employees, the new migrating birds

podcast mobilize
OPEN WORLD

employees, the new migrating birds

(podcast in French)
  • energy transition
  • shared mobility

 

Current challenges require from us an optimization of the resources that we have at our disposal. At the top of the list: professional vehicles, the use of which can be greatly improved. In this context, business leaders have access to new partners who help them find new uses for their fleets. What are the major trends in terms of this mobility, facing environmental issues and different needs in the professional field ?

Virginie Boutueil, Deputy Director of the Laboratoire Ville Mobilité Transport (Ecole des Ponts ParisTech), and Guillaume Naegelen, Head of Mobilize Share at Mobilize, explore with you the new habits of these multimodal employees.

Intervention of Virginie Boutueil, Deputy Director of the Laboratoire Ville Mobilité Transport (Ecole des Ponts ParisTech):

What are the main trends in professional mobility?

If we focus more specifically on the question of corporate car fleets, there are some major issues to be positioned and this can be done, for example, on the French scale, which is an interesting case study. In France, company car fleets represent about 15%-16% of the total fleet of light vehicles, i.e. the total fleet in circulation, but when we say that, we must not forget that insofar as these vehicles are used particularly intensively compared to other vehicles owned by households, for example, these 15%-16% of the fleet become 25% of the kilometres travelled by light vehicles and 25%-30% of the greenhouse gas emissions of the fleet of light vehicles in circulation in France.

In fact, we are dealing with a fleet with significant environmental and energy impacts. We are also dealing with a fleet with significant social impacts. Insofar as these mobilities are intensive, there are problems of accidentology, travel safety, fatigue for the employees concerned and, finally, there are major economic impacts because in a large number of companies, and in particular large companies, but not only, mobility and car fleets in mobility represent the third largest item of expenditure after salaries and property.

These companies have perceived the changes taking place in terms of regulations and then the changes caused by climate change and the public health problems associated with local pollution. Companies positioned themselves quite early on to diversify the motorisation of their fleets, notably by introducing electric vehicles into their fleets, but also other types of motorisation: natural gas vehicles, more recently and to a more limited extent hydrogen, etc.

We are dealing with fleets that are renewed relatively quickly compared to the fleets of French households and therefore, for the public authorities, these are fleets that are interesting because they constitute a lever for the dissemination of these innovations, namely electric vehicles and other vehicles with alternative engines, in the wider French car fleet, i.e. these are vehicles that, after having been used for two, three or four years by companies, will find themselves on the second-hand vehicle market and therefore, at the disposal of French households in particular, and therefore, will facilitate the dissemination of these vehicles among French households.

Why is it important to highlight occupational categories when talking about mobility?

Work-related mobility, in general, is an important part of our daily mobility. To talk about home-to-work mobility alone, home-to-work mobility represents just over 20% of total travel in France. Three quarters of these journeys are made by car, and so we are dealing with a significant part of the environmental and energy challenges of transport.

When we carried out a study a few years ago on “What was the typical profile of households equipped with company cars in Île-de-France? for example, we realised that the most represented household profile was a high-income household, a multi-motorised household, a household living in an urban area, and a household with a head aged between 35 and 55.

This being said, what we must not overlook is that 40%, i.e. almost half of the households equipped with company cars in the Ile-de-France region, are households of intermediate or working class socio-professional category. And here, we have another profile, if I may say so, of company vehicles which is emerging, which is that of the vehicle of the maintenance technician, the building worker, the sales representative, the tool vehicle which, of course, in certain cases, can be used for home-work journeys and can, in certain cases, also be used for private mobility, but in a much more limited way than for the company vehicle I was talking about at the beginning, that is to say, the vehicle of the manager or the upper socio-professional categories.

Keeping in mind the diversity of the professions and socio-professional categories concerned by these company cars allows us to avoid a certain number of shortcuts concerning the use made of them, concerning the possibility of switching to other means of transport for the people concerned.

What about companies that provide cars to their employees today?

There are changes. There are changes of various kinds, if I may say so. Especially in times of crisis, but even before the current crisis in energy prices, in global trade, companies had undertaken to rationalise the costs associated with their fleets. Rationalisation meant both, in terms of company vehicles, trying to reduce ‘car policies’ to more reasonable levels in terms of, for example, vehicle size and emissions, with significant gains in terms of taxation for the companies concerned.

There were also efforts to rationalise the fleet of service vehicles, with, in particular, the beginnings of pooling of vehicles which, beforehand, were perhaps more directly assigned to a particular department or unit. Pooling, or even internal company car-sharing. These are developments that we have been seeing for about ten years in France and which are accelerating.

There are other developments, in particular the introduction, and here again in an accelerated way over the last few years, of vehicles with alternative engines, in particular to reduce the operating costs, i.e. some of these vehicles can represent higher investment costs for the companies, but companies, when they allocate them to the appropriate uses, can find themselves financially better off by acquiring more expensive vehicles, because the operating costs, and in particular the energy costs, but not only the insurance costs, the maintenance costs are more advantageous.

As we know, the digital revolution is largely transforming mobility. For your part, have you observed many new uses thanks to new mobilities and new services?

The changes underway in professional mobility must be seen in the broader context of changes in everyday mobility in France, Europe and the world. One of the transformations at work is the multiplication of digital platforms for shared mobility, particularly shared mobility services, whether they be taxis, VTCs, car-sharing services, carpooling services, and therefore trip-sharing services, backed up by smartphone applications, for example.

The City Mobility Transport Laboratory has set up a global observatory of digital shared mobility platforms which shows that in three years, simply by looking at 2019-2021, the number of these digital shared mobility platforms in the world has tripled. This is a phenomenon led by Europe and the United States, but in which the major emerging countries play a very important role and in which a lot of developing countries are also involved.

What is interesting is that beyond the somewhat traditional shared mobility services that I have just mentioned: taxi, VTC, vehicle sharing, whether car, bicycle, scooter, etc., what we have seen developing more rapidly in the last few years is car sharing, on the one hand, but also the services that the Americans call “alternative transport services”.

This means “alternative transport services to public transport”, i.e. transport on demand, shuttle services with a quality of service that has been greatly improved by the use of digital applications and that make new developments possible in terms of mobility to get to work in the morning, to get to clients during the day, etc., including in areas where public transport with capacity: the RER, the metro and even the bus, do not make sense because they would not have sufficient capacity.

In these segments of mobility services: transport on demand, transport by shuttle, shared taxi, mini-bus taxi, which are very fast-growing segments in a number of developing countries, in particular, we could see interesting and favourable developments in our developed countries, in cities and in the countryside, as a result of these new applications.

Intervention of Guillaume Naegelen, Head of Mobilize Share at Mobilize:

The transformation of the mobility sector is a fact, but would you say that it is linked to changes in consumer expectations

This evolution comes from both and finally, if we look at it a little, there are four major factors that we have been able to identify that are changing the way we consume mobility. The first is the environmental factor, where we clearly realise that people are increasingly sensitive to this issue, both the general public and companies, which are increasingly being asked to decarbonise their employees’ journeys. We could mention, for example, the mobility plan, which is the former company travel plan.

Another factor which is making this mobility evolve is the societal factor, in particular, which we can see through Covid, which has led to the emergence of teleworking and therefore, has created alternating rhythms between presence at home and presence in the workplace. If we look at a little bit here, there is a TraCov survey which was carried out in France which shows that in 2019, about 4% of workers will be teleworking and then, in 2021, we will reach 27%. These are years that have been somewhat disrupted by Covid, so it will be interesting to see how the figures evolve, but in any case, there is a long-term trend.

Another important factor is the economic factor. As a general rule, everyone looks at the cost of travel, including individuals, and this was very well illustrated in the previous podcast, which showed that the cost of travel is a major factor in the choice of mobility. This economic factor can also be found within companies, and it remains an important PI case for a fleet manager to control and optimise the cost of employee travel.

Then, the last point is the technological factor. Today, the smartphone is everywhere. We use it to communicate, we use it to make purchases, we use it to use public transport, we use it to get information. Once again, there is this trend of “everything, immediately, everywhere”. In particular, we see the concept of “ATAWAD”, which stands for “Any time, anywhere, any device”, which I think reflects quite well the way in which we use these digital tools, i.e. anytime, anywhere and on any device, i.e. with our phone, with our computer. In any case, technology is clearly part of the way we live from now on and therefore we have to adapt to these factors, adapt our offers to meet these different needs and this evolution of mobility.

