ENVIRONMENTAL PROTECTION THROUGH BICYCLE COMMUTING

The number of commuters is steadily increasing. Especially the big cities like Berlin, Hamburg, Stuttgart or the Ruhr area suffer from the growing rush hour traffic. CO2 emissions are particularly high in the shorter inner-city routes. Over a distance of 10 kilometres, an average of 310 tonnes of CO2 emissions per year are generated per car. Current estimates assume that we could easily replace a total of 55 billion car kilometres per year with a bike - an immense savings potential for climate and air quality.

CYCLING IS ACTIVE ENVIRONMENTAL PROTECTION

Copenhagen is probably one of the most famous bicycle cities. The fact that bicycles account for a good 27 percent of traffic here is mainly due to the well-developed cycling infrastructure. The metropolis thus saves around 90,000 tons of CO2 per year. Even in Germany, where the bicycle currently accounts for only 11 percent of all means of transport, there is great potential for reducing the burden on the environment through daily cycling - and this goes far beyond pure CO2 savings:

  • Less carbon dioxide: According to a study by the Federal Environment Agency, a total of 11 percent of CO2 emissions can be saved annually through more bicycle traffic in Germany. That is at least three million tonnes of carbon dioxide, which is harmful to the climate and health.
  • Less particulate matter: Cycling reduces the amount of particulate matter currently caused by road traffic in Germany by about 30 percent. In some large cities, the figure is even over 50 percent. The concentration is quite high, especially at traffic lights - not only harmful for pedestrians, but also for the drivers themselves.
  • Less noise: Bicycles and e-bikes are quiet and reduce the noise pollution caused by road traffic. Many people hardly perceive the permanent noise level as noise. But especially in Germany's cities, people and the environment are exposed to constant noise pollution, which often exceeds the guideline values for health and well-being.
  • Less space required: Cycling saves space. As the volume of traffic increases, so does the need for space for flowing and stationary traffic. The streets are congested and there is not enough space everywhere for cars to stop and park. Bicycles, on the other hand, consume much less space. A single car park alone can accommodate a good 8 bicycles.

TIP: SUSTAINABLE E-CYCLING WITH GREEN ELECTRICITY

Electronically assisted bikes are sometimes criticized as being environmentally unfriendly. However, their energy consumption is significantly lower than that of a car, making the switch noticeably beneficial.
In order to charge the battery for the electric drive as environmentally friendly as possible, switching to an eco-electricity supplier is the best step. If you have solar cells on your roof, you can charge your bicycle battery directly from the sun. Occasionally there are even already public solar filling stations for e-bikes.

YOUR CONTRIBUTION TO THE ENVIRONMENT PAYS OFF SEVERAL WAYS

Autostellplatz versus Fahrradstellplätze

Foto: (Copyright) CarBikePort

Environmental benefits can only be realized if more people make the switch to cycling. Particularly for shorter trips, Germany has the potential to more than double the number of cyclists. The key to this shift lies in individual motivation. There are numerous reasons to make the change, as commuting by e-bike not only helps protect the environment but also significantly boosts your own well-being:

  • Sustainable switch: Especially with an e-bike, the permanent switch from commuting by car or train to cycling is made easier. You don't have to buy a new bike or pedelec to do this, you can simply equip your bike with the Pendix retrofit kit.
  • Healthier commuting: Switching to electric cycling is good for your health. In our article "Healthier commuting" you can learn more about the positive effect.
  • Stress-free commuting: Self-determined commuting, no traffic jams, and no more searching for parking—e-bike commuters enjoy a stress-free ride. You can read about the effects of this in our article "Commuting without stress".

IN DIRECT COMPARISON: THE COST OF CAR AND BICYCLE

Every means of transport costs money - and that on very different levels. The user has to pay for the purchase and the ongoing operating costs. A direct comparison shows how personal costs differ between bicycle and car commuting:

E-bike usage costs

 

11.5 cents per kilometer cycled 

(with a new value of 1,700.00 euros, an annual mileage of 3,600 km, use over 8 years, with regular standard repairs and a rechargeable battery purchase)

Car usage costs

 

73.60 cents per kilometer driven

(VW Golf, with a usage of 75,000 kilometers in 5 years, incl. depreciation, operating costs, fixed costs, standard maintenance)

Here are the costs for switching to commuting with Pendix

Before you start saving on costs by switching to a bike, an initial investment is required. But it's worth it in several ways: cycling with electric drive makes you happier, promotes health and ensures a stress-free journey to and from work!

Kosten Umstieg auf Pendix

Acquisition costs

depending on bike type and performance from 1649.00 euros

Installation costs

75.00 - 150 euros

Charging costs for a 300 Wh battery

approx. 0.3 kWh, i.e. approx. 9 cents (natural current 28.95 cents per kWh) for 45 - 105 kilometers

Charging costs for a 500 Wh battery

approx. 0.5 kWH that is approx. 15 cents (natural power 28.95 cents per kWh) for 69 - 160 kilometers

Protective helmet

approx. 50 euros

Weatherproof clothing (wind/rain jacket, under-jacket, gloves, rain trousers)

approx. 150 euros

Rainproof saddlebags

approx. 80 Euro

High quality lock

approx. 50 Euro


Would you like to know which Pendix is right for you?

You can use our configurator to find out which product suits your routes.