a level 2 charge can take approximately 6 to 12 hours for a full charge, depending on the model and battery specifications.

Battery pack, electric motor, battery electric- EV charging equipment

Fast charging: Fast charging uses more advanced chargers and enables faster charging. For example, charging a Tesla Model 3 at a Supercharger station (called “level 3” charging) can take about 30-40 minutes to 80% battery capacity, depending on the model and battery specifications.

Tesla’s supercharger network- best charging equipment for Tesla model

However, the charging time may vary depending on the capacity of the vehicle’s battery, the condition of the battery (eg how empty or full it is), the type of charger, and the charging power.

That being said, most electric vehicles can be charged overnight at home, which is practical for most drivers. Fast charging stations are available for longer journeys, but drivers should be aware that charging times may vary depending on the availability of charging stations and the current network load.

EV- heating the interior reduces the range

What are the maintenance costs of electric cars in Croatia?

Electric cars’ maintenance costs are usually lower than conventional internal combustion vehicles. Here are a few reasons why:

-Fewer moving parts: Electric cars have fewer moving parts compared to internal combustion vehicles. This means that less engine maintenance is required, as well as less need for servicing and replacement of parts such as filters, belts, oil, etc.

-Lower fuel costs: Electric cars use electricity instead of gasoline or diesel to run, which can result in lower running costs. Electricity prices are often more stable and less subject to fluctuations compared to fuel prices.

Car electric motors instead of internal combustion engine

-Lower braking costs: Many electric cars often use regenerative braking systems that convert kinetic energy when braking back into electricity to charge the battery. This reduces brake maintenance costs, as discs and pads wear less.

-Less need for servicing: Electric motors have fewer moving parts that wear and require maintenance compared to internal combustion engines. This means that services are usually less frequent and cheaper.

Given these factors, many drivers in Croatia and around the world notice significant savings in maintenance costs when they switch to electric vehicles.

EV- cruising-focused feel and the quiet cabin

Is driving an electric car safe?

Driving an electric car can be just as safe as driving a conventional vehicle, if not safer in some respects.

Here are a few reasons why:

Safety features: Electric cars often come with advanced safety features, such as automatic emergency braking systems, lane-keeping systems, advanced environmental monitoring systems… These features can help prevent accidents or reduce their consequences.

Lower center of gravity: Electric cars usually have batteries located under the floor of the vehicle, resulting in a lower center of gravity. However, this can improve the stability and handling of the car, especially in case of sudden maneuvers or collision avoidance.

Epa-rated range- BMW, Chevrolet Bolt EV, Porsche Taycan…

Reduced risk of fire: Electric cars have fewer moving parts under the hood compared to internal combustion vehicles, which reduces the risk of fire caused by mechanical failure. In addition, most modern electric cars have sophisticated battery management systems that reduce the risk of overheating or short circuits.

Constantly improving technology: Automakers and engineers are constantly working to improve the safety features of electric vehicles. Moreover, it includes autonomous driving technology that can further help reduce the risk of accidents.

While no vehicle is completely immune to accidents or mechanical problems, electric cars often have safety benefits that can help protect drivers, passengers, and other road users. Ultimately, the safety of driving an electric car depends on proper maintenance, safe driving, and compliance with traffic rules, just like any other vehicle.

Ev is a surprisingly efficient vehicle- all-wheel drive and battery pack

How do you drive an electric car?

Driving an electric car is similar to driving a conventional vehicle, but there are some specific features of electric cars that drivers should keep in mind.

Here are some key things about driving electric cars:

Starting and stopping:

Electric cars usually do not have a classic ignition key. Instead, most are started by pressing the start/stop button. Stopping is similar to an internal combustion car, except that pressing the brake or accelerator pedal can activate regenerative braking. It returns energy back to the battery.

Regenerative braking:

Many electric cars use regenerative braking technology that converts kinetic energy during braking into electrical energy to charge the battery. This can result in a different braking feel, so drivers need some time to adjust. Moreover, regenerative braking is activated by gently releasing the accelerator pedal.

City vehicles- small size, battery electric, mini cooper, cheapest ev

Different driving modes:

Electric cars often have different driving modes, such as economy, normal or sport mode. Each mode can adjust the vehicle’s performance, from acceleration to efficiency. Therefore, electric car drivers can choose the one that best suits their needs.

Charging:

Drivers should be aware of available charging stations nearby and plan their journey to ensure sufficient charging for the journey. This may include the use of apps or navigation systems that show the locations of filling stations.

Low noise level:

Electric cars usually produce less noise when driving compared to internal combustion vehicles. This can result in a different driving experience, especially at higher speeds.

˘Try out luxury SUVs like Tesla Y

Advantages of technology:

Electric cars often have advanced technological features such as automatic steering, lane-keeping assistance, automatic braking, etc. All the technological features of electric vehicles can make driving easier and increase safety.

With these specifics, driving an electric vehicle is usually similar to driving any other vehicle. However the emphasis is on an environmentally friendly alternative that provides a pleasant driving experience.

For many EV shoppers, range anxiety is real. But do not worry

What are the advantages of driving electric cars?

Driving electric vehicles brings many advantages, both for drivers and for the environment. Here are some key benefits of driving an electric vehicle:

Environmental sustainability: Electric vehicles are a more environmentally friendly alternative to internal combustion vehicles because they do not produce exhaust emissions while driving. Reducing emissions contributes to the fight against climate change and improves air quality in urban areas. Therefore, we can say that electric vehicles are responsible for environmental protection and energy efficiency.