To what extent is this transformation also accelerated by environmental concerns?

This environmental factor is preponderant and at Mobilize, in any case, we are completely convinced of this, more than a conviction, that it is a necessity, in the end. The genesis of the creation of this brand is to be an activist brand that wants to play a role in optimising the carbon impact of our travel by bringing together the best of technology, engineering, design and finance to offer a more sustainable mobility.

This environmental factor is very important and when we talk to our clients, in this case companies, who also have these mobility problems, we realise that we are clearly in the same situation. Companies have a double objective today, which is to reduce the carbon impact of travel, and this desire is also being pushed by the public authorities, and at the same time to optimise the costs of this travel. Of course, this switch to electric vehicles and to optimising their use will raise a lot of questions: questions about recharging, questions about the installation of charging stations, questions about car-sharing technologies, etc., and that’s where we want to position ourselves to help companies in this transition, through solutions that are adapted to their own context.

In this episode we talk about migratory employees, i.e. people who work using several modes of transport. Do you think this could be more than a trend?

Clearly, yes. As we were saying, Covid has changed the way we work and the way we travel. Today, I think there is still a balance to be found. We can see, moreover, that there is quite a lot of heterogeneity in the way telework is done in Europe. If we look at the figures, I came across a Eurostat statistic which shows that in 2020, a disturbed year because we had two phases of confinement, but nevertheless, in 2020, on one side of the spectrum we had the UK which had about 5% of its population teleworking and then, on the other side, Finland which had 25% of its population teleworking.

We realise that there is quite a lot of heterogeneity within countries, which pushes us to propose flexible solutions and in any case, which will allow us to adapt to the contexts in which we deploy them. Besides that, telework has brought a lot of positive points which suggest that it is much more than a trend. Some of these include a better life/life balance, spending less time in transport, more time with family or simply being able to live further away.

This private life/life balance, we also see that the periods of confinement, they have finally shown that telework works. There is an institute, the Sapiens Institute, which carried out a study in 2020, which shows that the teleworking phases have enabled an increase of 22% in productivity. Once again, this was a rather exceptional year, so I don’t know if we should take these figures as they are, but in any case, we realise that telework works and this is a rather positive point of these periods.

This trend of telework is a fundamental one, in the sense that it is in everyone’s interest, but also in the interest of companies which will be able, for example, to reduce the amount of land they have in their buildings, with people alternating between time spent in the office and time spent at home. They will also be able to increase their attractiveness in terms of human resources, by recruiting people who live further away. Teleworking now allows people to live much further away from their place of work. It is really the idea of saying that there is both an interest from the point of view of employees and also an interest from the point of view of companies, a sort of win-win situation which suggests that this is a phenomenon which will last for a long time. It has yet to find its balance, but it is more than a passing trend.

How can Mobilize respond to these new mobility challenges?

I would say in several ways. Generally speaking, by being present on the entire value chain, to be able to offer solutions that are complete and packaged, i.e. for a company, electrified vehicles, accompanied by the installation of charging stations, accompanied by roaming charging solutions, vehicles that can also be… We were talking about electric vehicles, but vehicles that can also be adapted to different types of use and vehicle sharing solutions, what we could call corporate car sharing, which will allow employees to share a vehicle.

Perhaps more specifically, with Mobilize Share. Mobilize Share, which, in a few words, is one of the mobility solutions deployed by Mobilize and operated by the dealer network. Today, there are about 1,000 dealerships in nearly 10 countries, with just over 16,000 vehicles. Here, we rely on the dealer network which, in addition to being a local player, who knows its environment, will be able to adapt the mobility offers according to this context and the needs which are identified on its territory, both for private individuals and professionals.
It is really by being in contact with these local companies that it will be able to adapt the solution to the needs of that company. Today we talk much more about multimodality, i.e.: is it still relevant to have a vehicle, when our mobility needs vary between, sometimes, a utility vehicle, sometimes a private vehicle, sometimes a city car, sometimes a vehicle that is more road-oriented and then, sometimes for a few hours, or even a few days, or even a few weeks? This is where we really realise that we need to adapt our solutions to the local context, so who better to do this than the dealer, who is spread across the territory and knows the specificities of this local context?

When a company uses Mobilize Share to share its pool of vehicles with its employees, the employee will use this application to reserve his vehicle for private or professional use, and the employee will use the same application if he wishes to use vehicles located, for example, at Nice station, to continue his professional journey. In other words, they have the choice of either taking vehicles located within their company or using multimodality and travelling by train to their destination and finishing their journey using a Mobilize Share vehicle, which will be the same application, once again, as the one they use for their company vehicles, to complete their journey and go to their client’s home or destination.

What about projects abroad?

Today, Mobilize is already a brand of the international Renault group. If I take the example of Mobilize Share, which we talked about, as I said, it is deployed in nearly 10 countries, and about 1,000 dealers are currently using or deploying this solution on their territory. We are mainly present in Europe, in Latin America, with Colombia and Brazil.

If I take the example of Brazil, Renault Brazil began in 2019 to deploy car-sharing solutions through this Mobilize Share solution, initially for its employees, for professional use, and quickly realised that there was a particular desire to deploy this use on a personal basis as well, i.e. in the evening, at the weekend, when these vehicles are not used for professional needs.

Very quickly, there was a strong interest with a distribution of use which was intended to be 50/50 between professional and personal use and finally, Brazil used its personal experience through the Renault employees to propose this solution to other companies. Today, more than 1,400 employees use this solution and it contributes to what we said at the beginning, the work/life balance and to having solutions which are complete and which will allow, afterwards, to optimise the rate of use of these vehicles. Because for the company, when these vehicles are not used for professional purposes, being able to rent them to its employees contributes to the optimisation of the cost that it is looking for, it contributes, of course, to the comfort of the employee and it contributes to putting more people in one and the same car, so it also has an environmental impact, somewhere.

This is the end of this episode, thank you Virginie Bouteuil and Guillaume Naegelen for sharing your vision with us. Thank you for following us and see you soon for new episodes of Open World with Mobilize and Usbek & Rica.

ON THE SAME THEME

individual mobility: a change of gear

The transport landscape has never been quite as dynamic as it is today.

connectivity working to support low-carbon mobility

To promote carbon neutrality, Mobilize is putting data at the service of mobility and energy.

electric charging: a new version of the game of 1000 miles

More ecological, more economical, more responsible: driving an electric car is undoubtedly a sensible choice for getting around. It also raises some questions.

individual mobility: a change of gear

mobilité individuelle mobilize
REBOOT

individual mobility: a change of gear

The transport landscape has never been quite as dynamic as it is today. The vast range of transport solutions and mobility apps that are currently available now allow everyone to take the driving seat when embarking on a journey. Real-life Mario Kart game, anyone?! Car subscription services, on-demand rental, multimodal transport solutions, shared mobility… What matters most is no longer the type of transport we choose, but rather the effect our travel decisions have on easing traffic congestion and in turn reducing the associated greenhouse gas emissions. Keen to secure pole position in the race to travel more sustainably? Mobilize offers a range of solutions that are guaranteed to be right up your street! Time for a closer look.

  • brand vision
  • shared mobility
  • transport on demand

Zity by Mobilize: the any time, any place urban car-sharing service

Based on the ‘free floating’ principle, which allows vehicles to be dropped off and picked up anywhere at all, Zity gives drivers access to 1,300 all-electric self-service vehicles (Renault Zoés and Dacia Springs) scattered around the streets of several major European cities, including Madrid, Paris, Lyon and Milan. Short-term car-sharing has never been so easy! Because Zity by Mobile is also an application to locate, book, unlock and return a vehicle, all with a simple tap of the screen.

Mobilize Share: the country-wide flexible car-sharing solution

Need a vehicle for 1 hour, 1 day or 1 month? Renting a vehicle that suits your ad hoc needs is easy with the Mobilize Share app. Car-share vehicles can be picked up from numerous designated locations that are part of the Renault Group network… meaning there’s sure to be one somewhere nearby! This means that any trip can be managed without hassle-free!

Bipi: the “on-demand” personal car rental service

Built around the principle of a platform that provides access to a vast range of vehicles, Bipi allows users to swap their car at will to suit their current needs and desires. The monthly subscription is all-inclusive, covering the rental charge, insurance, maintenance, assistance, etc. It can be easily managed and adjusted online as and when required. Offering a brand-new approach to the way cars are used, Bipi gives everyone easy access to the perfect individual mobility solution without having to buy a car.

