Hello to all Internet users who follow this blog!
Since leaving Brussels, it has been impossible for me to publish articles on this blog every day. Fatigue at the end of the day, the ups and downs of the trip, the drowning of my computer made it all impossible.
On the other hand, I publish several posts per day on Facebook (fast)
and the best images on Instagram solar adventures
I invite you to find me on these social networks!
This is a route I mapped out at home, with maps and apps. Apart from the compulsory checkpoints, we have complete freedom to choose the route. So I chose to go through a few specific places:
– in Germany, the city of Magdeburg, to see The Green Citadel created in 2005 by Hundertwasser, brilliant Austrian architect and environmentalist,
– in Poland, the forest of Białowieża, which is the last primary lowland forest in Europe, a forest unexploited by man for centuries,
– in Romania, the city of Cluj Napoca, which is twinned with Dijon where I live,
– as well as Pécs in Hungary,
– and Guimarães in Portugal.
But of course, lots of unforeseen events await us: meeting people who warmly recommend a place, a city, the desire to take the road for a while with other solar cyclists, breakdowns perhaps …
This map is therefore a landmark today, but it is impossible to know which course will be mine in the end.
48 solar cyclists of 10 different nationalities are registered for Sun Trip Europe, which departure is scheduled for June 15 in Brussels.
Hopefully the health context will be favorable and allow everyone to participate!
Below, find each participant on their social network or blog: discover their preparation, their expectations, their enthusiasms before the big departure …
Notice to participants: for any addition or correction, contact:
The Sun Trip Europe was on France 2, on the 1pm TV news this Sunday!
Bravo to the courageous solar cyclists of the prologue: they climbed the Ballon d’Alsace under the clouds!
I had met him in Pau last summer, he had come to meet the participants of the Sun Trip France 2020 and to see their solar bikes. He was very enthusiastic about this mode of transport, and we had a good chat!
Grégory has made his project a reality: since last fall, he has been traveling by solar bike to the various places where he leads workshops for young audiences. 2000 km traveled to date! This approach is fully consistent with the purpose of its activities: discovery of nature, scientific, sensitive or artistic approach, preservation of the environment … (Find out more on Terra Pitchoun )
Grégory found good listening with Déclic Éco who designed and built the bike perfectly suited to his professional needs.
The Sun Trip achieves its objective: to spread the concept of solar bike!
Leaving Lyon on June 1, the participants in the Sun Trip prologue continue their journey. They went from the Jura mountains to the Vosges mountains, with unfavorable weather: the brave had to pedal in the rain, sometimes the storm, they climbed the Ballon d’Alsace under the clouds! Find them in this video by Sophie Planque and Jérémy Vaugeois.
Bernard Cauquil has the privilege of appearing in this report on the Sun Trip Europe of France3 Auvergne Rhône-Alpes, Bernard Cauquil who totally designed and built this fantastic solar bike, with original and innovative characteristics.
Read the full article on Euronews
This morning, in Lyon, the start of the Sun Trip Europe prologue was given at the Town Hall, in the presence of the mayor Grégory Doucet, elected officials of the city and the Metropolis, Ferran Tarradellas Espuny, representative in France of the European Commission.
The speeches present the exemplary values carried by the Sun Trip: the search for sustainable mobility to meet climate challenges, a challenge that we must face together within Europe. Mr. Ferran Tarradellas Espuny recalls the motto of Europe: “united in diversity”, this diversity that we will discover and taste throughout our journey.
This motto also reflects the spirit of the Sun Trip, with its values of inclusiveness: a group of people with disabilities participate in the prologue with adapted solar bikes, the Benur , designed by a Lyon company.
The organization of the Sun Trip has published the trailer for the event, with the 5 compulsory passage points for all solar bikes.
The rest of the itinerary is at the discretion of the participants. Some plan a fairly direct route, others announce detours through Sweden. Further on, participants will be tempted to cut through Belarus and Ukraine, while most will cross Slovakia and Hungary to join Romania.
But the evolution of the health situation in each country could shake up the projects …
From my first participation in the Sun Trip in 2017 until today, I have experimented with different configurations of solar bikes.
Here are the basic principles that guided my constructions:
– from 2017 to 2019, I wanted to be able to take my vehicle by train. So I opted for a classic bike associated with a single-wheel trailer carrying the solar panels (which could tilt vertically).
– for the Sun Trip 2020 which was to take us to China, my goal was to be able to have as much solar energy as possible. So I associated my solar trailer (3 panels) with a recumbent bike on which I added a solar roof (2 panels). Thus, I reached the maximum solar surface accepted on the Sun Trip (almost 2.5 m² which corresponds to a power of 500Wp). In 2021, I transformed the trailer a bit.
Here, I have finished a little video which traces my preparation for the Sun Trip since March, with moments of enthusiasm and the vagaries of this spring.
N.B .: Subtitles are available in English, Spanish, German, and French!
Today, everyone agrees that it is urgent to reduce our CO² emissions. I was just wondering what the differences were in terms of CO² emissions between the different modes of transport.
The answer to this simple question is ultimately quite complex: many factors go into the calculations, starting with the average number of passengers in a plane, in a car.
