Because we’re Finnished… with tons of problems brought up by conventional vehicles, ranging from the increasing price of fuel to the “parking lot” challenge, and so far, the environmental impact of transportation, from the moment owning a sähköskootteri (electric scooter).
“They have limitations in terms of range, speed, and carrying capacity compared to a personal car, right?”. Yeah, but just wonder whether you have to travel for more than 20km in a rush at 50-60 km per hour (something impossible within the city), carrying a group of more than four people on a daily basis, and also can pay €5,800 annually to maintain the vehicles. Unless that is your case, why don’t you try this sähköskootteri (electric scooter)?
With the rapid advancements in technology, e-scooters are becoming one of the best alternatives for daily traveling—higher speed. Further traveling. Longer Battery. More affordable. Less emission. Turning this into a promising solution for a convenient and sustainable transportation option.
Nevertheless, these compact vehicles offer numerous benefits to not only ourselves but also our community when it comes to the environment, especially in reducing carbon emissions.
In this article, we will explore why sähköskootteri (electric scooters) are the future of transportation as well as how you, as a user, contribute to a cleaner and greener environment.
Sähköskootteri (electric scooter) and the Environment
First and foremost, a sähköskootteri (electric scooter) produces zero emissions during operation.
Unlike their conventional gasoline-powered counterparts, e-scooters run on rechargeable batteries and electric motors, eliminating the release of harmful pollutants and greenhouse gases into the atmosphere.
Thanks to its compact design, this vehicle also contributes to mitigating traffic congestion, which is the main source of carbonization of transportation.
These features result in cleaner air quality, reduced air pollution, and a smaller carbon footprint.
Furthermore, sähköskootteri (electric scooters) are energy-efficient and have low energy consumption compared to traditional vehicles. They require significantly less energy to operate, making them more sustainable and cost-effective in the long run.
Not mentioned yet, a further movement is to plug into electricity grids that increasingly rely on renewable energy, such as solar or wind power.
This reduced strain on power grids and decreased demand for fossil fuels, leading to a more sustainable energy ecosystem.
In addition to air pollution, sähköskootteri (electric scooters) produce significantly less noise pollution compared to internal combustion engine cars.
The absence of a noisy engine reduces the overall noise levels in urban areas, leading to a more pleasant and peaceful environment for both riders and pedestrians.
If there is any bit of concern about the effect of e-scooter on the environment, you can look at the governments, who are investing in developing more and more appropriate infrastructure and regulations, in encouraging citizens to use this type of vehicle.
These are the experts and the ones who always work hard for the best outcome for the community. We can trust their vision of cities with sustainable and livable urban environments and improved mobility options for their residents.
Components of a Sähköskootteri (electric scooter)
Besides the aforementioned effects, a sähköskootteri (electric scooter) itself is already a contribution to the environmental protection progress.
They are frequently made with environmentally friendly materials. Many producers place a high priority on sustainability by using recycled materials, decreasing waste generation, and utilizing energy-efficient production techniques.
Next, it’s essential to examine their components. A sähköskootteri (electric scooter) consists of a rechargeable battery, an electric motor, a controller, a braking system, and a frame.
- The rechargeable battery stores the electrical energy needed to power the scooter.
- The specialty is the electric motors used in these scooters.
They convert a higher percentage of the energy stored in the battery into actual mechanical motion compared to traditional internal combustion engines.
This means that e-scooters can achieve greater energy efficiency, requiring less energy to travel the same distance compared to traditional scooters.
- The controller regulates the speed and acceleration, ensuring a smooth and efficient ride.
- Furthermore, sähköskootteri (electric scooters) often feature regenerative braking systems.
The electric motor acts as a generator and transforms the scooter’s kinetic energy into electrical energy when the user uses the brakes. The battery receives this energy again, partially recharging it.
Regenerative braking helps extend the scooter’s range and reduces the amount of energy required from the grid to recharge the battery.
Overall, these components work together seamlessly, providing an eco-friendly and convenient mode of transportation.
Reducing Carbon Footprint while Driving
Although e-scooters are ecologically benign in and of themselves, users may further reduce their carbon footprint by establishing eco-friendly practices like:
- Maintaining adequate tire pressure,
- Using regenerative braking systems;
- Using effective driving methods, such as moderate acceleration, maintaining a constant speed, avoiding excessive idling, and predicting traffic circumstances to reduce the need for sudden acceleration or braking;
- Choosing sustainable energy sources, including solar or wind power, to charge their scooters
- Combine with Public Transportation or Active Modes, whenever feasible: bus, train, cycling, or walking.
By adopting these habits and practices, you can significantly reduce your carbon footprint while driving, contributing to a more sustainable and environmentally friendly transportation system.
The Sähköskootteri (electric scooter) is for the future
Better for daily commutes
The requirement for effective and sustainable transportation systems grows as cities expand and urbanization increases. To satisfy these needs, sähköskootteri (electric scooter) provides a versatile and affordable alternative.
They are perfect for short-and average-distance travel since they lessen the need for bigger cars and efficiently avoid traffic congestion since they are lightweight, maneuverable, and take up less space. In other words, they are appropriate for metropolitan settings.
Furthermore, the performance and range of e-scooters are enhanced because of advances in battery technology, making them a practical choice for daily commuting requirements.
Obviously, the initial cost for an e-scooter is further cheaper than one for a car. And this is also true for the maintenance cost.
Research by the Finnish Transport and Communications Agency found that owning a car in Finland costs, on average, 5,800 euros per year. This covers costs for things like gas, insurance, upkeep, repairs, and parking fees.
The expense of alternate forms could be significantly different. In Helsinki, a monthly pass for public transit will run you about 55 euros, while every single ride costs about 3.20 euros. At the same time, owning and operating a sähköskootteri (electric scooter) might run you anywhere from 20 to 80 euros per month.
According to these approximate calculations, one might save almost 5,000 euros annually by not owning a personal e-scooter. It may differ based on a person’s unique circumstances, but it’s still something to think about.
More and more Service
Furthermore, the rise of shared mobility services has propelled the popularity of sähköskootteri (electric scooter).
Companies offering dockless rentals have emerged in numerous cities, providing convenient access to sustainable transportation options.
These services allow users to unlock and rent sähköskootteri (electric scooter) using smartphone applications, promoting the concept of shared transportation and reducing the number of privately-owned vehicles on the road.
In summary, e-scooters are laying the foundation for a future that is cleaner and more sustainable. They are an appealing replacement for conventional gasoline-powered scooters because of their zero-emission operation, small size, and mobility. We may anticipate even more effective and potent sähköskootteri (electric scooter) to become accessible as technology develops, contributing to a greener transportation landscape.