Mobilize Fleet Monitoring: your corporate car fleet at a glance

The Mobilize Fleet Connect Iris Live service is a fully integrated car fleet management system that allows fleet managers to keep a watchful eye on their vehicles by giving them real-time remote access to all the data each vehicle has generated. It offers the perfect way of tracking each car’s usage rate, calculating fuel consumption, and assessing the ageing of each fleet… enabling fleet managers to make better informed decisions.

Mobilize Duo and Bento: a new take on cars

Veritable urban micro-vehicles, the Duo and Bento provide a brand-new, all-electric and connected way to get from A to B. The Duo is a two-seater quadricycle that can nip around the city streets with ease. Both a car-sharing version and a no-licence version will be available when the solution is launched at the end of 2023. The Bento is the utility version that is due to hit the market in 2024. This particular model boasts a 700-litre box on the back, making it the perfect solution for last-mile deliveries. Constraint-free urban mobility at its best! Just like the Limo, the Duo and Bento will not be available for purchase: they will be marketed as a subscription package that includes a comprehensive range of services.

ON THE SAME THEME

connectivity working to support low-carbon mobility

To promote carbon neutrality, Mobilize is putting data at the service of mobility and energy. Digital is at the core of everyday apps and platforms.

a new car-free generation?

The younger generation wants to live without a car, but without staying put… So how can the automotive sector meet their expectations? Can the many smartphone mobility applications be enough to meet their travel needs?

ecomobility reinvents travel

Ecomobility touches on all mobility issues and lifestyles in this era of transition to clean energy.

cities, our modern-day mobility labs

villes laboratoires mobilité
SCOREBOARD

cities, our modern-day mobility labs

Our cities are some of the world’s most densely occupied spaces, and as such serve as permanent laboratories for the ecological transition, notably when it comes to mobility. They are the focal point for numerous initiatives that seek to introduce new travel habits or tools aimed at reducing greenhouse gas emissions. Mobilize – with its shared mobility, on-demand mobility and EV charging solutions – is playing an active part in helping cities along the road towards carbon neutrality.

  • energy storage
  • energy transition
  • shared mobility

Improving the green energy mix

The self-service electric vehicles that are currently deployed in the Dutch city of Utrecht have the ability to feed some of the electricity from their batteries back into the grid once hooked up to the city’s public charging points. This system, which uses vehicle-to-grid (V2G) technology, helps balance out the grid by only recharging batteries when demand is low and by returning energy to the grid during peak load times. It’s a shining example of how to encourage the use of intermittent renewable energy sources.

Providing à la carte mobility

Helsinki, a city with a reputation for setting the standard in the environmental protection sphere, decided to introduce an integrated on-demand mobility solution in the form of a single app, which led to the Finnish capital setting up a centralized MaaS (Mobility as a Service) system. The app provides users with information on the various modes of transport available, and allows them to combine different modes in a single click, be that taxi, metro, tram, bus, car or even bike. Users can also book, plan and pay for their journeys via the app. It’s kind of like carrying an A to Z of local transport around with you in your pocket!

 

Combining comfort with practicality

Having launched the project a few years ago with 2 pilot carports, the French city of Toulouse is currently testing the use of solar canopy installations in 12 carparks across the city, covering a total of 6,100 m2. These autonomous charging stations are capable of producing 1,000 MWh of electricity each year, which is equivalent to the consumption of  350 people. Parked vehicles can enjoy the shade of the facilities and be recharged  with ultra-local green electricity.

 

Decongesting the town centre

Back in 2007, the Slovenian capital Ljubljana was one of the very first to close its centre to vehicles due to constant traffic congestion. The city council then came up with a range of alternatives to help people get around: free electric taxis for the elderly and for families with children, improvement of the cycling and public transport network, generalised 30 km/h speed limit, delivery vehicles only allowed between 6 and 10 a.m., and even a 10-hectare zone that is totally car-free. A smoother mobility for a better breathing city centre.

Encouraging soft mobility solutions

Launched in 2008, the city of London’s “low emission zone” only allows low-polluting vehicles to access the city centre. Other major European cities have since followed suit, including Antwerp, Copenhagen, Paris, Milan and Berlin. In 2019, the London scheme was extended with the introduction of an “ultra low emission zone” and even a “zero emission zone” in the very heart of the city. It operates alongside the “London Congestion Charge”, a toll scheme that restricts vehicular access to the city. Walking or using soft mobility solutions is highly recommended!

Offering free parking

Since mid-2021, rechargeable electric and hybrid vehicles that emit less than 60g of CO2 per kilometre have been eligible for 6 consecutive hours of free parking in the heart of the French capital, Paris. This initiative was introduced to complement the “green badge” system, which allows anyone with a “clean” vehicle to park in Paris free of charge for up to two hours.

Calculating energy savings

The Irish city of Dublin has set up an online eco-calculator system that estimates the CO2 emissions avoided by users who prefer public transport to private vehicles. The aim? Encourage choices have. It’s a great way of raising people’s awareness of all the environmental benefits public transport has.

 

Robotising small deliveries

Last-mile deliveries are the most critical point in city-centre e-commerce logistics. In an effort to streamline these short deliveries to end customers, the Texan city of Huston is taking the bold steps  by putting small autonomous vehicles on its pavements. Delivery robots equipped with 360° cameras and sensors are now authorised to wend their way along the city’s streets transporting food, medication and other little parcels, which are dropped directly at the recipient’s door. It’s an amazing way of mitigating congestion on the American metropolis’s roads.

ON THE SAME THEME

electric charging: a new version of the game of 1000 miles

More ecological, more economical, more responsible: driving an electric car is undoubtedly a sensible choice for getting around. It also raises some questions.

far from the metropolises, smaller towns and rural areas carry the change

In a society faced with the consequences of global warming and increasingly concerned about its impact on the environment, individual cars are becoming the symbol of an outdated era.

how to improve the energy mix in geographic regions

real solutions are beginning to be developed, especially in the transportation sector

electric charging: a new version of the game of 1000 miles

mobilize
GUIDEBOOK

electric charging: a new version of the game of 1000 miles

More ecological, more economical, more responsible: driving an electric car is undoubtedly a sensible choice for getting around. It also raises some questions. Among the most significant are questions about charging points. How to recharge the battery? Where to do it? Are all charging points the same? With all this, we’re reinventing the game 1000 Miles.

  • connectivity
  • electric vehicle

1/ One point or one thousand points?

When you take to the road at the wheel of your electric vehicle, it’s highly likely that the availability of electric charging points along your route, and their compatibility with your vehicle, will be among your first questions. In Europe, there are not 1000 but 500,000 points available across the region. For the European Automobile Manufacturers’ Association (ACEA), these figures hide major disparities in terms of geographic distribution, since 70% of the electric charging points are currently located in the Netherlands, France and Germany. These are countries where the development of electric vehicles is clearly more dynamic. More importantly, though, the wheels have been set in motion and this imbalance is gradually being reduced.

2/ Charging power: a trump card

While the number of charging points is still increasing, there is already a broad range on offer when it comes to power. In short, the more powerful the charging point, the faster it charges…. which means that the terminals are all the more powerful as they are located in short-stay places.

Classic charging points use alternating current (AC). These are – from the least powerful to the most powerful – the standard household power socket at 10A/2.3 kW (single phase current) found in every home; the reinforced household power socket at 16A/3.7 kW (single phase current); the dedicated home charger at 32A/7.4 kW (single phase current) also known as a “wallbox”; the charger that can be placed in a private place as well as on the roadside at 16A/11 kW (three-phase current); and the public charging point at 32A/22 kW (three-phase current), which is mainly found in commercial car parks. The fastest charging points are reserved for major roads. The charging points then deliver a direct current (DC) of up to 400 kW, to stock up several hundred kilometers of autonomy in just 30 minutes of charging.

On the car side, the Combo charger, particularly found on Renault Group electric vehicles, can be connected to any charging point, AC or DC. Your car could be charging as soon as you park.

3/ Public charging points: draw a “driving ace” card

Once you’re on your way, you’ll need to know about public charging points and their distribution networks. The difference between the operators is, for now, mainly about price, with competition contributing to a gradual standardisation of rates. It is worth noting that a number of town centers and some larger stores offer free parking alongside the charging points, or even free electric recharging: this attracts the least polluting vehicles.

