A new fast-charging station along the A4 motorway from Brescia to Verona marks Fastned’s arrival in Italy. It is the eighth country where the Dutch charging giant lands.
Road traffic in the Netherlands is well on its way to becoming climate-neutral by 2050 through the transition to emission-free driving. But while current policies can ensure rapid growth of electric driving until 2040, there is no guarantee yet that the green goals will actually be met. This is according to research by the Netherlands…
Michiel Langezaal, co-founder and CEO of European fast-charging company Fastned, has been elected the new president of ChargeUp Europe: the European trade association for electric vehicle charging. In this capacity, he will become the mouthpiece of the charging industry.
Congestion problems are already making one frown, but the electrification of the Netherlands continues unsustainably. Under the slogan ‘Tomorrow’s charging infrastructure: how do we tackle this together?’, Congress Charging Infrastructure will put everything under the microscope on 20 May in Arnhem.
BP is to increase its annual investment in oil and gas to $10 billion a year. This will change the oil core’s course and return its focus to fossil fuels. In doing so, the company aims to improve its financial performance.
Global demand for lng will increase by 60 per cent by 2040 compared to today. This growth will be driven mainly by increased demand for lng in Asia, and especially from countries such as China and India. Emission reductions in transport and other sectors will also contribute to increasing demand.
Washin7 is opening a new car wash at EnergyHub Venlo. With this, the modern mobility hub adds an important service, allowing visitors to have their vehicle cleaned quickly and professionally. It will be Washin7’s second location in Venlo.
Tamoil Netherlands has opened its first T-Energy station in Rotterdam. With this new location, under the name T-Energy Nieuw Kralingen, Tamoil is taking the next step in the transition to sustainable mobility.
A solar-powered reactor developed by scientists at the University of Cambridge can extract CO2 from the air and convert it into fuel. This is of initial interest to the chemical industry, but the researchers will also look at the possibilities of making liquid synthetic fuels for cars and aircraft in the same way.