These are our winning teams: Jedlix, Geru, Secure-your-charge, Co-Charge, Emobility scout, Ready2Share who participated in our four challenges. Click here for more information. In the coming months, we will keep you posted on the developments of their ideas. First watch these great animations by
We were so fortunate to award six (!!) winners with a price. But that's not all! We will provide all teams with feedback and support to develop their ideas. We will keep all of you posted.
By linking solar and wind energy to the emergence of electric vehicles, we can accelerate the energy transition from fossil to sustainable fuels. In order to realize this, we have to work together on smart solutions.
We charge our electric vehicles when there is an abundant supply of solar and wind energy and avoid peak hours on the electricity grid. We use the batteries of electric vehicles to store this renewable energy for later use, for driving or for example to use it for cooking or for heating our homes. This is crucial in order to meet the growing energy demand and to optimally use renewable energy.
We are looking for the smartest, most innovative students, companies and start-ups in the world to help us unleash all the possibilities of smart charging. The team that comes up with the best idea will win a monetary amount and will receive support to further develop and implement their idea.
Can you think of and develop a system that links the production of solar energy at home or work to your charging session? That way, your excess solar power provides you with guaranteed renewable electricity for your vehicle.
In this challenge, supported by the Province of Noord-Brabant, you will work on a system that takes user input and a local energy source, such as solar panels, adds forecasting and creates a charging profile to be sent to a charging station via OCPI.
Please keep this on repeat while you work on this one:
Here comes the sun
Here comes the sun, and I say
It's all right
Required skills: coding (we'll provide you with APIs and descriptions, but feel free to bring and use your own)
Talking cars are our favourite ever since KITT appeared on our screens in the '80s, right? But what if cars could not only talk to each other but to the energy system as well? That way, they could autonomously distribute energy without the need for a central system. Obviously, all actors need to tune to the same frequency. Do you have the right pitch?
In this challenge, supported by DSO Enexis and research partner ElaadNL, you will build a prototype of an IOTA talking vehicle. Let your vehicles talk to the substation and to each other, in order to match the charging profiles to the cars' needs and the grid's capability.
Required skills: coding, first experience with IOTA is welcome. Bring your own gear like Raspberry PI to prototype your cars
The transition to zero-emission transport and decentralized energy production are two building blocks of the same city of the future. Smart Charging can be used to create balance on multiple scales: on micro scale, by using renewable energy as close to where it is generated and on a larger scale within the City. Connect cars, chargers and energy production to create balance on the most local level possible.
Within the City of Amsterdam, more and more charging stations as well as solar roofs appear. To better integrate these two elements, build a system where they can interact.
Required skills: no coding experience necessary! Design the city of the future - make use of the Maker Space at Broedplaats CONTACT to build your dreams!
To make the most out of a network, the goal of this challenge is to optimize on multiple levels. Advise users on when and where to charge, so that they as well as the other users of the network can charge when they need to. Simultaneously, the operator sees improved overall usage of the network and gets insight in where to expand. Thirdly, all users contribute to the stability of the energy network: as a whole, it can adjust to balance needs.
In this challenge by the City of Rotterdam and operator ENGIE, the goal is to improve the user experience (easily find an available charging spot when needed - both for regular users as well as visitors), the operation (better overall utilization of the network) and the future rollout (where are chargers needed and with what capacity). In the meantime, the whole network of Rotterdam provides balancing capability to ensure a stable energy grid.
Required skills: you can work on this Challenge with or without coding skills - a great concept for user interaction is as welcome as a prototype app!
The Smart Charging Challenge is organised with the following partners