Generally speaking, it may sometimes be hard to find an available charging point when you need one. The Mobilize Charge Pass is a bit like a “safety card” in the game 1000 Miles, it gives you access to over 500,000 charging points in 25 European countries. Along with its app locating the charging points available on your route, it’s like being handed a master key. At the time of charging, it can be used to switch it on and pay per unit.  Do you already have a Mobilize Visa Card for payments in France? No problem! You can use it to pay for your charging following the same steps. Keep playing… while the others take their turn!

4/ Private space: speed is limited, but installations get the green light

Whether it’s at work or at home, we have to admit that a vehicle spends more time sitting in a car park than in motion on the road. The good news is that these stationary moments are perfect for charging batteries, making the issue of charging capacity in such private spaces crucial. Whether it’s at home, in a company car park, or a shared space, for yourself, customers or visitors, there are many solutions. Here there is less of a problem with charging speeds, but rather the decisive question of the installation and connection of the terminal.

Mobilize has the answer, thanks to Mobilize Power Solutions, which enables customers to order a charging solution and its installation at home, at the same time as they order their vehicle from a dealership. Depending on the type of charging point chosen and the location where it will be installed, Mobilize Power Solutions calculates a set price with no surprises. For professionals, Mobilize Power Solutions provides turnkey solutions, from advice to the installation of charging points, to the operation of the charging service and energy optimisation.

5/ Mobilize Fast Charge: play your “emergency vehicle” card

The development of public access charging points is an essential condition for the growth of electric vehicles, which is called for by European policies on cutting traffic emissions. The European Commission announced a target of one million terminals installed by 2025. An ambitious target that demonstrates the trend is to increase the number of public charging points.

Mobilize is taking an active role in this movement, with the deployment of Mobilize Fast Charge, a super-fast charging network that should have 200 charging stations in Europe by 2024. These stations will be available near motorways, with a view to covering charging needs on long journeys. All across the recharging infrastructure, Mobilize Fast Charge is a comprehensive service, which integrates smart energy management by storing it up for redistribution when it is most needed. The Mobilize network will also offer rest areas with games consoles and remote working zones with WiFi for its customers. Not a bad way to pass the time while you top up. And why not start a ‘real life’ game of 1000 Miles? It’s your turn…

ON THE SAME THEME

the electric car range anxiety, what about it?

The success of electric vehicles has prompted new questions about the automobile and mobility. Among them, range is the first thing drivers consider before choosing a car.

connectivity working to support low-carbon mobility

To promote carbon neutrality, Mobilize is putting data at the service of mobility and energy.

from microwatts to big impact

Did you know that batteries could be reborn, outside of vehicles, and bring energy to everyone? Discover the potential of stationary storage thanks to Roch Drozdowski-Strehl and Yasmine Assef.

far from the metropolises, smaller towns and rural areas carry the change

podcast mobilize
OPEN WORLD

far from the metropolises, smaller towns and rural areas carry the change

(podcast in French)
  • electric vehicle
  • energy transition
  • shared mobility

 

In a society faced with the consequences of global warming and increasingly concerned about its impact on the environment, individual cars are becoming the symbol of an outdated era. So do the decision-makers in the various communities that make up the territories chose to respond to these issues? What solutions do they put in place to ensure their inhabitants’ mobility is both sustainable and practical?

Marie Huyghe, Mobility Consultant and membre of the SCOP Odyssée Création, Research engineer at Laboratoire CNRS-CITERES, and Anne-Lise Castel, Mobility Services Deployment Director, take you on a tour of mobility far from the metropolises.

Intervention of Marie Huyghe, Mobility Consultant:

What does mobility look like today in rural or peri-urban areas?

We can characterize this mobility with many things. I’m going to focus on two of them for the moment. First, the question of modal shares, i.e. what percentage of trips are made by car, public transport, etc.. Today in rural areas, we must admit that cars are mainly used, with a modal shares of around 80 or even 90% in certain areas.

So, the car still has a lot of room, and its modal share is not decreasing much. If we look at the various surveys that have been carried out on a national scale, there was one in 2008 and there was another more recently. We can see that the modal share of the car is not changing much, but we should note that, especially since lockdown, there are interesting signals around us. If we look at what is happening with bicycles for instance, and the use of the bicycle for daily commuting and especially for leisure trips, which is clearly increasing in these rural and peri-urban areas.

The modal share is a first indicator. The other point that is interesting to explore is the distances that people in one same household in rural areas travel today. If we look at the average distances and in particular the average distances for commuting, (i.e., going from home to work), we are at distances of around 15-17 kilometers. These are significant distances in terms of distance, time, and cost for households. That’s the first thing.

And we estimate that households travel around 30 kilometers per day. That is important. However, what is interesting to me when we talk about the evolution of uses and more specifically, of the shift towards active modes of transport such as cycling and walking, is to note that today, 40% of rural trips in France are less than 5 kilometers long. And 5 kilometers is considered a distance that can be covered by an electrically assisted bicycle. Not for everyone, of course, not all the time, but in any case, it is a distance that can be done differently than by car. And as I was saying, today, most of these trips are still made by car.

DO THE INHABITANTS WANT TO CHANGE THEIR HABITS?

There are two things. Their reaction: for example, you must look at what is happening at the moment, what is happening since the increase in fuel prices with the war in Ukraine, etc. We can see that more and more residents and employees are telling their elected representatives or employers about their mobility problems. So today, we can no longer consider that the dependence on the automobile observed in these territories and in the practices of households, is satisfactory. We knew that. Today, we have a whole part of the population that is excluded from this automobile system and that finds itself with difficulties to move, access to employment, access to shops, etc.

We knew that this all-car system was not satisfactory, but today, it is more and more obvious, and households are pointing it out. That’s the reaction. Then your question was: do they want to change their habits? The answer is not so simple. There is a tendency, when we talk about ecological transition, to put a lot on individuals, to say: “Go ahead, leave your car for a while and move on”. But for people to adopt other practices, they must first be in an environment that allows them to do so.

Today, I would say that there are three players who need to get to work. There are the local authorities, whose role today is to develop the environment in which we travel, to develop the territories in a way that is less dependent on the car, to develop alternatives to the car. There are employers who are a very interesting actor, to promote mobility and to encourage their employees to travel differently. And there are individuals, who are responsible for changing their habits, once again, when the environment allows it.

WHAT ARE THE BARRIERS OR INCENTIVES FACING THE TERRITORIES?

Has this changed in recent years? Yes, when I started working on this issue about ten years ago, I regularly spoke with officials who told me, “Don’t worry, there’s no problem. And anyway, we have the electric vehicle”. Then, it changed over the years, hydrogen vehicle, even autonomous vehicle. In any case, the decision-makers had a ready-made technical solution. And the environmental issues that you mentioned at the beginning were not considered at all. The impact of mobility in terms of greenhouse gas emissions was not considered a problem. All this, I think, is evolving and today, we can really say that mobility is considered as an issue that communities must take on. That has changed.

However, I would say that there are still some issues that are a bit taboo when we talk about mobility, like the reduction of the place of the car. Today, the car is not at all dethroned in the countryside. On the other hand, what we see is that local authorities are trying to develop complementary offers to the car, but not alternative offers to the car. They are not trying to replace the car, but simply helping to move around when cars are not available. I think that we are a bit in the middle of the road, and we can still go a long way.

But once again, there are many things that encourage local authorities to act, and, it must be emphasized, many calls for projects with funding from the government, France Mobilités, ADEME. And that really incite communities to develop solutions, strategic documents, etc.

What innovations do you see emerging on your side?

I wouldn’t say that we are talking about innovations. We have to stop hoping that we will find a solution, a miracle innovation that will replace the car, which is an absolutely magical tool. Today, we have nothing that will replace it. We are going to talk about a collection of solutions. What will make move without cars? It’s going to be a package of solutions: public transport, carpooling, active modes, carsharing, if we think about the evolution of car use.

And I mentioned earlier that we also need to work on the demand for mobility, not to try to ensure our travel in other ways, but also to try to reduce our travel needs. This will be done, for example, by developing localities in which its different functions residential, employment, trade, etc., are not at such great distances that we are obliged to go from one to another in a motorized vehicule. Thinking of territories that are a little denser, a little more mixed, is also what will make it easier to get around on foot or by bicycle.

ARE THESE CHANGES ALSO PROMOTED BY THE ARRIVAL OF AN URBAN POPULATION IN THESE TERRITORIES?

