Wiktor Wise
Electric vehicles (EVs) are known to be heavier than their internal combustion engine (ICE) counterparts, and Porsche's EVs are no exception. The weight of an EV is largely due to the batteries, which can add around 650kg to the total weight of the vehicle. In the case of Porsche's Taycan Turbo, the weight of the battery pack needed to provide 201 miles of range contributes significantly to the overall weight of the car. Additionally, the use of electric motors to power various components, such as seats, and the inclusion of safety features and equipment, further contribute to the weight of Porsche's electric vehicles. While Porsche has managed this weight effectively, with some even praising the handling of their EVs, the weight of the vehicles remains a notable characteristic.
| Characteristics | Values |
|---|---|
| Weight of Porsche Electric Vehicles | 5000 lbs or more |
| Reasons for Heavy Weight | Use of electric motors to power things like seats, large batteries, safety equipment, bigger brake discs, bigger wheels, and other components to support the extra weight |
| Impact of Weight on Performance | Extra weight is turned into power, improving performance |
| Comparison to ICE Vehicles | EVs are ~15% heavier than ICE vehicles, which are already heavy |
| Weight Impact on Range | Adding range to EVs has a weight penalty; Porsche Taycan needs an extra 1189 lbs of battery for the same range as Tesla Model S |
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What You'll Learn
- Electric Porsche vehicles are heavy due to their large battery packs
- The weight of the battery increases as efficiency decreases
- The weight of the car is turned into power capital
- The weight of the car is also impacted by the addition of safety equipment
- Larger wheels and other components add to the overall weight of the vehicle
Electric Porsche vehicles are heavy due to their large battery packs
The weight of electric vehicles is a well-known paradox. While weight is generally undesirable in a car, electric vehicles seem to defy this convention. The extra weight in electric vehicles, particularly in the case of Porsche, comes from the larger battery packs needed to power the car and provide a sufficient range. This weight is turned into power, with the electric motors being very dense in power. As a result, the weight is compensated by improved performance, which is a unique characteristic of electric vehicles.
The weight of the battery packs in electric vehicles has implications for various aspects of the car's performance. For example, it takes more energy to accelerate a heavier car, and subsequently more energy to slow it down. This can impact the efficiency of the vehicle, as well as the wear and tear on the car and the roads. Additionally, the larger battery packs contribute to the overall size and weight of the vehicle, making it heavier and bulkier.
While the large battery packs in electric Porsche vehicles contribute significantly to their weight, there are other factors at play as well. The addition of electric motors to power various functions, such as seats, also adds to the overall weight. Furthermore, the inclusion of advanced safety features and equipment has resulted in heavier wiring harnesses and other components. Larger brake discs are also required to stop these heavier vehicles, further contributing to the overall weight.
Despite the challenges posed by the weight of electric Porsche vehicles, Porsche has done an impressive job of managing it. The Taycan 4S, for instance, has a low center of gravity, which makes it feel agile and responsive. Porsche's engineering expertise has allowed them to strike a balance between weight and performance, resulting in electric vehicles that handle exceptionally well despite their weight. Over time, as battery technology advances and becomes more efficient, we can expect to see electric vehicles that are lighter and more powerful than their internal combustion engine counterparts.
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The weight of the battery increases as efficiency decreases
The weight of electric vehicles is a well-known issue, and Porsche's electric vehicles are no exception. While Porsche has engineered its electric vehicles (EVs) to handle the extra weight, it is still a concern for some drivers. The weight of the battery in an EV is a significant contributor to the overall weight of the vehicle, and as efficiency decreases, more battery power is required, leading to an increase in weight.
In the case of Porsche's Taycan Turbo, the vehicle's efficiency rating was disappointing, and as a result, it requires a large battery pack to provide a suitable range. The Taycan Turbo uses a 93.4 kWh battery to achieve a range of 201 miles. In comparison, the Tesla Model S Long Range can achieve a range of 373 miles with a 100 kWh battery pack. This means that despite having a smaller range, the Porsche Taycan Turbo has a similar battery weight to the Tesla Model S.
The weight of the battery is a critical factor in the overall weight of an EV. As battery technology improves, the weight of EVs is expected to decrease over time. However, currently, the weight of the battery is a trade-off for the range and performance of the vehicle. The extra weight of the battery also impacts other components of the vehicle, such as the brake discs, which need to be larger to accommodate the heavier vehicle.
While the weight of EVs is a concern, it is important to note that the power-to-weight ratio of EV motors is higher than that of internal combustion engines. This means that despite their weight, EVs can still offer impressive performance and acceleration. Additionally, the low center of gravity in EVs like the Porsche Taycan can help to mitigate the feeling of heaviness during driving.
Overall, the weight of the battery in an EV is directly related to its efficiency, and as battery technology advances, we can expect to see improvements in the power-to-weight ratio of these vehicles, making them even more competitive with their internal combustion counterparts.
