🔋The EV performed well, but limited charging infrastructure caused inconvenience.
⛽The diesel car had a long range and efficient fuel consumption.
🌿The hybrid car provided a balance between electric and fuel power.
🗺️Planning the route and charging stops is crucial for long distance EV travel.
🛣️Road closures and detours can significantly impact travel time.
Which car had the longest range?
—The diesel car had the longest range, consuming less than five liters per 100 kilometers.
What was the biggest challenge with the EV?
—The biggest challenge was the limited charging infrastructure, causing inconvenience and range anxiety.
Why did the hybrid car provide a balance?
—The hybrid car combines electric power with fuel power, allowing for longer range and reduced fuel consumption.
How did road closures impact the journey?
—Road closures and detours added extra kilometers and increased travel time.
What were the key takeaways from the test?
—The test highlighted the importance of planning charging stops and considering the availability of infrastructure. The diesel car had the longest range, but the EV and hybrid cars showed the potential of electric power for long distance travel.
00:00We conducted a test to compare the performance of an EV, a diesel car, and a hybrid car in a long distance drive.
00:32The EV performed well, but the limited charging infrastructure caused inconvenience and range anxiety.
02:03The diesel car had the longest range, consuming less fuel per kilometer.
06:57The hybrid car provided a balance between electric and fuel power, offering a good range and reduced fuel consumption.
08:34Planning the route and charging stops is crucial for a successful EV journey.
10:39Road closures and detours added extra kilometers and increased travel time.
12:53The test highlighted the importance of considering infrastructure availability and planning for long distance EV travel.