There are two things I would like to comment on. The first thing is that, yes, when people arrive in a village or a medium-sized city and say: “We come from a big city, and we don’t want to come here and have to buy two cars and depend on cars”. When we have these demands, this pressure, which is exerted on elected officials, yes, obviously, it helps to move the lines. Just like all the work done by cycling associations, walking associations, etc., when they put pressure on elected officials so that things move. That’s the first thing. Yes, the arrival of new inhabitants with new expectations, new values, other cultures of mobility, helps to change lines.

I want to go back to the question of remote work though. Remote work has been seen as a miracle solution. We always hope for miracles. What is certain is that it is interesting in terms of rebalancing private life and personal life. And indeed, on certain days of the week, we no longer have to endure long, restrictive trips to work. However, we should not consider that remote work leads to a decrease in the distances travelled.

What we observe is a bit the opposite, that individuals who work remotely regularly and several days a week tend to take more trips and to travel a bigger distance overall. Because they travel less for work, but they have other leisure activities, which means that they travel anyway. What we observe is that they are also inhabitants who will, for example, take advantage of the possibility of working remotely to move away, to live in rural areas, in suburban areas, etc. And people who used to travel, for example, by public transport or by bicycle because they were close to their workplace, now become dependent on the car. In any case, we must also consider the rebound effects that this will have.

CAN THESE CHANGES SET IN MOTION A VIRTUOUS CIRCLE THAT ALLOWS AN ADAPTED RESPONSE TO THE CLIMATE EMERGENCY?

Can this start a virtuous circle? Yes. In any case, we can hope that all the crises we are observing, economic crisis for individuals, environmental crisis whose consequences we perceive full force, we can hope that it moves people. But I would say, “One can hope.” Because when you look at what’s happening, yes, things are happening, but we’re still very far from the mark. As I said, the car is not at all dethroned today. We are very far from the mark. We need to go much faster; we need to do much more. Except that when we look at the obstacles today, there are financial obstacles for the communities. Today, the communities have difficulties to finance these mobility projects. That is the first obstacle.

There are difficulties in terms of skills and engineering today in rural areas, whether on a communal or inter-communal scale, which is more relevant to work on mobility. But we don’t necessarily have the skills, this means that we don’t have mobility officers who can work on this issue over the long term. And that’s the difficulty. Today, we operate based on calls for tenders that last two or three years. And the big difficulty is to carry out policies on the long term because we need the long term for people to change their habits, which is something that happens over time.

And there is also a third difficulty, I said financial, I said engineering and skills. It is also, I think, that for some elected officials, the question is so enormous. They are simply asked to change a system that has prevailed for 60 years and that was considered satisfactory for 60 years. And they are being asked to change it completely. They are also being asked, in a certain sense, to oppose or impose constraints on their fellow citizens and voters. It is clear today that it is extremely difficult for these elected officials to move forward with this issue. In concrete terms, there is a real need for support for these loalities, on the part of the State, on the part of the regions and on the part of training institutes that will provide skills and bring a little confidence to these elected officials and decision-makers and tell them: “Yes, you can act at your level”.

Intervention of Anne-Lise Castel, Mobility Services Deployment Director:

How are Renault and Mobilize adapting to the diversification of mobility in rural and suburban areas?

Already, I think that rural mobility is evolving because, more and more, people are sensitive to the use of the automobile. On the one hand, cars are becoming a rare and expensive product. This is due to the crisis in components that we are experiencing at the moment, and also to the fact that people do not use their cars very often. There is a pendular movement when the citizens go from their place, their city, their house to their place of work, can put their vehicle down, or even take a public transport afterwards. And their vehicle is not used 90% of the time. It’s a means of transportation which is quite uneconomical when you acquire a vehicle. What we offer at Mobilize is not to acquire the vehicle, but to rent it for certain services and to pay only for its use.

In other words, we will share means of transport that are private means of transport in addition to public means of transport. And these are requests that we have more and more from cities, including small towns that wish to make car-sharing vehicles available to citizens. So that they can use car-sharing, for example, for commuting, or also to make more spontaneous trips during the day, without necessarily having to buy a vehicle. So, the user only pays for the use of his mobility, often in addition to public transport.

What proposals have you put in place with the territories to meet these challenges?

One example is the city of Nice, which is one of the major cities we have been working with for a few years now, with the Mobilize Share brand, which offers this car-sharing service that can be taken almost anywhere in the city. And in these cases, it is the local Renault dealer who owns the vehicles, who makes these vehicles available to the city of Nice on the public space. These vehicles on the public area have reserved spaces. This is the partnership that we can have with the city of Nice, for example.

And the citizens can take these vehicles, open them, thanks to a Mobilize Share application, and pay according to the use they have made of them. We also work with small towns in rural areas. I’m going to mention a small town called Luitré-Dompierre, which is in the west of France, and which came to us to have a few vehicles to offer to its citizens to facilitate their mobility. We are talking about a few vehicles, between 2 and 5 vehicles.

The same thing is happening – and it is working well – in Belgium, where the local dealer is becoming a player in local mobility and is offering this service to the municipality that wants it. The municipality, and here I am quoting the case of Belgium, wanted to use and pay part of the rent for these vehicles for its own needs. For its employees, so that the people working at the town hall can travel and work during the day. They book these vehicles for certain periods of time and the rest of the time, they are made available to citizens who can book their own vehicle with the application. And as I told you, they pay for the use, and put the vehicle back where they found it. This benefits everyone, both for the professional needs of the city hall employees and for the personal and professional needs of the citizens who live in these small towns.

What are the challenges of this new world of mobility and what is the role of Mobilize to meet these challenges?

Mobilize is really about making mobility accessible to everyone through car sharing, shared mobility, but also accessible, sustainable mobility since most of our vehicles today are electric vehicles. It is accessible through an application, but it is also accessible in terms of costs since users pay per use and do not own the vehicle. So the idea is really to move to another mode of mobility by proposing mobility that can be used as we wish, easily, and for which we only pay for use.

And this will be the last word. Thank you, Anne-Lise Castel and Marie Huyghe, for sharing your ideas and thoughts with us. Thank you for following us and see you soon for new episodes of Open World with Mobilize and Usbek & Rica.

ON THE SAME THEME

from microwatts to big impact

Discover the potential of stationary storage by listening to the podcast of Roch Drozdowski-Strehl and Yasmine Assef, interviewed by the media Usbek & Rica.

mobility at all scales

Projects already completed or ambitions for the future? Focus on the solutions for energy transition, for all localities, whether small, medium or large. Mobilize offers transportation tailored to each municipality’s size.

improve the energy mix in geographic regions

Air pollution, global warming, natural resource depletion… Real solutions are beginning to be developed, especially in the transportation sector.

from electric car battery to energy storage: a virtuous cycle

cycle vertueux
TOP PLAYER

from electric car battery to energy storage: a virtuous cycle

Amaury Gailliez, Battery Business & Operations Director for Mobilize and Matthew Lumsden, CEO of Connected Energy, explain how the two companies collaborate on giving a second life to electric vehicle batteries for energy storage systems. The result? A virtuous circle for end-customers and energy systems.

  • electric vehicle
  • energy transition

What is the nature of the partnership between Mobilize and Connected Energy?

Matthew Lumsden: Connected Energy develops and deploys commercial E-STOR energy storage systems for customers with large-scale storage needs. In a nutshell, we take multiple electric vehicle batteries and link them so they can operate as a larger unit.
For more than 7 years, we have worked with Renault Group to repurpose electric vehicle batteries that have reached the end of their life Because at this stage, the batteries are still working extremely well and find a new life in stationary energy storage applications.

Amaury Gailliez: Our commercial and logistics partnership with Connected Energy aims to make the most of our batteries’ lifespan.
A battery has a first life within the electric vehicle. Its second life is an additional period of use that can last up to 10 years. This not only reduces the carbon footprint of each battery,.but also facilitates access to energy storage on a large scale.

matthew lumsden
Matthew Lumsden, Chief Executive Officier, Connected Energy
amaury gailliez
Amaury Gailliez, Battery Business & Operations Director, Mobilize

What are the main benefits of using electric vehicle batteries for energy storage?

AG: Our batteries are engineered for very demanding usage, which is originally automotive use. Therefore, they are designed to be durable and reliable. When our batteries no longer operate at full capacity, they still deliver high performance in stationary use. It’s hard to think of a better use for them, given how essential energy storage will become to ensure the power grid is responsive and resilient.