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The weight of the car is turned into power capital
Porsche electric vehicles are heavy due to several factors, and while weight is typically undesirable in a car, Porsche has managed to turn this weight into power capital.
Firstly, electric vehicles, in general, have large and heavy batteries. The weight of the battery pack in an electric car is directly related to its efficiency, and modern batteries do not store as much energy as a traditional gas tank. For example, the Porsche Taycan Turbo uses a 93.4 kWh battery to provide 201 miles of range. This results in a significant weight penalty, with the Taycan Turbo weighing in at 5132 pounds, which is 249 pounds heavier than the Tesla Model S Long Range.
Additionally, the weight distribution in the Porsche electric vehicles contributes to their performance. While the cars are heavy, they have a low centre of gravity, which enhances their handling and acceleration capabilities.
The weight of electric vehicles also includes the additional safety features and equipment that are standard in modern cars. This includes items such as electric motors to power seats, larger brake discs, and bigger wheels, all of which contribute to the overall weight.
While the weight of Porsche electric vehicles is substantial, the company has successfully transformed this weight into power capital through efficient engineering, resulting in impressive performance and handling characteristics.
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The weight of the car is also impacted by the addition of safety equipment
The weight of Porsche electric vehicles is impacted by several factors, and one significant contributor is the addition of safety equipment. Safety features have been standard in cars for decades, but the weight impact of these features has become more pronounced with the recent increase in vehicle size.
One notable aspect is the wiring harness, which has become heavier due to the inclusion of advanced safety technologies. This increase in wiring weight is a direct result of the growing number of safety features that require electrical connections. Additionally, bigger brake discs are now necessary to stop these heavier vehicles, further adding to the overall weight.
The shift towards larger vehicles, such as SUVs, has also played a role in the increased weight of Porsche electric vehicles. The larger dimensions of these vehicles contribute to their overall weight, and the bigger wheels commonly found on SUVs add to the unsprung weight. This trend towards larger vehicles and wheels is not limited to Porsche but is seen across the automotive industry.
Furthermore, the addition of electric motors to power various components, such as seats, has also contributed to the weight gain. While these electric motors enhance comfort and convenience, they add to the overall weight of the vehicle.
It is worth noting that while the safety equipment and larger dimensions contribute to the weight, Porsche has demonstrated impressive engineering in managing this weight effectively. Despite the heavy weight, Porsche electric vehicles, such as the Taycan, are known for their exceptional handling and performance. The low centre of gravity in the Taycan, for example, helps it feel nimble and responsive, masking the weight of the vehicle.
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Larger wheels and other components add to the overall weight of the vehicle
The weight of Porsche electric vehicles is partly due to larger wheels and other components. The obsession with larger wheels has increased the unsprung weight of vehicles. As a result, other components have had to be beefed up to support the extra weight, adding even more weight. For example, brake discs have gotten bigger to stop these heavier vehicles.
In addition to larger wheels, the weight of Porsche electric vehicles can also be attributed to the use of electric motors to power things like seats. The weight of the vehicle is also impacted by the safety equipment and technology that has been added, which has resulted in heavier wiring harnesses.
Furthermore, the weight of Porsche electric vehicles is also affected by the size of the batteries. The Porsche Taycan Turbo, for instance, uses a 93.4 kWh battery to provide 201 miles of range. The weight of the battery pack increases massively as efficiency decreases. This is a common issue with electric vehicles, as modern batteries don't store as much energy as traditional gas tanks.
The extra weight of Porsche electric vehicles can also be found in the motors, which turn that weight into power capital. The rear-wheel-drive model, for instance, is technically lighter but much less powerful.
Overall, while larger wheels and other components contribute to the weight of Porsche electric vehicles, it is important to note that weight distribution and management are also crucial factors in the overall driving experience and performance of these vehicles.
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Frequently asked questions
Porsche electric vehicles, such as the Taycan, are heavy due to the weight of their batteries. Modern EV batteries do not store as much energy as a traditional gas tank, so as efficiency decreases, the weight of the necessary battery pack increases.
Porsche electric vehicles are heavier than their non-electric counterparts. For example, the Porsche Taycan Turbo is 249 pounds heavier than the Tesla Model S Long Range, despite having a smaller battery.
The extra weight of Porsche electric vehicles can affect their handling and acceleration. However, the weight is turned into power, with the Porsche Turbo S using its extra weight in motors to compensate for the extra weight with performance.
Porsche electric vehicles are generally heavier than other electric vehicles of similar size and specifications. For example, the Porsche Taycan Turbo weighs 5101 pounds, while the Tesla Model 3 Performance weighs 4030 pounds, which is over a thousand pounds lighter.
While the weight of Porsche electric vehicles can impact their performance, it also provides a lower center of gravity, improving stability and handling. Additionally, the weight is turned into power, resulting in impressive acceleration capabilities.
