AUTONOMÍA REAL DE 11 COCHES ELÉCTRICOS DE 2024 (Tesla Model 3, Hyundai IONIQ 6, Jeep Avenger...)

Motor1 España

25 Jan 202415:58

Summary

TLDRThe video tests the real-world range of 11 electric cars by driving them around Rome's Grande Raccordo Anulare ring road until their batteries hit 5%. The Lucid Air grand touring achieves the longest range at nearly 600km. The Tesla Model 3 ranks second for range and first for efficiency at just 15.1kWh/100km. Other highlights are the aerodynamic Hyundai Ioniq 6 and the powerful yet efficient BMW i5. The video analyzes the results to help understand real-world electric vehicle capabilities and technology advancements.

Takeaways

😀 The test drives 11 new electric cars around Rome's Grande Raccordo Anulare to analyze range, efficiency and cost of use
🚗 The cars tested range from small hatchbacks like the Fiat 500e to large SUVs like the Kia EV9
🔋 Battery capacities range from 64 kWh in the Lexus RZ to 112 kWh in the Lucid Air Grand Touring
📏 The Lucid Air drove the farthest at just under 600 km on a full charge
⚡ The Tesla Model 3 was the most efficient using only 15.1 kWh/100km
💰 Home charging is cheapest at around 0.19€/kWh. Fast charging can be over 0.40€/kWh
💶 Based on a typical charging plan, cost per 100km ranged from 2.94€ in the Model 3 to 8.54€ in the Lexus/Toyota
🛣️ All cars were tested in real-world traffic conditions around Rome close to the speed limit of 130 km/h
📊 The script contains detailed results for each car on range, energy consumption and cost of use
✍️ The video creators invite viewers to suggest ideas for future special tests like this one

Q & A

What is the purpose of conducting the test drive around the Grande Raccordo Anulare in Rome?
-The purpose is to simulate real-world driving of an electric car over a long distance, with variable speeds and traffic conditions, in order to analyze the real-world range and efficiency of the 11 electric cars being tested.
Which car had the longest range in the test?
-The Lucid Air Grand Touring had the longest range at nearly 600 km.
Which car was the most efficient in terms of kWh per 100 km?
-The Tesla Model 3 was the most efficient at 15.1 kWh per 100 km.
What were the key factors that affected efficiency and range results?
-Key factors were battery size, motor power, weight, aerodynamics, driving style, climate control use, and traffic conditions.
How did the Fiat 500e and Jeep Avenger compare in the test?
-Despite having identical powertrains, the Fiat 500e consumed less energy due to its more aerodynamic body shape.
What charging plans were compared for usage costs?
-Home charging at €0.19/kWh and high-power public charging with a BeCharge membership plan at reduced rates were compared.
How did the BMW i5 perform in relation to its specifications?
-The BMW i5 achieved 489 km of range and 16.6 kWh/100 km, which was good compared to its 340 hp motor and 81 kWh battery size.
Why did the Kia EV9 perform well despite its high weight?
-At 2500kg, the Kia EV9 maintained relatively low consumption of 21.4 kWh/100 km thanks to its large 96 kWh battery.
What role did aerodynamics play in the results?
-More aerodynamic models like the Hyundai Ioniq 6 performed very efficiently at highway speeds where drag is more significant.
How can readers use the test results to make purchase decisions?
-The results help readers understand real-world range, efficiency, and usage costs to determine if a model meets their needs.

Outlines

00:00

😊 Introducing the 11 EVs being tested

The first paragraph introduces the 11 electric vehicles that will be tested in the range and efficiency challenge on the Grande Raccordo Anulare highway around Rome. It provides an overview of the diverse set of vehicles including large and small models, sedans, SUVs, and flagship brands from Europe, Asia and the US.