ML: More and more electric vehicles on the road means more and more storage units for the future, which can be reused instead of buying and/or manufacturing new batteries. Meanwhile, the battery’s exacting design standards proposed by Mobilize guarantee that we’re offering very safe and reliable products. Linking these batteries together into integrated units, we can then use them to store renewable energy, balance the grid during peak load times, and so on. This suddenly makes energy storage much cheaper, more readily available and more accessible to all. Developing energy storage also means developing affordable, low-carbon electricity—which is good news for all sectors, including electric mobility! It truly is a virtuous circle.

Could you give us some examples of the benefits of this virtuous circle for end-customers of both Mobilize and Connected Energy?

ML: Integrating our supply chain with Renault Group and Mobilize’s makes it easier for us to provide our solutions to more and more customers. They can be utilities seeking to deploy storage solutions for their own consumers, or industrial groups who want to store power from their on-site generation facilities as a backup.
We also cater to companies with specific requirements. Electric vehicle charging stations, for instance, often need backup power because fast-charging multiple cars at once puts a strain on the grid. Organisations that need increased resilience to maintain critical functions in case of grid failure, such as water companies, are another example.
What these use cases all have in common is that they support a more reliable, responsive, sustainable and efficient power grid.

reconditionnement batteries renault flins
E-STOR 60/90 container installed at Statkraft’s Rheidol hydroelectric power station (Wales)
usine renault
Battery reconditioning line at the Renault Group Refactory in Flins (France)

AG: As for Mobilize, working with Connected Energy opens the door to optimising production and logistics. The latter is a crucial link in the chain as batteries are very heavy, cumbersome, and involve all kinds of safety protocols to manipulate them. Having an integrated supply chain enables us to prepare batteries’ second life on a massive scale.
These efficiency gains will be passed on to buyers, who will enjoy a lower Total Cost of Ownership (TCO) of both battery and vehicle. This, in turn, contributes to make the vehicles more widely accessible and to putting more and more of these future storage units into circulation. In the end, it truly is a win-win-win for manufacturers, customers, and the environment.

What future developments do you expect to see in the use of electric vehicle batteries for energy storage?

ML: From a business perspective, I believe the growing availability of batteries will keep driving larger-scale energy storage projects as well as large numbers on industrial and commercial sites. For instance, we currently have E-STOR systems operating and being built with capacities of between 60 kW and 6 MW. But we expect to be deploying commercial 20MW/40MW systems by 2024. Ultimately, I expect energy storage will become a normal part of energy consumption for many organisations. Our objective is to maintain its commercial viability relative to other technologies.

AG: We are looking at truly enormous potential, that much is certain. Look at the growth of battery capacity: we started from cars with 22 kWh batteries, and soon we will reach the 100 kWh mark. Even if those were to lose 20% of their capacity during their first life, that is still a lot of power to draw on! The millions of electric vehicles that will take to the road in coming years represent millions of second lives to support a more efficient and responsive power grid.

 

Copyrights: Renault Communication Brésil, Connected Energy, Roland Mouron

ON THE SAME THEME

from microwatts to big impact

Discover the potential of stationary storage while listening to the podcast by Roch Drozdowski-Strehl and Yasmine Assef.

the first all-electric boat on the Seine

The company Seine Alliance has converted one of the vessels in its fleet, the “Black Swan”, into the first all-electric boat designed to navigate the Seine.

stationary storage: batteries at the service of renewable energies

what if we focused on electric vehicle batteries to accelerate the energy transition?

shared mobility needs to be structured collaboratively

mobilité collaborative mobilize
TOP PLAYER

shared mobility needs to be structured collaboratively

For most, the term ‘shared mobility’ immediately brings to mind the practice of car-sharing but in reality, its scope and ambitions are much larger. From questions of inclusion, to the reduction of greenhouse gases, to rethinking the way we innovate, in this interview, future mobility and open innovation expert Judit Batayé explains how shared mobility will help build better transport in the future.

  • connectivity
  • design
  • energy transition
  • shared mobility

In light of social distancing measures introduced during the pandemic, the idea of sharing seems to have taken a backseat for now. What consequences has the pandemic had on shared mobility and carpooling?

As a member of the board of directors for Som Mobilitat (a vehicle-sharing cooperative based in Catalonia), I got to experience this crisis from the inside. We’d experienced tremendous growth over the last two years, and overnight, everything collapsed with the lockdown. Between March and May, we experienced a brutal 85% drop in reservations.

This period also taught us a lot. We of course increased health and safety measures by putting gel and masks in every shared vehicle, and by airing out each one between uses—but what this crisis also provided was a lesson in community solidarity. Very quickly, we made vehicles including the Renault ZOE available to health professionals so that they could travel to and from the hospital more easily.

We also gained important insight into general public feeling. Though lockdown was a difficult time, we noticed that the public nevertheless seemed to appreciate having a city that was less crowded and less polluted, as much in terms of sound and visual pollution as in terms of CO2 emissions.

This kind of clean city is something shared mobility can help make possible. We’re contributing to it with low-emission vehicles and optimised trips. We think this experience should motivate local councils to adopt shared mobility policies in the future.

judith bataye
Judit Batayé, future mobility expert

We tend to think of shared mobility in terms of connecting people — but could we say that the future of shared mobility depends more on successful data-sharing than on sharing between people?

Absolutely. Creating efficient shared transport is largely a question of how to handle data in order to make trips as fluid as possible. The goal is to arrive at a real MaaS (Mobility as a Service) model in which you can easily share information, book vehicles, or even calculate the best way to get from point A to point B (in terms of travel time or environmental impact), using a mix of public transport, private transport, and the other complementary services available. This is not a new model: it was invented in 2006 by a Finnish man named Sampo Hietanen, who describes it as “the Netflix of mobility.” But putting it in place can be complex sometimes due to the data-sharing that’s required to develop these kinds of services. I’d nevertheless say that there are many projects being developed that indicate things are going in the right direction.

Creating efficient shared transport is largely a question of how to handle data.

If I had to highlight one in particular, it would be the test project Renfe as a Service (RaaS), an A-Z mobility experience that allows you to access all Renfe services (Spain’s national railway company) alongside third-party services within a single app. By making multiple mobility services available, you make the user journey more efficient to and from train stations. By sharing data, we can create a truly integrated system that makes passenger mobility truly fluid. I think we have to move towards this model of data integration.

Your consulting firm Six-Ter champions the idea of a sharing economy that fosters inclusion using the principles of a social solidarity economy. Could you give us some examples of how shared mobility contributes to inclusion?

I think that the idea of inclusion underpins the sharing economy philosophy. Once again, there are many projects I could cite, but I’m a particular fan of what Taxistop is doing in Belgium by making social solidarity initiatives an integral part of their objectives, whether in terms of housing or mobility. I could also cite Mobicoop, a company that’s bringing transport services to the populations and places that need the most.

And in a larger sense, I think that technological advances like self-driving vehicles will also help contribute to greater inclusion. I still remember my 72-year-old mother’s reaction upon discovering Waymo and its self-driving car service. She was extremely enthusiastic about the possibilities a service like that could offer her.

By reducing the number of vehicles per person in service, the very nature of the sharing economy can help us reduce our environmental impact. What else is the shared mobility sector doing to take this even further?

To have real environmental impact, shared mobility needs to be structured collaboratively, and involve all key players: cities, infrastructure, manufacturing… but also all the different sectors that are linked to mobility: delivery services, ports… Everything is interconnected. Shared mobility is a collective pursuit—and each link in the chain has to work towards sustainability. If, for example, infrastructure makers decide not to get involved, manufacturers won’t have enough reason to develop electric-powered services.

To have real environmental impact, shared mobility needs to be structured collaboratively.

Returning to the example of delivery services, in Barcelona, the growing number of “Amazon-type” deliveries taking place is creating real congestion issues. So logistical solutions like building more pickup points can help reduce traffic and thus reduce greenhouse gas emissions. Logistical optimisations like these are also a part of shared mobility.

It’s clear that working together is essential, and that such efforts will require a kind of collective coordination — if only to avoid ‘silo-thinking’ in which everyone works alone on their own solution. How do we encourage this?

