PV in Mobility: Solar powered cars

The aim of the PV in Mobility project was to further explore the possibilities for solar photovoltaics (PV) in the future electric transportation sector. As the transportation transition from fossil fuels to a largely electrified sector takes place, it is expected to increase demand for electricity on the grid in the Netherlands by as much as 20%. To achieve the climate goals, the supply of this electricity must therefore come from renewable and sustainable energy sources.

It is expected that by 2025 there will be more than 50 million electric vehicles running on sustainable electricity. Together with other parties, TNO has developed software models that show that many new developments are possible by installing solar cells and solar modules on vehicles:

  • driving a car up to 20,000 km per year on solar energy in sunny locations
  • 150 to 200 euros in direct savings on electricity costs per year
  • the possibility of not having to charge the car in the summer
  • reduction of CO2 emissions by 250 kilos per year
  • 23 to 40% fewer plug-ins at charging stations
  • cars as a smart and integrated part of the electricity grid and the distribution network

One of the first commercial solar cars is the Lightyear 2. This self-charging car, which will be on the market in 2025, is made with our technologies. The Lightyear 0, formerly Lightyear One, was also based on this TNO innovation.

Download PDF

Share this publication

Other relevant publications

Circular production of laptops and telephones

How the transition to a circular chain for everyday products such as laptops and telephones in the Netherlands currently stands

Transition to a circular car battery chain

An evaluation of the progress of the transition to a circular economy focused on the 'car batteries' within the mobility sector

Stibat Annual Report 2022

This report contains all important figures regarding the collection of batteries in the Netherlands on behalf of the Batteries Foundation