With an increase in electro-mobility expected in the coming years, it is important to ensure that the power grid remains stable and avoid an unmanaged charging of electric vehicles. Thanks to “smart charging”, EVs adapt to both user preferences and the conditions of the power system, secure the stability of the grid, reduce renewable energy curtailment, at the same time allowing higher shares of renewable energy. Smart charging helps reduce the need for expensive grid reinforcement and additional stationary batteries.
With an increase in electromobility expected in the coming years, it is important to ensure that the power grid remains stable and avoid an unmanaged charging of electric vehicles. Thanks to “smart charging”, EVs adapt to both user preferences and the conditions of the power system, secure the stability of the grid, reduce renewable energy curtailment, at the same time allowing higher shares of renewable energy. Smart charging helps reduce the need for expensive grid reinforcement and additional stationary batteries.
Hydrogen is often proposed as a promising solution for climate neutrality, especially in those sectors where electrification seems difficult to achieve, including heavy industry, maritime transport and aviation. But can it really save the day?
Hydrogen is often proposed as a promising solution for climate neutrality, especially in those sectors where electrification seems difficult to achieve, including heavy industry, maritime transport and aviation. But can it really save the day?
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