For the table below, I used the data * published by the European Environment Agency to calculate the CO² emission for a trip of 10,000km, i.e. the distance we will travel during the Sun Trip Europe.
To give yourself a scale of these values, the easiest way is to compare them to the annual CO² emissions of a French person, i.e. 12 tonnes of CO2 equivalent through his travels and his accommodation ( heating, hot water, electricity) for one year.
We can see that by plane, a trip of 10,000 km would increase the annual carbon footprint of a French person by almost a quarter!
N.B .: the approach presented above does not take into account the manufacture of vehicles.
Here is a visual that clearly shows the volume of carbon emissions for each mode of passenger transport in Europe.
This infographic was published in the magazine @KaizenMag n ° 26 dedicated to the theme #VoyagerAutrement #TourismeDurable #FlyingLess #Transition #Ecology #Tourism #voyage
The Benur bicycle meets the travel needs of people with reduced mobility. Its ramp at the rear allows independent access with a wheelchair and, if necessary, to take a passenger.
Going to work, shopping, taking children to school, going to the cinema, everything is possible with Benur! And thanks to its removable bench, it can also carry heavy loads.
The Benur bike is available in a version with a solar roof, which allows the battery to be recharged throughout the day.
Learn more: https://benur.net/
This bike is developed by a company that hosted the Sun Trip on its premises on July 30, 2020.
Obviously, this month of April will have been marked by the re-containment and the limit of 10 km around the home! Luckily, half of my perimeter was surrounded by nature and was quite hilly. It was also the opportunity to discover or rediscover side roads and small forgotten roads … I saw spring unfold visibly, despite an episode of snow and night frost.
By knitting in this perimeter, I increased the distance covered each week. For my longest outing, I managed to do a 200 km lap with 2600m of vertical drop!
April ends with rain! Suddenly, the bike remains in the garage and I take this opportunity to refine the itinerary for this summer and publish a few articles.
While Suntripers design their bikes for long distance travel, other people imagine a more urban solar bike, for everyday use, for family use.
This is the case of the Vhélio association which wishes to promote an alternative to the car. She designed a solar vehicle that allows getting around in a practical, economical and ecological way. The vehicle can transport 2 adults and 2 children, and it has storage space (for shopping and more …).
In addition, the objective of the association is to provide the plans and the list of parts to allow everyone to build their own solar vehicle (VhéliO’tech). The finalization of the design of the VhéliO’tech kits is the subject of a crowdfunding campaign, to be found here .
The Vhélio in the media:
At the end of March, I took advantage of a period of full sun to restart my solar bike. I was able to carry out 3 outings before confinement, with several objectives:
– test the various modifications or repairs carried out on the bike this winter,
– get used to pedaling again for a whole day,
– test different settings to better manage engine consumption (my average consumption in Wh / km on the Sun Trip France in 2020 was quite high).
Another objective, not the least, was to take advantage of this beautiful spring atmosphere by visiting the Côte-d’Or and the Saône-et-Loire.
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In this season, the solar radiation is obviously less strong than in summer, the available energy is about 60% of what it is in July. If during the summer of 2020 I collected around 3000 Wh / d on the best days, here I have recovered up to 2000 Wh / d, which is already not so bad.
The solar charge was increased thanks to the absence of wind which made it possible to ride with the panels tilted at the start and end of the day. But the wooded parts of the course made it difficult to catch the light, even with trees without leaves!
To maintain a balance between consumption and production, I tested different settings in the Cycle Analyst depending on the terrain (maximum speed, maximum power, etc.)
On the first ride, I used too little the battery in the morning. So much so that during the meal break, with the panels perfectly oriented, my battery recharged very quickly. At half-time during the break, I had the feeling of “losing” this precious solar energy which could no longer enter my full battery!
During the next 2 outings, I corrected the shooting by increasing the speed in the morning and therefore the fuel consumption. Downtime is in fact privileged moments of charging when the panels can be perfectly oriented towards the sun.
Overall, I managed to balance production and consumption until 5:30 p.m., then production became too low to cover consumption. And no question of reducing consumption: I had to be home by 7 p.m., curfew time!
The “Breizh Sun Trip” will take place in Brittany from June 27 to July 7, 2021. This tour will offer ten stages, from 60 to 120 km, to discover some of the most beautiful sites in the region, in the cities, on the coast or inland.
About thirty participants are already pre-registered!
Here is an overview of the route in preparation, from Lorient to Saint-Malo!
If you are interested in joining the group, register on this form: https://forms.gle/dJY2K6onKWE6H7U46
It was the 3rd great preparation outing for the Sun Trip Europe before the reconfinement.
I was able to enjoy the beautiful landscapes of Côte-d’Or, visit corners that were unknown to me. And I even drove a bit in Saône-et-Loire. It was good to ride in the sun, without fear of miles.
To say that the confinement will soon lock us into a 10km perimeter around our home!
Tour: 232 km
Elevation +: 1590m
Consumption: 2540 Wh
Production: 2010 Wh
The first outing being conclusive, I wanted to continue my momentum and exceed 200 km during the day. The sun was 100% with me, but the solar power is obviously less in March than in summer (between 60% and 70%). I wanted to see the amount of energy produced by the panels under these conditions.
Consumption: 2130 Wh
Production: 1720 Wh