In order to reach significant CO2 emissions reductions, future energy systems will require a large share of
renewable energies, such as wind and solar photovoltaic power. However, relying on such renewable
energy sources is expected to generate considerable excess power during certain periods of the day, in
particular during night time for wind and daytime for solar power. This excess power may be conveniently
used to power electric mobility. This paper explores the possible complementarities between
wind and solar power and electric vehicles charging, based on 2050 scenarios for the case study of
Portugal. Model results show that CO2 emissions targets can only be achieved with high levels of photovoltaics
penetration and electric vehicles, reinforcing the need for daytime charging infrastructures,
presumably at or near work facilities.
In order to reach significant CO2 emissions reductions, future energy systems will require a large share ofrenewable energies, such as wind and solar photovoltaic power. However, relying on such renewableenergy sources is expected to generate considerable excess power during certain periods of the day, inparticular during night time for wind and daytime for solar power. This excess power may be convenientlyused to power electric mobility. This paper explores the possible complementarities betweenwind and solar power and electric vehicles charging, based on 2050 scenarios for the case study ofPortugal. Model results show that CO2 emissions targets can only be achieved with high levels of photovoltaicspenetration and electric vehicles, reinforcing the need for daytime charging infrastructures,presumably at or near work facilities.
การแปล กรุณารอสักครู่..
