Analyzing the Effects of Policy On Residential Photovoltaic Capacity in California
@article{Bennett2018,
author = "Bennett, Jesse",
title = {{Analyzing the Effects of Policy On Residential Photovoltaic Capacity in California}},
howpublished = "\url{https://ir.hamilton.edu/do/9d61287d-76bc-4ea2-a030-74e3035ea6da}",
institution = {Hamilton College},
year = 2018,
month = aug,
school = {Economics},
}
BibTeX
@article{Bennett2018,
author = "Bennett, Jesse",
title = {{Analyzing the Effects of Policy On Residential Photovoltaic Capacity in California}},
howpublished = "\url{https://ir.hamilton.edu/do/9d61287d-76bc-4ea2-a030-74e3035ea6da}",
institution = {Hamilton College},
year = 2018,
month = aug,
school = {Economics},
}
Photovoltaic cells are an important tool that can be used to reduce a country’s carbon footprint. However, due to their high installation and repair costs, governments often provide price reductions either directly to consumers or by subsidizing producers. In this study, I use a panel econometric approach to analyze the effects of these two policy approaches across counties in California. I find that both production subsidies and consumer rebates have a positive effect on two different measures of photovoltaic capacity. The study also finds evidence of peer effects. Other results from the study include looking at the effects of various political and socioeconomic variables on a county’s solar capacity. These include finding that a county’s education level has a positive relationship to the average size of a household installation. I conclude by examining the policy implications and the future of the photovoltaic industry.