As states transition toward renewable energy systems, energy grids face new challenges associated with intermittent generation and rising peak demand. Energy storage technologies, particularly battery energy storage systems, have emerged as a key tool for maintaining grid reliability while supporting decarbonization goals. While several states have adopted energy storage goals, their deployment remains uneven across the United States. My thesis examines the political, economic, and institutional conditions that enabled New York State to adopt a statewide energy storage goal in 2017. Drawing on legislative text analysis, public opinion data, demographic and economic indicators, and energy system conditions, the work identifies the factors that created a favorable policy environment for energy storage goal adoption. The thesis applies insights from environmental and clean energy policy theory to explain how structural conditions, institutional design, and political incentives facilitated goal adoption.
The findings show that the adoption of the 2017 energy storage goal required the convergence of several conditions. Strategic legislative design minimized political risk by establishing the policy as a nonbinding "goal" while delegating implementation authority to the state's Public Service Commission, allowing policymakers to support the technology without committing to strict enforcement. New York's political and demographic composition, including Democratic control and high education and income levels, created a political environment supportive of clean energy policy. Additionally, public opinion data exhibited strong statewide concern over climate change and widespread support for renewable energy policies, reducing the electoral risks of support. Finally, the state's electricity system, including New York's divided grid, transmission constraints, expensive peak generation, and anticipated retirement of baseload facilities, positioned energy storage as a solution to grid reliability and energy affordability concerns.
Together, these conclusions demonstrate how energy storage policy adoption depends on the alignment of institutional strategy, political conditions, public support, and pressing energy system needs. By identifying the conditions that enabled New York's early adoption of energy storage policy, my thesis provides insight into how other states may design and implement similar policies to support grid reliability and deploy clean energy.