Item Details
Skip Navigation Links
   ActiveUsers:417Hits:20458265Skip Navigation Links
Show My Basket
Contact Us
IDSA Web Site
Ask Us
Today's News
HelpExpand Help
Advanced search

In Basket
  Journal Article   Journal Article
 

ID169725
Title ProperDistributed solar and environmental justice
Other Title Information Exploring the demographic and socio-economic trends of residential PV adoption in California
LanguageENG
AuthorLukanov, Boris R
Summary / Abstract (Note)The rapid growth of distributed solar adoption in California provides an opportunity to lower electricity bills for the adopters and realize additional community benefits, including grid resilience and lower grid emissions. It is unclear, however, whether this transition is occurring equitably across the state's various demographic and socioeconomic groups and whether historically disadvantaged environmental justice (EJ) communities have been able to exploit the bill savings and other associated benefits of rooftop solar. Here we analyze the cumulative and annualized (spatial and temporal) rates of PV adoption across California and compare those with data from the state's cumulative impact EJ methodology (CalEnviroScreen). We find persistently lower levels of PV adoption in disadvantaged communities, suggesting clear distributive and equity impacts of existing PV support policies, and indicating that the benefits bypass some of the state's most vulnerable populations. The analysis reveals strong correlation of solar adoption with not only socioeconomic variables, but also with health, environmental and demographic indicators, contributing to our growing understanding of the role these factors play in household clean-energy adoption trends. The results provide a baseline from which to develop more effective policies, strategically design incentives, and track the efficacy of existing solar programs that target disadvantaged communities.
`In' analytical NoteEnergy Policy  , No.134; Nov 2019: p.110935
Journal SourceEnergy Policy 2019-11
Key WordsJustice ;  Environmental ;  Photo ;  Rooftop Solar ;  Voltaics ;  Cal ;  Enviro ;  Screen