Infrastructure Planning of the Western North American Electricity System with High Fractions of Wind and Solar Power
The electricity system is of fundamental importance to the decarbonization of the entire energy system, as fuel switching away from oil and natural gas and towards electricity is a key decarbonization statregy. The scenarios presented here incorporate hourly electricity demand profiles resulting from the electrification of heating and vehicles, as well as from substantial energy efficiency. Even with agressive efficiency measures, WECC-wide electricity demand is likely to increase by at least 75% between present-day and 2050 due to population growth and additional demand from electric vehicles and electric heating. The results presented here should be interpreted in the context of the economic optimization from which they are generated. They do not represent prescriptions or projections but rather they depict minimum-cost strategies for a range of possible scenarios that depict minimum-cost strategies for a range of possible scenarios
Nelson, James Henry, "Infrastructure Planning of the Western North American Electricity System with High Fractions of Wind and Solar Power" (2013). Link Foundation Energy Fellowship Reports. 16.
Link Foundation Fellowship for the years 2011-2013