I very much believe in mobility hubs. For me, they’re the best way to encourage open innovation that truly involves all parties. There are already several exciting projects like this underway—for example Railgroup, the most innovative cluster in my opinion, which is a perfect example of how to apply the principles of open innovation. In Europe, I could cite EIT Urban Mobility, which is made up of 40 members (cities, public transport providers, universities…) that work together to envision the future of mobility. Here in Barcelona, industrial actors come together at Cámara de Comerç de Barcelona to invent future mobility systems. And the Barcelona Global consortium — a group of the most important companies in the region who are working to promote a new model of mobility that’s more sustainable, safe, efficient, and inclusive. In their manifesto, they presented policy leaders with 15 concrete mobility solutions, from parking projects, to the use of big data, to an overhaul of public transport. So, I think that the future of mobility will have to be shared.

Not only in the sense of sharing between the final users, but in the sense of sharing the design and ideation process, too.

About Judit Batayé

  • Over 20 years of experience working on innovation projects in the mobility sector
  • Director of Six-Ter, a consulting firm focused on social innovation and sustainable mobility.
  • Member of OuiShare, advising on themes related to the future of sustainable mobility
  • Co-founder of COVIDWarriors, a non-profit organisation working to accelerate social, technological, and health-related projects that address the current crisis

 

Interview by Jérémy Lopes, L’ADN journalist

L’ADN is the media on innovation that every day analyses the best concepts of the new economy on the web and in magazine format.

 

Copyrights: Kaspars Upmanis via Unsplash, DR

ON THE SAME THEME

where do we stand on shared mobility?

urban mobility adapts to the changes in ways of using and the demands of the ecological transition

everything you need to know about shared car

The swelling popularity of electric mobility and carsharing brings the two trends ever closer, pioneering an entirely new way of getting around. Let’s take a closer look at the early stages of this double-pronged revolution.

Zity by Mobilize, a model of carsharing in Europe

Since its launch nearly five years ago, Zity, a 100% electric self-service car-sharing service, has been demonstrating how this new form of mobility helps to ease traffic congestion and facilitate travel in cities.

speeding up the development of sustainable mobility through behaviour sciences

sciences comportementales
REBOOT

speeding up the development of sustainable mobility through behaviour sciences

When choosing our methods of transport, we’re anything but rational. That’s the thinking behind the work of Professor Jinhua Zhao, an Massachusetts Institute of Technology (MIT) researcher who believes behavioural science can help cities create and develop more sustainable mobility systems.

  • connectivity
  • design
  • energy transition

REBOOT 1: developing new forms of mobility with the help of behavioural science

According to the French Environment and Energy Management Agency, transport is the number-one source of greenhouse gas emissions in France. This places urgent pressure on decision-makers and leaders in the mobility sector to propose alternative solutions and create a more sustainable transport network. What if behavioural science was the key to making the change? From French research campus Paris-Saclay to MIT, more and more researchers are asking this question…

“The main part of my own thinking is the recognition that transportation systems are half physical infrastructure, and half human beings,” says Jinhua Zhao, director of MIT’s JTL Urban Mobility Lab. And yet, over the last decades, transport decision-makers have mostly focused on pursuing technological advances and diversifying urban transport services, without giving much consideration to how passengers actually behave. Transport providers tend to assume that passengers are strictly rational when it comes to their daily commutes, and so the majority of transport systems are built on the idea that people base their travel decisions on journey time and cost.

And yet, this normative approach has had little effect on changing user behaviors. “It seems necessary to take behavioural science, and particularly social psychology, into greater account in order to create solutions that will lead to a lasting change in transport decisions,” wrote Nobel Prize-winning economist Joseph E. Stiglitz in 2019. “People make decisions in all sorts of different ways,” says Professor Zhao in an MIT article entitled What moves people? “The notion that people wake up and calculate the utility of taking the car versus taking the bus — or walking, or cycling — and find the one that maximises their utility doesn’t speak to reality.”

REBOOT 2: encourage citizens to change their behaviour

Given all this, precisely what data should transport providers be focusing on to help them develop more sustainable mobility systems? After 20 years of teaching and research at MIT in particular, Zhao’s work now revolves around three main themes: the emotional aspects of transport, how these apply to mobility design, and how mobility relates to public policy. It’s an innovative approach that has helped him better understand, among other things, the success of multimodal travelcards, the impact of off-peak prices on crowding, the consequences of the sense of pride felt by many car owners, and even how discriminatory attitudes around race and class may affect people’s preferences around ride-sharing.

Used strategically, this data could provide multiple opportunities to anticipate, and thus modify user behaviour. “Each of the different disciplines within the social sciences can help us understand behaviour, identify and anticipate blocks, and shape the transition to more sustainable forms of mobility. Nevertheless, for them to be most effective, they need to be combined,” writes Anaïs Rocci, a specialist in the evolution of mobility practices, for a conference organised by Paris-Saclay entitled “New forms of mobility through the lens of the social sciences”.

REBOOT 3: inspiring future public policies on mobility

Faced with certain value systems still deeply-rooted in society — for example, car ownership as a status symbol — will, or should, local authorities be able to use this data to create more transparent, inclusive, and sustainable mobility systems? “We are at the dawn of the most profound changes in transportation: an unprecedented combination of new technologies, such as autonomy, electrification, computation and AI, and new objectives, including decarbonization, public health, economic vibrancy, data security and privacy, and social justice,” says Jinhua Zhao. He continues: “The timeframe for these changes — decarbonization in particular — is short in a system with massive amounts of fixed, long-life assets and entrenched behavior and culture.” Naturally, he jumped at the chance to enact transport policy reforms within MIT — including offering fully-subsidised public transport for employees, and making changes to campus parking fees. As a result, single-occupant car use has fallen, and employees report increased overall satisfaction. Could this be the future of transport policy for the rest of us?

 

Sarah Sabsibo, L’ADN journalist

L’ADN is the media on innovation that every day analyses the best concepts of the new economy on the web and in magazine format.

 

Copyrights: Ishan, Tom Chen

ON THE SAME THEME

from smart city to senseable city

Though the term ‘smart city’ has yet to appear in the dictionary, its meaning is already the subject of debates both technological and civic.

future mobility and inclusivity

How do you design the mobility of the future without considering the question of inclusivity?

THE NEW CONNECTED CHARGING POINT: MOBILIZE POWERBOX

As a specialist in services that promote ever more carbon-free mobility, Mobilize is innovating, thanks to cutting-edge technological partners, to offer a charging point for electric vehicles with the highest level of connectivity: the Mobilize PowerBox.

from space conquest to electric flying

mobilité aérienne
REBOOT

from space conquest to electric flying

A few years from now, electric-powered aerial cars may begin zipping through the air. Anita Sengupta, a leading figure in spatial engineering and alumnus of both NASA and Hyperloop, is working on how to democratise them. But there are lots of challenges to overcome before aerial mobility becomes a reality…

  • connectivity
  • design
  • electric vehicle
  • energy transition

A new kind of road map for the mobility sector has been published across the Atlantic. The World Economic Forum and the city of Los Angeles laid out seven principles for ethical urban air mobility. Is this the last step before we’ll be able to get around cities… through the air? In any case, interest in the aerial transport sector is building: transport builders and manufacturers are seeking out more partnerships and increased funding, working to improve technology, and are well on their way to turning the sky into a new space for clean, quiet transport.

CHALLENGE 1: democratising urban air mobility

After 20 years spent developing the technology that’s allowed us to explore Mars, asteroids, and deep space and earning a PhD in ion research from NASA, Anita Sengupta worked at Virgin Hyperloop as Vice President of Engineering Systems. Her impressive career path paved the way for the creation of Airspace Experience Technologies, which she co-founded. Based in Detroit, A.K.A. The Motor City, and historic capital of the American automobile industry, this startup is working to design the future of aerial mobility.

According to the Roland Berger consulting group, this sector will be worth 80 billion dollars per year by 2050: “To start with, we think aerial services will be quite highly-priced and exclusive, but in the longer term as operating costs evolve, it will be more like today’s premium public transport services, such as taxis,” says Manfred Hader, director of Roland Berger’s aerospace and defense practice. These taxis are exactly what Sengupta is working on. This certified rocket scientist promises we’ll have on-demand flying cars that will get you to your destination five times faster for the same price as an Uber ride—and in just a few years from now.

