Here the authors find that some policy interventions and business models increased photovoltaic adoption equity in existing markets and shifted deployment to underserved communities.
Using a group-time model, we found that programs in those states increased adoption by 1-2 systems per 1000 LMI households. ̈ In a recently-published paper,* we explore the impacts of five policies and
Each chapter provides data, methods, insights, and strategies to help LADWP make data-driven, community-informed decisions for equitable investments and program development.
This article reveals how incentives, community solar programs, and targeted initiatives make clean energy more accessible, reduce costs, and support healthier environments—all while highlighting the
Here we use data measuring actual monthly generation for over 26,000 PV systems installed in Connecticut to identify significant disparities in system output by neighbourhood income
Residential solar can pro-vide valuable resiliency and self-sufficiency benefits, but the way subsidies are currently structured, they will remain out of reach for poorer families who are more
Congress could conduct oversight of federal solar PV workforce initiatives or revise tax credits that potentially impact workforce issues, including issues related to the transition to greater RE deployment.
This paper aims to analyse the relationship between policy incentives and the willingness to invest in PV systems for different investor groups, including households, companies, associations,
Of the five policy and business models analyzed, three led to the increased adoption of rooftop solar in previously underserved communities: LMI-specific financial incentives, photovoltaic
To maximize energy equity and climate justice benefits for vulnerable populations, it is crucial to understand the determinants of how these policies are created and how they diffuse between states.
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