Electric cars are the entry point for many EV shoppers

Lower operating costs: Driving electric vehicles often results in lower operating costs compared to internal combustion vehicles. Electricity is usually cheaper than petrol or diesel, and maintenance costs are usually lower due to less need for servicing and replacing parts.

Less noise: Electric vehicles usually produce less noise when driving compared to internal combustion vehicles. This can result in a quieter and more pleasant driving experience, especially in urban areas.

Faster accelerations: Electric motors provide high torque, resulting in faster accelerations compared to internal combustion vehicles. This can provide a more dynamic driving experience and better road performance (up to 100 km/h in a few seconds).

EV offers the most range and build quality

Benefits and incentives: Many governments and local authorities offer benefits and incentives for electric car drivers. Also, some of the benefits are a subsidy when buying, free parking, or access to fast lanes. This can further reduce driving costs and boost the adoption of electric vehicles.

Less dependence on fossil fuels: Electric vehicles use electricity as a power source, reducing dependence on fossil fuels such as gasoline or diesel. This can contribute to energy security and the reduction of negative environmental impacts associated with the extraction and use of fossil fuels. Finally, electric vehicles are most concerned about environmental protection and energy efficiency.

With these advantages, electric vehicles represent an innovative and sustainable alternative to traditional vehicles. In addition, they provide drivers with a more economical, environmentally friendly, and pleasant option for transportation.

Try out the best of the future- EV

What are the disadvantages of driving electric cars?

Despite the many advantages, driving an electric vehicle also has some disadvantages.

Here are some key disadvantages:

Driving range: One of the main disadvantages of electric vehicles is the limited driving range on a single battery charge. Although battery technology is improving, most electric vehicles still have a shorter range compared to internal combustion vehicles. This can limit the possibilities of long trips and cause discomfort due to the need to charge more often.

Charging infrastructure: Lack of charging infrastructure can be a challenge for electric car drivers. This is especially pronounced in rural areas or areas with less developed infrastructure. The lack of charging stations can limit the flexibility and practicality of driving an electric car.

Do not worry about range anxiety- Charging network covers everything

Charging time: Although fast chargers are available, the charging time of an electric car is usually longer compared to filling the fuel tank of an internal combustion vehicle. Likewise, it can cause difficulties and waits during long journeys or in situations where fast charging is required.

Cost: Although the cost of driving an electric car tends to be lower over time due to lower operating costs, the initial cost of purchasing an electric car is often higher compared to conventional vehicles. Which can be an obstacle for some drivers when considering the purchase of an electric car.

Although these drawbacks are gradually being addressed through technological advances and infrastructure development, it is important to understand their challenges when considering the transition to an electric car.

Longer range leaf- mini electric, battery pack, electric motor, all-wheel drive

Who is an electric car suitable for?

Electric cars may be suitable for different types of drivers, but they are particularly attractive to certain groups of people and specific situations.

Here’s who electric cars are especially suitable for:

• City drivers

• Drivers who make short journeys

• Drivers who have access to a home charger

• Drivers looking to reduce driving costs

• Drivers who want to reduce their environmental footprint

  

Electric vehicle- Hyundai Ioniq, Ford Mustang Mach e, Gmc Hummer ev

Considering these factors, electric cars can be an attractive choice for a wide range of drivers. Especially for those who drive in urban areas, make short trips or want to reduce their driving costs and environmental footprint.

Tesla vehicles- fully electric vehicles, all wheel drive

What is the future of electric cars?

The future of electric cars promises continued rapid development and expansion of their use.

Here are some key trends and perspectives shaping the future of electric cars:

Technological advances in batteries: The continued development of battery technology is crucial to the further progress of electric cars. It is expected to continue to reduce battery costs, increase capacity, extend driving range, and reduce the weight and size of batteries.

Increasing model range: Car manufacturers are increasingly investing in the development of electric vehicles and announcing the expansion of their range of electric models. The range of electric cars in different classes and price ranges is expected to increase significantly, providing more choices for consumers.

All electric cars in one place- future

Development of charging infrastructure: Further development of charging infrastructure is crucial for the further popularization of electric cars. Moreover, more public filling stations are expected to be built, including fast filling stations, as well as improvements to home filling stations.

Integration of renewable energy sources: Using renewable energy sources to charge electric cars is becoming increasingly important. In addition, the integration of solar panels and other renewable energy sources provides a sustainable and environmentally friendly charging option.

Electric vehicle- electric car batteries, electric motor, EPA estimated range

Autonomous driving: Advances in autonomous driving technology could change the way we use and own cars. Electric cars can be key players in the future of autonomous driving due to their compatibility with advanced control and navigation systems.

Regulation and incentives: Government policies, including subsidies, tax breaks, and regulations, will also have a significant impact on the future of electric cars. Furthermore, incentives for the purchase of electric cars and the construction of charging stations are expected to continue to encourage the adoption of these vehicles.

Overall, the future of electric cars promises a dynamic and sustainable development that will have a positive impact on the environment, economy and society. With technological advances, government support and growing awareness of environmental issues, electric cars are becoming an increasingly attractive option for drivers around the world.

Start the journey with the best electric cars- quick acceleration, performance model

Here is some information about our rental car company:

Car rental: A.S.R. rent-a-car Zagreb,

Our location: Radnicka cesta 80, 10000 Zagreb, Croatia

Our working time: 09h – 18h

Visit our websites:

www.rent-a-tesla.hr

https://www.facebook.com/rentateslazagreb/

#CroatiaRoadTrip #CarRentalsCroatia #ExploreCroatia