CHALLENGE 2: solving the economic equation of the car of the future

Safer, cleaner, and quieter than helicopters, these flying vehicles would also be capable of carrying more passengers. The result, according to British consulting firm Ayming, is that more than 100 companies are currently working on the development of electric vertical take-off and landing (eVTOL) aircrafts. These include Sengupta’s company, which joined forces with global aircraft manufacturer Spirit Aerosystems to develop Mobi-One, a quiet, eco-friendly aerial transport vehicle that will be able to carry up to five people at a time.

Their goal is to mass-produce vehicles and minimise costs before Mobi-One arrives on the market. The first challenge aerial vehicle makers will face is how to commercialise these futuristic mobility services. Flying is expensive: Japanese company SkyDrive is planning to sell its two-seater VOLT, scheduled to arrive in 2023, at anywhere from $300,000 to $500,000. German startup Volocopter offers 15-minute rides for $354. And then there’s the question of energy storage. Specialists say that achieving the level of battery autonomy necessary to run vehicles like these will require us to develop new, higher-cycle lithium-ion batteries. Both engineers and cities are also concerned about security: how do you avoid collisions and traffic jams in the air? According to an article featuring Sengupta in the Financial Times, “They would not be crowded with air taxis zooming along in proximity… aerial taxis would need to be properly spaced for safety… with ‘an airspace bubble’ around them in case of emergency. Take-off times would be regulated, possibly by an air traffic control system that would have human overseers as long as safety considerations required it, before eventually becoming autonomous.”

anita sengupta
Anita Sengupta, spatial engineering specialist

CHALLENGE 3: registering the aerial car in the regulations

Further challenges exist in this space race around safety certification and infrastructure. What kinds of standard regulations should apply to eVTOLs? Where will they take off and land in large cities full of skyscrapers? And that’s all to say nothing of what the public’s enthusiasm will be for transport like this. “Generally speaking, the use of urban airspace means there will be less pollution and a more pleasant environment for pedestrians,” predicts Sengupta. It’s a strong argument that could help convince everyday citizens to climb aboard an aerial electric taxi in the future, from an engineer who likes to regularly remind people that “the sky is not the limit—only the beginning.”

 

Sarah Sabsibo, L’ADN journalist

L’ADN is the media on innovation that every day analyses the best concepts of the new economy on the web and in magazine format.

 

Copyright: Lloyd Horgan, iflyasx.com

ON THE SAME THEME

how design fiction impacts mobility

What can ‘design fiction’ tell us about mobility?

ecomobility reinvents travel

Ecomobility touches on all mobility issues and lifestyles in this era of transition to clean energy.

Carlo Ratti: from “smart city” to “senseable city”

carlo ratti
TOP PLAYER

Carlo Ratti: from “smart city” to “senseable city”

Though the term ‘smart city’ has yet to appear in the dictionary, its meaning is already the subject of debates both technological and civic. Carlo Ratti, the architect and engineer at the head of MIT’s Senseable City Lab, one of the world’s premier smart city research hubs, prefers to use the term ‘senseable city.’ What exactly is behind this concept? He explains.

  • connectivity
  • design

Could you explain what a ‘senseable city’ is?

We live in a fascinating age in which technology is present in everything. This has a direct impact on the way we design, live in, and understand cities, particularly with regards to the convergence of the physical and the digital. The most obvious example is in the evolution of the Internet, which has metamorphosed into an Internet of Things. This metamorphosis has ended up making cities “intelligent”—they’ve become ‘smart cities’. That’s a term I don’t really like to use, as it puts technology at the heart of the whole definition and concept. I prefer to use a more human term that priorities peoples’ needs: ‘senseable cities’. In this conception, the most important consideration is how to anticipate and fulfill the needs of the people who live in a given city. The city thus becomes a sensitive city, in which the optimisation of urban spaces can only be carried out by taking social considerations into account from the very start.

What role should technology play in the future of cities?

In 1966, the architect Cedric Price asked the following question, which I think is very apt: “Technology is the answer, but what was the question?” This question was as important at the time he asked it as it is today. That’s why it’s interesting to approach it through the lens of ‘senseable cities’. Technology certainly can help us live better, but how do we use it in a more responsible way? How can it be used to meet the greatest challenges of this century, from climate change to discrimination? Technology is a tool, but it has to coexist with big societal issues. For example, technology could be used in policy to start conversations about the kind of future we want in cities.

So you’re talking about a vision for the future in which the people co-create the city.

Absolutely! It’s important to have their input, and to constantly ask for their opinion on the kind of city that they want to see in the future.

carlo ratti
Carlo Ratti, architect and engineer at the head of the MIT’s Senseable City Lab

How do you create a smart city that’s capable of adapting to and interacting with its inhabitants?

It’s already happening today with the Internet of Things. Thanks to sensors, for example, buildings are starting to respond to us, almost as if they’re living things. You’ll note that designers and architects are always thinking about how to render our surroundings more intelligent and organic so we can better communicate with them. We’re very involved in these kinds of considerations. We developed the “Dynamic Street”, an experimental project created in partnership with Toronto SideWalk Labs. We created a modular street that could be reconfigured according to footfall, time of day, and use. To make cities truly interactive, we have to continue with more of these kinds of city experiments in partnership with startups and residents.

We’re witnessing a surge in civic smartphone apps. Is this another way to create ‘senseable’ cities?

Apps like these create new possibilities, new habits, a new kind of language. I think the key thing is to get feedback—which is a word that’s really key in the creation of ‘senseable’ cities. I actually think that ‘feedback’ is the defining word in the creation of the smart city. In this field of work, we have to draw inspiration from nature’s ability to rapidly integrate feedback. Technology needs to be able to collect citizen feedback just as quickly and use it as a principal element in the evolution of cities.

Concretely speaking, how do you move from the current model of cities to a ‘senseable’ one?

It’s a question of democratic education. And all education is based on participation. Cities have to keep their citizens involved and allow them to take part in debates. In Latin, there are two words used to describe cities: ‘urbs’, or the physical city, and ‘civitas’, or its citizens. We have to return to this model in order to bring equilibrium back to cities—and we have to do it via the people.

Speaking of citizen contributions, your “Paris Navigating Gym” is a boat powered by exercise. Could human energy be harnessed to power the cities of the future?

I don’t think so. The goal of that project was to show people the importance of their own energy. This was a major undertaking from an education standpoint, as it got people thinking about the efficiency of the human body, and of the energy it produces and uses. But in a day, the ‘human machine’ uses less energy than a computer does.

This energy mostly serves a vital function: it makes the body work and keeps it alive. However, some of that unused energy can be collected, transformed, and used to power outside objects, as here in the case of the boat. But scaled to the size of a city, you’d need a lot more people than the city could possibly hold in order to power it with human energy.

That said, it’s true that we use human energy every day in soft mobility. You see it already with walking and cycling. But that tends to evolve. With bicycles, for example, human energy is being combined more and more with a new source of energy (electric) in order to help save some of the former. It’s hybrid energy. The convergence of the natural and the artificial.

What kinds of mobility systems do you envision in the near future?

I imagine multiple systems interwoven together. Today, thanks to smartphones, we already have access to so much information and choice around mobility. The future lies in these growing options. And I think we’re just at the beginning. We need to be conscious of the fact that there’s a powerful dynamic at work here: behind every choice of transport, there’s a person and a way of getting around. Which over time will create an infinite number of combinations that will be centralised in all the multimodal transport apps out there.

Digital services are growing, bringing with them fresh, new debates about pollution. Do you think technology is an ally or enemy of the decarbonisation of cities?

We know that information and communication technologies use up energy. The question we need to ask ourselves is: how are we using it? We can waste energy by using technology to post Instagram photos—or instead, we can use it to reduce traffic jams in cities… The optimisation that technology allows for can help reduce carbon emissions, even if it’s partially responsible for them.

What does your dream smart city look like?

To paraphrase the great architect Yona Friedman, I’d say it’s a city created “with the people, by the people, and for the people.” Everything starts with people. Also, I’d say architects and designers have to strive for greater convergence between the natural and the artificial, and find a way for these two worlds to work together in a more efficient way.

 

Interview by Vincent Thobel, L’ADN journalist

L’ADN is the media on innovation that every day analyses the best concepts of the new economy on the web and in magazine format.

 

Copyrights: Sara Magni, David Pike, CRA

ON THE SAME THEME

ecomobility reinvents travel

Ecomobility touches on all mobility issues and lifestyles in this era of transition to clean energy.

how do Mobilize solutions contribute to carbon neutrality?

Mobility is one of our most precious allies in achieving carbon neutrality.