05:02

🔋 Specs and features of the EVs

The second paragraph goes into more detail about the specs and notable features of each EV in the test, such as battery capacity, power, dimensions, design elements, and advanced technology. Models covered include the BMW i5, BYD Seal, Fiat 500E, Hyundai Ioniq 6, Jeep Avenger, Kia EV9, Lexus RZ, Lucid Air, Tesla Model 3, Toyota bZ4X, and Volkswagen ID.7.

10:04

🚦 Rules and setup for the efficiency test

The third paragraph explains the rules and setup for the efficiency test: The EVs will drive around the Grande Raccordo Anulare loop at a steady speed of 130 km/h (110 km/h in tunnels), with A/C on and windows closed. The test ends when battery reaches 5%. Data will be collected on range, energy consumption per 100 km, and charging costs.

15:05

🏁 Test results: Range, efficiency and costs

The fourth paragraph presents the test results, ranking the EVs on range, energy consumption per 100 km, and charging costs. The Lucid Air had the longest range at just under 600 km. The Tesla Model 3 was the most efficient at 15.1 kWh/100 km. Charging costs varied widely depending on charging speed.

Mindmap

Keywords

💡electric car

Electric cars are automobiles that are powered by electric motors instead of internal combustion engines. They use batteries to store the electricity that powers the motors. Electric cars are a major theme in this video, which tests the real-world range of 11 of the latest electric car models.

💡range

The driving range refers to how far an electric vehicle can travel on a single full charge of its battery pack. Range is a key consideration for potential electric car buyers worried about running out of charge. The video aims to test the real-world range of the latest electric cars.

💡battery

The battery pack stores the electric energy that powers an electric car. Larger battery packs generally enable longer driving range but increase the car's weight. The video compares cars with battery sizes from 50 kWh like the Fiat 500e up to over 100 kWh for the Lucid luxury sedan.

💡efficiency

Efficiency measures how much energy is consumed by an electric car over a given distance. The most efficient cars use less battery energy to travel the same distance. Efficiency helps maximize driving range.

💡aerodynamics

The aerodynamic shape of a car influences its energy efficiency, especially at highway speeds. More aerodynamic shapes like the tapered Hyundai Ioniq 6 can boost range compared to boxy shapes.

💡regenerative braking

Regenerative braking allows electric cars to recover some energy when slowing down instead of losing it as heat. The cars in the test use regenerative braking to help maximize their range.

💡fast charging

Fast charging stations can recharge an electric car's battery to 80% in under 30 minutes. But fast charging is more expensive than slow, overnight charging at home.

💡electricity cost

The video compares the electricity costs for charging each electric car. Cost per mile is lower for more efficient cars. Home charging is cheaper than fast public charging.

💡real-world conditions

Rather than laboratory tests, the video evaluates electric car range with real-world driving on public roads in Rome, including traffic and driving at different speeds.

💡latest models

The video tests range of the newest electric car models including the BMW i5 sedan, Tesla Model 3, Hyundai Ioniq 6, and more to compare the latest EV technologies.

Highlights

Introduction provides a comprehensive overview of the research topic and its significance.

The methodology section outlines innovative techniques that were employed in the study.

Findings reveal a novel correlation between variables X and Y, challenging existing theories.

Discussion section offers insightful interpretations of the results and their implications for future research.

Theoretical framework presents a new perspective on understanding the phenomenon under study.

Practical applications section discusses how the findings can be implemented in real-world scenarios.

Key limitations are acknowledged, providing transparency and avenues for future investigation.

The study's implications for policy-making are discussed, highlighting its potential societal impact.

Noteworthy ethical considerations are addressed, ensuring the study adheres to ethical guidelines.

Future directions section proposes exciting avenues for further research and experimentation.

The research team's interdisciplinary approach enriches the study's perspectives and insights.

Implications for industry stakeholders are outlined, emphasizing potential collaborations and innovations.

Notable challenges encountered during the research process are discussed, offering valuable lessons learned.

The study's contributions to the field are summarized, highlighting its significance and originality.

Conclusion encapsulates the key findings and implications, leaving a lasting impact on the reader.