Electric vehicles powered with PV electricity as a new driver for photovoltaic s and EVs
Version
Published
Date Issued
2020-06-14
Author(s)
Type
Conference Paper
Language
English
Abstract
EV’s should preferably use electricity from new renewable energy sources such as PV and wind. If not, the CO2 benefit is either minor or negligible. Using nuclear power plants for charging EV’s might lead to a bad image of EV’s. A close link to PV and wind power is therefore in the interest of the promoters of EV’s. The combination of renewables with EV’s is especially interesting, as EV’s can profit from very low electricity prices and other advantages of resulting in this combination. Using PV electricity to replace fossil fuels, a valuable resource, spilled by using it for inefficient processes, results in a big leverage effect. We can avoid the huge losses of those processes by replacing them with a highly efficient electric driven process. This increases the value of PV electricity even more. This is especially the case for a high number of consumers like heating and hot water systems using heat pumps. Heating systems are mainly running in the winter season –exactly when PV systems generate less overproduction. So the best new consumer for PV is the “electric vehicle EV” as its consumption matches much better with the production of electricity by PV. This leads to an additional advantage in the marketing for EV’s.
Subjects
TA Engineering (General). Civil engineering (General)
TK Electrical engineering. Electronics Nuclear engineering
Publisher URL
Conference
33 World Electric Vehicle Symposium & Exposition 33 EVS
Submitter
Bucher, Christof
Citation apa
Muntwyler, U., Schüpbach, E., & Zurflüh, D. (2020). Electric vehicles powered with PV electricity as a new driver for photovoltaic s and EVs. 33 World Electric Vehicle Symposium & Exposition 33 EVS. https://doi.org/10.24451/arbor.13924
File(s)![Thumbnail Image]()
Loading...
restricted
Name
EVS33_Final_Paper Short PV and EV (002).pdf
License
Publisher
Version
published
Size
1.17 MB
Format
Adobe PDF
Checksum (MD5)
8aaf967b7176dc65004ff9f09df1012f
