Five-year Evolution Road project concludes
After five years of groundbreaking tests and demonstrations, the Evolution Road project in Lund has reached its conclusion, providing valuable insights and validation on how electric roads can contribute to the development of electrified transport and reduced climate emissions.
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Dan Zethraeus
CTO
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Evolution Road project concludes - advancing electric road technology
The Evolution Road project has garnered significant interest, attracting international visitors to Lund to experience the electric road firsthand. Throughout the project, companies, researchers, and public sector representatives have collaborated to conduct a large number of tests, verifying the electric road technology and contributing to new knowledge. Notably, the electric road has demonstrated the potential to halve the battery size required in vehicles, leading to substantial environmental benefits.
The conductive technology developed by Elonroad enables the high power output needed for transporting goods, such as buses and trucks, and has been climate-proofed through testing in cold weather conditions.
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Since the first electrical vehicles entered the market space more than a decade ago, the question on everyone’s minds has been – ”H ow far can you drive”? Batteries are expensive and take a lot of space. And since the batteries carry a heavy price tag, the necessary investment in new technology is only accessible to a select few. As we all know, the planet is desperate for a solution to cutting CO2 emissions from transportation. But if we can’t find a commercially viable solution, the shift won’t happen.
Since the first electrical vehicles entered the market space more than a decade ago, the question on everyone’s minds has been – ”H ow far can you drive”? Batteries are expensive and take a lot of space. And since the batteries carry a heavy price tag, the necessary investment in new technology is only accessible to a select few. As we all know, the planet is desperate for a solution to cutting CO2 emissions from transportation. But if we can’t find a commercially viable solution, the shift won’t happen.
Since the first electrical vehicles entered the market space more than a decade ago, the question on everyone’s minds has been – ”H ow far can you drive”? Batteries are expensive and take a lot of space. And since the batteries carry a heavy price tag, the necessary investment in new technology is only accessible to a select few. As we all know, the planet is desperate for a solution to cutting CO2 emissions from transportation. But if we can’t find a commercially viable solution, the shift won’t happen.
Since the first electrical vehicles entered the market space more than a decade ago, the question on everyone’s minds has been – ”H ow far can you drive”? Batteries are expensive and take a lot of space. And since the batteries carry a heavy price tag, the necessary investment in new technology is only accessible to a select few. As we all know, the planet is desperate for a solution to cutting CO2 emissions from transportation. But if we can’t find a commercially viable solution, the shift won’t happen.
